# Sterling Systems & Controls > Automation, Batching & Weighing Specialists > Generated by All in One SEO Pro v5.0.3, this is an llms-full.txt file, used by LLMs to index the site. ## Posts ### [Blog](https://sterlingcontrols.com/resources/blog/) **Published:** February 13, 2024 **Author:** p1ws **Excerpt:** Unlock the power of precision with Sterling Systems & Controls Blog - your gateway to expert insights on cutting-edge control systems and automation solutions. **Content:** # Blog [ ![batching system accuracy: how to set weighing tolerances by ingredient type](https://sterlingcontrols.com/wp-content/uploads/feed-batching-bulk-bags-600x433-1-516x372.jpg "How to Set Weighing Tolerances by Ingredient Type | Sterling Systems & Controls") ### How to Set Weighing Tolerances by Ingredient Type Learn a 7-day protocol for batching system accuracy: how to set weighing tolerances by ingredient type to cut waste and ensure precision. ](https://sterlingcontrols.com/blog/how-to-set-weighing-tolerances-by-ingredient-type-in-7-days/) [ ![Automated batching system](https://sterlingcontrols.com/wp-content/uploads/ad091482c40443f0a2db3af74937adf8-516x320.png "Compare Batching System Options A Practical Guide | Sterling Systems & Controls") ### Compare Batching System Options: A Practical Guide Compare automated batching system options for major, minor, and micro ingredients with custom scales and hardware mixing. ](https://sterlingcontrols.com/blog/a-comprehensive-guide-to-automated-batching-systems/) [ ![grain data management system](https://sterlingcontrols.com/wp-content/uploads/cropentropycstinysrgbfitmaxfmjpgixidM3w2MTMxNjF8MHwxfHNlYXJjaHw1fHxncmFpbiUyMGVsZXZhdG9yJTIwc2NhbGUlMjB0ZXJtaW5hbHxlbnwwfDB8fHwxNzg3Mzk5MzQ4fDAixlibrb-410q80w1080-516x344.jpg "How to Choose the Best Grain Data Management System | Sterling Systems & Controls") ### How to Choose the Best Grain Data Management System Compare grain data management system options for monitoring, automation, and enterprise integration in this practical guide. ](https://sterlingcontrols.com/blog/the-definitive-guide-to-comparing-grain-data-management-systems/) [ ![automated weighing dust control](https://sterlingcontrols.com/wp-content/uploads/BULKBAGMINORMICROSYSTEMCROP2-scaled_compressed-2-516x430.jpg "Precision Weighing and Batch Controller Dust Protection A Buyers Guide | Sterling Systems & Controls") ### Precision Weighing and Batch Controller Dust Protection: A Buyer’s Guide Discover automated weighing dust control solutions for precision batching, safety compliance, and efficiency in bulk handling. Buyer’s guide inside! ](https://sterlingcontrols.com/blog/precision-weighing-and-batch-controller-dust-protection-a-buyers-guide/) [ ![dust controls](https://sterlingcontrols.com/wp-content/uploads/ba21e886b51787690aad492c7671f412aff6b5d8-516x344.jpg "The Complete Guide to Dust Controls | Sterling Systems & Controls") ### The Complete Guide to Dust Controls Master dust controls for industrial sites: suppress PM2.5/PM10, boost batching accuracy, ensure OSHA/EPA compliance, and optimize plant performance. ](https://sterlingcontrols.com/blog/the-complete-guide-to-dust-controls/) [ ![bakery automation](https://sterlingcontrols.com/wp-content/uploads/cropentropycstinysrgbfitmaxfmjpgixidM3w2MTMxNjF8MHwxfHNlYXJjaHw3fHxiYWtlcnklMjBhdXRvbWF0aW9ufGVufDB8MHx8fDE3Nzg3OTU2OTB8MAixlibrb-410q80w1080-516x344.jpg "The Ultimate Guide to Bakery Automation | Sterling Systems & Controls") ### The Ultimate Guide to Bakery Automation Discover bakery automation: boost throughput, cut scrap & labor costs, ensure consistency with precision batching and robotic systems. ](https://sterlingcontrols.com/blog/dont-get-stale-with-manual-food-processing-systems/) [ ![bulk bag handling](https://sterlingcontrols.com/wp-content/uploads/bulk-bag-handling-systems_compressed-516x503.jpeg "Step-by-Step Guide to Bulk Bag Handling | Sterling Systems & Controls") ### Step-by-Step Guide to Bulk Bag Handling Master bulk bag handling: Optimize unloading, filling, automation, safety & dust control to boost throughput, cut errors & labor dependency. ](https://sterlingcontrols.com/blog/step-by-step-guide-to-bulk-bag-handling/) [ ![bulk process equipment](https://sterlingcontrols.com/wp-content/uploads/bot2FYUtz7bFuSHwb0FfmnSvz2FcustomImages2FMinor-Bulk-Weighing-System-5694-1_compressed-516x290.webp "A Comprehensive Guide to Bulk Process Equipment | Sterling Systems & Controls") ### A Comprehensive Guide to Bulk Process Equipment When we talk about bulk process equipment, we are describing the specialized industrial machinery designed to handle large quantities of materials, specifically dry bulk solids, powders, granules, and even certain liquids. ](https://sterlingcontrols.com/blog/why-bulk-process-equipment-is-the-weightiest-topic-in-industry/) [ ![pellet mill](https://sterlingcontrols.com/wp-content/uploads/b1ee511577da14c81fdb2712e0be585d363ef1c7-516x344.jpg "A Guide to Choosing the Right Pellet Mill | Sterling Systems & Controls") ### A Guide to Choosing the Right Pellet Mill Master pellet mill operations: Boost performance, cut errors & scrap with automation, batching accuracy, and upgrade comparisons for max throughput. This guide covers how pellet mills work, what separates high-performing systems from problem-prone ones, and how automation and batching controls directly improve output quality, reduce waste, and lower labor costs. ](https://sterlingcontrols.com/blog/how-to-turn-raw-material-into-gold-with-a-pellet-mill/) 1[2](https://sterlingcontrols.com/wp-cron.php/page/2/?doing_wp_cron=1791358680.7589058876037597656250)…[11](https://sterlingcontrols.com/wp-cron.php/page/11/?doing_wp_cron=1791358680.7589058876037597656250)[12](https://sterlingcontrols.com/wp-cron.php/page/12/?doing_wp_cron=1791358680.7589058876037597656250)[ →](https://sterlingcontrols.com/wp-cron.php/page/2/?doing_wp_cron=1791358680.7589058876037597656250) ## Subscribe to our blog --- ### [How to Set Weighing Tolerances by Ingredient Type](https://sterlingcontrols.com/blog/how-to-set-weighing-tolerances-by-ingredient-type-in-7-days/) **Published:** September 28, 2026 **Author:** p1ws **Excerpt:** Learn a 7-day protocol for batching system accuracy: how to set weighing tolerances by ingredient type to cut waste and ensure precision. **Content:** # How to Set Weighing Tolerances by Ingredient Type ## Why Is Establishing Ingredient-Specific Weighing Tolerances Critical for Batching Accuracy? Setting weighing tolerances by ingredient type requires segmenting recipe ingredients into structured weight tiers, matching scale resolution, and tuning two-stage feeder cutoffs. Major bulk ingredients (>50 lbs) typically target ±0.5% to ±1.0% tolerance, minor additions (5 to 50 lbs) require ±0.2% to ±0.5%, and high-potency micro ingredients (<5 lbs) demand ±0.1% or tighter. Aligning cutoff thresholds with material flow properties and in-flight compensation prevents off-spec batches, eliminates material giveaway, and maintains plant throughput. Applying blanket tolerances across an entire formulation causes process failures. A 1% variance on a 2,000-pound bulk load equals 20 pounds, which is often acceptable. However, that same 1% variance on a five-pound dose of active additive can ruin a batch. When facilities fail to establish ingredient-specific tolerance bands, operational pain points multiply rapidly: - **Formulation failures and batch rejections:** Active ingredients dosed outside critical limits cause chemical imbalances, structural flaws, or off-spec finished goods that must be scrapped. - **Over-processing and excessive cycle times:** Forcing bulk ingredients into unrealistically tight tolerance bands causes feeders to spend excessive time in slow dribble modes, cutting plant throughput. - **Costly raw material giveaway:** Inexpensive bulk materials dosed without optimized cutoff points lead to chronic over-dispensing that erodes operating margins over time. Calculating the true financial impact of off-spec production extends far beyond discarded raw materials. Understanding [The Hidden Cost of Bad Batches](https://sterlingcontrols.com/blog/the-hidden-cost-of-bad-batches/) involves tracking downtime, disposal logistics, rework labor, and potential regulatory audit penalties. To resolve these challenges, follow a structured 7-day engineering methodology to systematically categorize materials, audit scale mechanics, tune feeder cutoffs, and lock in verified tolerance bands. ## How Can You Implement a 7-Day Protocol to Set Weighing Tolerances by Ingredient Type? ![industrial scale hoppers dispensing dry bulk powders and micro ingredients](https://sterlingcontrols.com/wp-content/uploads/20171011_153012-e1663947191660-1-600x396.jpg "industrial scale hoppers dispensing dry bulk powders and micro ingredients") Establishing realistic weighing tolerances requires a balance between process requirements and mechanical capabilities. The following table provides a standard framework for classifying ingredient types across industrial batching systems: | Ingredient Classification | Batch Weight Range | Target Tolerance Band | Typical Scale Technology | Recommended Feeder Mechanism | |---|---|---|---|---| | **Major Bulk Ingredients** | > 50 lbs (> 25 kg) | ±0.5% to ±1.0% | High-capacity hopper scales, tension load cells | Rotary valves, large single/twin screw feeders | | **Minor Ingredients** | 5 to 50 lbs (2 to 25 kg) | ±0.2% to ±0.5% | Mid-range hopper or platform scales | Variable-speed metering augers, vibratory feeders | | **Micro Ingredients** | < 5 lbs (< 2 kg) | ±0.1% or tighter | High-resolution micro gain-in-weight / loss-in-weight scales | Precision metering screws, high-frequency vibratory trays | | **Liquid Additives** | Variable by recipe | ±0.2% to ±0.5% | Liquid scale vessels or precision flow meters | Positive displacement pumps, fast-acting shutoff valves | ![weighing tolerance engineering process flow across seven days](https://storage.googleapis.com/ai-templates.appspot.com/temp_images/8f151229599c4230a889c30b1ad97d97.png "weighing tolerance engineering process flow across seven days") ### Days 1–2: Classifying Ingredients by Weight Tiers and Value The first two days focus on auditing formulations and segmenting every recipe component into structured weight and value tiers. #### Major Bulk Ingredients Major ingredients typically make up the foundation of the batch, weighing more than 50 pounds (25 kilograms). These include bulk grains, flours, aggregates, resins, and base liquids. For these materials, target tolerances between ±0.5% and ±1.0% are standard. We configure [Minor & Major Weighing Systems](https://sterlingcontrols.com/products-capabilities/batching-weighing/minor-major-weighing-systems/) to move large volumes rapidly while maintaining cutoff reliability without slowing overall production cycles. #### Minor Ingredients Minor ingredients range from 5 to 50 pounds (2 to 25 kilograms) and include secondary processing aids, bulk mineral pre-mixes, salt, and functional binders. Tolerances for minor additions must be maintained within ±0.2% to ±0.5%. Because these additions influence blend texture, reaction kinetics, and flavor profiles, their tolerance bands must be tighter than base bulk materials. #### Micro Ingredients and High-Value Actives Micro ingredients comprise additions under 5 pounds (2 kilograms), such as concentrated pigments, trace minerals, active pharmaceutical ingredients, enzymes, and specialized chemical catalysts. These ingredients demand precision tolerances of ±0.1% or tighter. To achieve this level of precision, high-value materials must be isolated into dedicated [Micro Weighing Systems](https://sterlingcontrols.com/products-capabilities/batching-weighing/micro-weighing-systems/) equipped with specialized high-resolution load cells. For facilities managing manual additions, introducing a [Hand Prompt Batching Station](https://sterlingcontrols.com/products-capabilities/batching-weighing/hand-prompt-batching-station/) guides operators through barcode validation, container tare verification, and tight tolerance-controlled hand weighing steps before allowing the material into the mixer. ### Days 3–4: Characterizing Material Flow, Bulk Density, and Environmental Factors Setting an achievable tolerance requires understanding how raw materials behave during handling and how ambient plant conditions influence measurements. #### Material Flowability and Bulk Density Material flow properties directly dictate how cleanly a feeder cuts off product delivery: - **Cohesion and Adhesion:** Fine dry powders tend to stick to hopper sidewalls (adhesion) or clump together (cohesion). This can lead to bridging, rat-holing, or sudden rathole collapses that drop uncontrolled slugs of material onto the scale, blowing past tolerances. - **Bulk Density Variations:** Aeration during pneumatic conveying lowers bulk density, whereas material settled at the bottom of a silo compacts. If bulk density shifts significantly, volumetric feeder displacement alters the mass flow rate, requiring compensation in the control algorithms. - **Liquid Rheology:** For liquid streams, fluid viscosity changes with temperature. Variations in supply line pressure or latency in valve seals will alter shutoff cutoffs if not controlled. #### Hygroscopic Materials and Environmental Interference Hygroscopic ingredients like salt, sugars, and specific chemical compounds pull moisture directly from humid plant air. This increases material weight, causes caking inside feed screws, and alters discharge velocities. Plant environmental variables must also be addressed. Ambient temperature swings cause physical expansion or contraction of mechanical scale frames, creating sensor drift. Furthermore, structural vibrations from nearby blenders, hammer mills, or forklift traffic introduce load cell noise. Installing mechanical isolation mounts, using shielded cabling, and following proven engineering practices for [Maximizing Accuracy in Material Weighing Systems](https://sterlingcontrols.com/blog/maximizing-accuracy-in-material-weighing-systems/) isolates load cells from physical plant interference. ### Days 5–7: Matching Scale Resolution, Feeder Cutoffs, and In-Flight Pre-Act Settings The final stage of the 7-day protocol connects the physical ingredient properties to scale instrumentation and automated feeding controls. #### Scale Capacity, Minimum Weighment, and Resolution A scale cannot deliver an accurate tolerance if its digital resolution is coarser than the allowable error margin. Load cell resolution defines the smallest detectable weight increment, while minimum weighment dictates the lowest safe mass measurable on that platform. If you attempt to measure a 0.5-pound micro addition on a 1,000-pound hopper scale with 0.2-pound display graduations, your allowable tolerance will be smaller than the scale’s resolution limits, resulting in digital quantization errors. #### Two-Stage Feeder Delivery and In-Flight Compensation To achieve tight tolerances without extending cycle times, automated feeders must use a two-stage delivery profile: 1. **Fast Bulk Feed:** Feeds at high speed to deliver 80% to 90% of the target batch weight quickly. 2. **Slow Dribble Feed:** Shifts the feeder to a low-speed metering rate to gently deliver the remaining mass up to the target cutoff threshold. ![two-stage fast and slow feeder cutoff with pre-act in-flight compensation](https://storage.googleapis.com/ai-templates.appspot.com/temp_images/324956469d8143418ae32b1e417fd26f.jpg "two-stage fast and slow feeder cutoff with pre-act in-flight compensation") When the feeder mechanism stops, a certain amount of product remains suspended in the air between the discharge point and the scale bed. This is referred to as “in-flight” or “free-fall” material. The control system must calculate an in-flight pre-act value that signals the feeder to shut down just before the scale reaches the final target weight, allowing the airborne material to settle exactly on target. Running initial trial batches across specialized [Material Weighing Systems](https://sterlingcontrols.com/products-capabilities/batching-weighing/material-weighing-systems/) allows you to collect empirical data, evaluate standard deviations, and establish process capability indices (Cpk) to verify that your chosen tolerances are consistently repeatable. ## How Do You Validate, Maintain, and Dynamically Control Weighing Tolerances Over Time? ![technician performing automated scale calibration and load cell verification](https://sterlingcontrols.com/wp-content/uploads/BULK-BAG-LOADING-rev1-e1663699945881-1-600x585.jpg "technician performing automated scale calibration and load cell verification") Establishing tolerance limits is not a one-time exercise. Long-term accuracy depends on structured maintenance routines, dynamic automation controls, and integrated data systems. ### Implementing Routine Scale Calibration and Maintenance Protocols Load cells experience wear, mechanical fatigue, and zero-point drift over time. To maintain system integrity, processing facilities must implement rigorous preventative maintenance programs: - **Multi-Point Calibration Verification:** Perform scheduled calibrations using certified test weights traceable to [NIST Handbook 44](https://www.nist.gov/pml/weights-and-measures/publications/nist-handbooks/handbook-44) and ISO standards. Testing across the full operating range confirms scale linearity and identifies load cell degradation. - **Tare Verification and Zero-Tracking:** Configure the batch controller to verify gross zero and execute tare routines prior to initiating every batch sequence, ensuring leftover residue does not skew subsequent weighments. - **Out-of-Tolerance Interlocks:** The control automation must include hard interlocks that immediately stop the batch sequence and sound alarms if a material delivery falls outside defined tolerance bands, preventing bad mixtures from entering downstream processes. ### Leveraging Dynamic Automation, In-Flight Compensation, and Traceability Modern industrial batching controllers eliminate manual adjustment through automated adaptive algorithms. Advanced control software monitors every material discharge, compares the final settled weight to the pre-act cutoff, and automatically trims the in-flight compensation value for the next batch cycle. If material humidity, lot viscosity, or bulk density fluctuates slightly between runs, the system self-corrects dynamically. Furthermore, integrating plant batch controllers with centralized SQL databases ensures that every single weighment event is recorded with high-resolution timestamps, lot numbers, target weights, actual weights, and operator credentials. Implementing comprehensive [Batching Instrumentation with Traceability and Validation](https://sterlingcontrols.com/blog/batching-instrumentation-with-traceability-and-validation/) allows quality teams to generate electronic batch records (EBR) that satisfy stringent regulatory standards. Deploying custom-engineered [Batching Systems](https://sterlingcontrols.com/products-capabilities/batching-weighing/batching-systems/) gives manufacturers the hardware precision and software intelligence required to enforce ingredient-specific tolerances automatically. Whether you are retrofitting existing scale hoppers or designing a greenfield automated batch plant, Sterling Systems & Controls delivers tailored material weighing and process automation solutions that eliminate batch errors and maximize production efficiency. I invite you to [explore custom automated batching and weighing solutions](https://sterlingcontrols.com/products-capabilities/batching-weighing/) with our engineering team to optimize tolerance control across your manufacturing facility. **Categories:** Blog **Tags:** bulk bag filling --- ### [Compare Batching System Options: A Practical Guide](https://sterlingcontrols.com/blog/a-comprehensive-guide-to-automated-batching-systems/) **Published:** September 28, 2026 **Author:** p1ws **Excerpt:** Compare automated batching system options for major, minor, and micro ingredients with custom scales and hardware mixing. **Content:** # Compare Batching System Options: A Practical Guide ### Core Capabilities of an Automated Batching System Every successful processing facility relies on repeatability. When a recipe calls for specific amounts of raw materials, any deviation can compromise product quality, create waste, or cause downstream equipment issues. An automated batching system takes the guesswork out of recipe execution by orchestrating material movement, dosing, and weighing through centralized automation. At the heart of these setups are two primary weighing methods: gain-in-weight and loss-in-weight. Selecting the right method depends on your throughput targets, raw material physical properties, and space constraints. | Feature / Method | Gain-in-Weight (GIW) | Loss-in-Weight (LIW) | |---|---|---| | **Operating Principle** | Material feeds into a central scale hopper; the scale registers added weight. | Feed hoppers sit on load cells; the scale measures weight subtracted as material discharges. | | **Best Application** | Multiple ingredients dosed sequentially into a shared scale hopper. | Continuous feeding or dedicated, high-speed simultaneous ingredient dosing. | | **Footprint** | Compact, utilizing shared weighing vessels. | Requires dedicated scale structures for each material station. | | **Batch Cycle Speed** | Sequential dosing can take longer per batch. | Rapid total batch times because multiple ingredients dispense simultaneously. | | **Relative Equipment Cost** | Cost-effective for multi-material recipes. | Higher initial investment due to dedicated load cells on every bin. | System capacity must always reflect your exact production goals. Rather than being restricted by rigid hardware constraints, Sterling Systems & Controls can design systems with any number of scales, rather than being limited to eight. This flexibility ensures your batch cycle times match mixer capacities perfectly. High-precision load cells and programmable raw material tolerance verification prevent off-spec batches before they occur. If an ingredient feed falls outside the allowable window, the control platform pauses the sequence, alerting the operator instead of ruining a batch. You can explore our full range of custom [batching systems](https://sterlingcontrols.com/products-capabilities/batching-weighing/batching-systems/) to see how tailored architecture supports high-capacity processing. ### Differentiating Major, Minor, and Micro Ingredient Feed Hardware A common mistake in plant design is assuming one feeding mechanism fits all ingredients. Each ingredient weight classification has distinct challenges and design criteria, so major, minor, and micro ingredients cannot all necessarily use the same type of equipment. Materials behave differently based on particle size, bulk density, flowability, and environmental moisture sensitivity. Sterling Systems & Controls offers solutions that mix and match hardware and equipment to meet differing ingredient-handling requirements: - **Major Ingredients:** Typically delivered in bulk via silos, bulk bags, or large hoppers. These materials move rapidly through large augers, rotary airlocks, or pneumatic transfer lines to satisfy high-volume requirements quickly. - **Minor Ingredients:** Stored in intermediate bins or day hoppers. These ingredients require balanced flow rates, often utilizing medium-diameter auger feeders or dedicated discharge gates to achieve both speed and accuracy. - **Micro Ingredients:** Represent the smallest, most critical recipe additions, such as active chemicals, colors, or vitamins. Sterling Systems & Controls usually uses a vibratory feeder design for micro ingredients to ensure gentle, finely tuned dosing. However, a 2-inch screw is an option for certain situations where vibratory trays may not be ideal. Sterling Systems & Controls has used a 2-inch screw for micro ingredients only a couple of times, specifically when adhesive materials or unique physical layouts demanded positive displacement. By matching the right mechanical feed device to each material, our [minor and major weighing systems](https://sterlingcontrols.com/products-capabilities/batching-weighing/minor-major-weighing-systems/) provide dependable accuracy across every ingredient weight class. ### Automated Batching System Integration with Mixing and Data Platforms An ingredient batching setup does not exist in isolation. Its value depends on how seamlessly it interacts with upstream storage, downstream processing, and plant management systems. ![Industrial automation control panel and HMI interface for batch recipe control](https://sterlingcontrols.com/wp-content/uploads/PROCESS-SCREEN-WO-TEMPS-600x450.png "Industrial automation control panel and HMI interface for batch recipe control") A well-designed system connects directly with downstream mixers, pneumatic conveying lines, mechanical bucket elevators, and packaging lines. Once a weighment sequence completes, the control platform verifies that the destination mixer is empty, confirms valve positions, and discharges the batch without operator intervention. Sterling Systems & Controls offers proprietary software solutions that provide complete process visibility. Built on robust SQL Server data logging architectures, our control packages record every action, weight, and alarm. This data integrates bidirectionally with your Enterprise Resource Planning (ERP) or Manufacturing Execution System (MES). Production schedules flow down to the plant floor, while real-time material usage, finished batch weights, and lot numbers sync back to management. For comprehensive plant upgrades, our [process controls & automation](https://sterlingcontrols.com/products-capabilities/controls-automation/process-controls-automation/) integrate every mechanical asset into a single, cohesive workflow. ## How to Implement and Scale Batch Processing for Maximum Traceability ### Comparing Manual, Semi-Automatic, and Hybrid Workflows Not every plant requires full automation for every ingredient right away. Many operations balance automation on major bulk items with operator-assisted stations for minor and micro additions. ![Workflow comparison diagram of manual, semi-automatic, and fully automated batch sequences](https://storage.googleapis.com/ai-templates.appspot.com/temp_images/59cef87b166e4820a81bdc4c65ae87a2.png "Workflow comparison diagram of manual, semi-automatic, and fully automated batch sequences") When weighing options, consider how each workflow manages human error, lot verification, and capital investment: 1. **Manual Batching:** Relies entirely on operators reading paper batch sheets, scooping materials, and checking standalone scales. It carries low capital costs but suffers from high labor demands, potential formulation errors, and poor data logging. 2. **Semi-Automatic (Hand-Add) Batching:** Combines operator handling with rigid software control. The operator follows on-screen prompts at an intelligent workstation. Barcode scanners verify that the operator is drawing from the correct raw material container, and the system refuses to let the operator proceed until the scale detects a weight within tolerance. If the operator is interrupted, the system remembers the exact step, preventing double additions or skipped materials. 3. **Hybrid Systems:** Automate major and minor ingredients through dedicated bins and feeders while routing micro additions through an integrated semi-automatic hand-add station. Both streams report to the same central database, ensuring a single unified batch record. To evaluate which approach matches your operational stage, reviewing [semi-automatic vs fully automatic batching systems](https://sterlingcontrols.com/blog/semi-automatic-vs-fully-automatic-batching-systems/) helps clarify labor and throughput trade-offs. Implementing a [hybrid material weighing and batching system](https://sterlingcontrols.com/blog/hybrid-material-weighing-and-batching-system/) often serves as a practical, scalable middle ground. ### Engineering a Modular System from Formula Review to Commissioning Building a custom system requires a structured engineering roadmap to ensure the physical hardware and automation match your exact raw materials and plant floor environment. 1. **Formula and Material Flow Review:** We evaluate your complete recipe portfolio, analyzing material safety data sheets, bulk densities, flow characteristics, and target batch cycle times. 2. **Hardware Selection and Layout Design:** Engineering selects the appropriate bins, scales, and feed mechanisms. Sterling Systems & Controls creates custom systems that can handle virtually any combination of major, minor, and micro ingredients, tailored to the customer’s process and batching needs. 3. **Controls and Software Architecture:** Electrical engineers design control panels and configure proprietary software with SQL Server databases, barcode verification routines, and ERP communication bridges. 4. **Factory Acceptance and Quality Testing:** The system undergoes simulation and testing prior to shipment to verify sequencing, interlocks, and weight tolerance algorithms. 5. **On-Site Installation, Commissioning, and Training:** Field engineers supervise mechanical and electrical installation, calibrate load cells, tune feeder dribble flows, and train operators and maintenance personnel. Modular architecture allows you to scale up capacity over time. A plant can begin by automating high-use bulk ingredients and later incorporate automated minor hoppers or dedicated [liquid handling systems](https://sterlingcontrols.com/products-capabilities/liquid-handling/) without re-engineering the primary control architecture. This approach protects your initial capital investment while delivering precision, safety, and traceability. **Categories:** Blog **Tags:** Automation --- ### [How to Choose the Best Grain Data Management System](https://sterlingcontrols.com/blog/the-definitive-guide-to-comparing-grain-data-management-systems/) **Published:** September 28, 2026 **Author:** p1ws **Excerpt:** Compare grain data management system options for monitoring, automation, and enterprise integration in this practical guide. **Content:** # How to Choose the Best Grain Data Management System ## Why a Grain Data Management System Matters A grain data management system brings scale weights, moisture readings, storage conditions, inventory, and transaction records into one reliable workflow. To manage grain scale data well, connect truck and rail scales, moisture meters, and ticketing systems directly to a central database, then use that data to reconcile inventory, contracts, and shipments without re-entering information by hand. For a modern grain operation, this is more than better recordkeeping. Accurate, timely data helps teams: - Create scale tickets automatically at receiving and shipping - Match weights and quality results to lots, bins, contracts, and customers - Track temperature, moisture, and CO2 risks before stored grain loses value - Give managers one view of inventory across sites - Build audit-ready records for settlements, quality claims, and compliance The right system depends on the operation. A small farm may need dependable cart-scale records and simple bin monitoring. A commercial elevator, terminal, or processing facility may need unattended scale terminals, moisture-meter interfaces, automated ticketing, PLC and SCADA connections, and integration with accounting or ERP software. The key is choosing a platform that turns physical grain movement into usable operational data. At Sterling Systems & Controls, our engineering team brings more than 22 years of manufacturing leadership experience improving weighing, batching, and process-control operations. In this guide, we will compare the practical capabilities to look for in a grain data management system, from basic monitoring to integrated industrial automation. ![Grain scale data flow from receiving to inventory, quality records, and reporting infographic](https://images.bannerbear.com/direct/4mGpW3zwpg0ZK0AxQw/requests/000/159/051/318/P523LdrvK61aRbL967nypx4jW/bbf702b5c3b85f63245247ae27e7ad0a69fbd803.jpg "Grain scale data flow from receiving to inventory, quality records, and reporting infographic") Relevant articles related to grain data management system: - [feed mill automation guide](https://sterlingcontrols.com/blog/from-grain-to-glory-mastering-feed-mill-automation/) ## Core Capabilities of a Grain Data Management System ![multi-bin grain storage facility with wireless environmental sensors](https://storage.googleapis.com/ai-templates.appspot.com/bot/YUtz7bFuSHwb0FfmnSvz/customImages/feed-plant_compressed.jpg "multi-bin grain storage facility with wireless environmental sensors") When I evaluate a data architecture for bulk material facilities, I look at how effectively the platform eliminates manual intervention between physical handling and digital ledgers. A complete software stack must capture physical load metrics, maintain accurate inventory balances, calculate environmental equilibrium, and reconcile financial agreements seamlessly. Managing inventory across multiple upright silos or flat storage buildings requires continuous synchronization. Platforms that incorporate tools like the [University of Illinois farmdoc grain inventory management tools](https://farmdoc.illinois.edu/fast-tools/grain-inventory-management) give operators a reliable framework for calculating capacity constraints, shrink factors, and localized basis risk. Modern systems must also track legal contracts, such as spot purchases, delayed price agreements, and basis contracts. When physical scale tickets automatically tie into contract fulfillment queues, settlement errors drop significantly. This structural integrity forms the foundation for audit-ready compliance reporting across commercial facilities. ### Tiered Grain Storage Monitoring and Environmental Sensing Preserving post-harvest crop quality requires continuous visibility into internal bin conditions. Modern sensor networks deploy vertical cables tracking temperature and moisture profiles throughout the grain mass. Measuring carbon dioxide levels alongside thermal trends is critical because rising gas concentrations indicate biological activity, insect propagation, or early mold development long before localized hot spots register on standard thermal cables. By cross-referencing bin conditions against regional market baselines like the [USDA Feed Grains Database](http://www.ers.usda.gov/data-products/feed-grains-database), operators make informed conditioning decisions. Automated aeration controls run aeration fans only when ambient relative humidity and temperature match the targeted Equilibrium Moisture Content. This closed-loop aeration strategy prevents unintended over-drying, preserving salable mass and maximizing commodity value. ![Automated aeration control cycle based on sensor triggers and equilibrium moisture content](https://storage.googleapis.com/ai-templates.appspot.com/temp_images/7e7951cf1b8d47bdafe022c8938d399d.png "Automated aeration control cycle based on sensor triggers and equilibrium moisture content") ### In-Field Harvest Weighing and Scale-House Telemetry Data management begins at the point of harvest. Equipping grain cart scales with digital load cells and wireless Bluetooth transmitters allows harvest teams to stream real-time weight records directly to in-cab tablet displays. This real-time visibility enables operators to calibrate combine yield monitors on the fly and prevents road trucks from exceeding legal highway axle limits. Integrating in-field scale hardware directly with overall [grain handling automation](https://sterlingcontrols.com/blog/grain-handling-automation-improve-efficiency-quality-safety/) creates an uninterrupted audit trail from the combine hopper directly to the receiving pit. ### Selecting the Right Grain Data Management System for Your Operation Selecting the right platform requires balancing operational scale, site throughput, and technical requirements. | Feature / Tier | Basic On-Site Monitoring | Remote Cloud Telemetry | Industrial Automated Systems | |---|---|---|---| | **Primary Target** | Individual growers & single-bin sites | Multi-location farms & co-ops | Commercial elevators & feed mills | | **Data Collection** | Manual readouts / localized logs | Wireless IoT & cellular gateways | Direct PLC / SCADA & sensor buses | | **Inventory Tracking** | Static spreadsheets or basic apps | Cloud dashboards with mobile sync | Real-time multi-bin balance tracking | | **Aeration Control** | Manual switch operation | Remote start/stop via mobile app | Fully automated closed-loop control | | **Scale Integration** | Standalone cart scale indicators | Bluetooth scale-head data sync | Unattended RFID ticketing terminals | | **System Focus** | Entry-level crop protection | Remote multi-site visibility | Enterprise control & process automation | Entry-level tools work well for smaller operations focused on baseline monitoring. However, commercial operations managing high daily throughput require industrial-grade platforms that unify automation hardware, quality instrumentation, and enterprise networks. ## Implementing Industrial Scale Data Integration and Process Control ![supervisory control dashboard monitoring multi-facility grain bins and scale automation](https://sterlingcontrols.com/wp-content/uploads/20170222_185828-600x450.jpg "supervisory control dashboard monitoring multi-facility grain bins and scale automation") High-volume commercial processing facilities require deep integration between hardware controllers and operational databases. A standalone software interface cannot prevent bottlenecks if it does not communicate directly with physical plant equipment. Implementing robust [grain terminal control](https://sterlingcontrols.com/industries-applications/agriculture/grain-terminal-control/) systems ensures that material routing gates, bucket elevators, hazard monitors, and distributors operate in lockstep with scale-house transactions. ### Automated Scale Interfacing and Transaction Reconciliation Scale-house bottlenecks during peak harvest can stall entire receiving operations. Modern industrial facilities utilize unattended scale terminals equipped with long-range RFID scanners, optical license plate recognition, and integrated traffic lights. When a truck pulls onto the scale deck, the system reads the vehicle tag, pulls the associated split-contract records, and automatically captures gross weights from the load cells while polling moisture analyzers and test-weight meters. This automated transaction workflow generates digital tickets instantly, assigning precise grain grades and deductions without manual keyboard entry. The system updates inventory allocations in real time, applies mark-to-market valuations, and maintains continuous audit logs to eliminate end-of-month settlement disputes. ### Enterprise Integration for a Grain Data Management System To maximize operational visibility, scale and storage data must connect cleanly with business enterprise platforms. High-speed MQTT pipelines and industrial message brokers stream granular sensor metrics and scale transactions from edge hardware directly into centralized accounting and trade management engines. Establishing verified [data integration methods connecting batch control systems to enterprise resource planning](https://sterlingcontrols.com/blog/data-integration-methods-batch-control-systems-and-erp/) ensures that receiving metrics update general ledgers without manual export routines. This seamless data exchange helps facilities align their operational logging with regional governance standards, including the [Canadian Grain Commission data governance standards](https://open.canada.ca/en/content/open-government-implementation-plan-canadian-grain-commission). With automated position ledgers synchronized across physical bins and financial trading desks, commercial managers can track physical grain positions against paper market hedges in real time. ### On-Premise Control Architecture Versus Cloud Telemetry When designing an automation architecture, choosing between cloud-based platforms and on-premise industrial control is a critical decision. While cloud dashboards provide convenient multi-site visibility, critical process manufacturing facilities cannot afford operational downtime caused by rural internet interruptions or external cloud latency. ![On-premise SCADA control versus cloud reporting layers](https://storage.googleapis.com/ai-templates.appspot.com/temp_images/f02075f0471a40b4af97ec4c0a2ea74d.png "On-premise SCADA control versus cloud reporting layers") At Sterling Systems & Controls, we design robust on-premise architectures powered by industrial [supervisory control software](https://sterlingcontrols.com/products-capabilities/controls-automation/supervisory-control-software/). By running mission-critical batching, weighing, and routing logic locally on edge industrial PLCs and SCADA nodes, the plant maintains continuous operational uptime and strict cybersecurity isolation. Cloud connections are utilized where they add the most value: for multi-site reporting, long-term analytics, and executive inventory summaries. For processing facilities combining grain receiving with downstream processing, deploying [custom feed mill automation](https://sterlingcontrols.com/products-capabilities/complete-systems/feed-mill-automation/) bridges the gap between raw grain inventory and finished feed production. By partnering with an experienced single-source engineering team, you ensure your scale systems, process controls, and business databases work together as a cohesive data management infrastructure. **Categories:** Blog **Tags:** data management --- ### [Precision Weighing and Batch Controller Dust Protection: A Buyer's Guide](https://sterlingcontrols.com/blog/precision-weighing-and-batch-controller-dust-protection-a-buyers-guide/) **Published:** August 25, 2026 **Author:** p1ws **Excerpt:** Discover automated weighing dust control solutions for precision batching, safety compliance, and efficiency in bulk handling. Buyer's guide inside! **Content:** # Precision Weighing and Batch Controller Dust Protection: A Buyer’s Guide ## Primary Causes of Dust in Bulk Material Handling In my years of engineering custom solutions for process industries, I have seen that dust isn’t just a byproduct; it is a symptom of a process that isn’t fully under control. When we look at automated weighing dust control, we first have to identify where the leaks are happening. In most bulk material handling facilities, dust is generated during high-energy transitions. Furthermore, bulk density fluctuations can wreak havoc. If a material becomes more aerated or its density shifts, it may flow differently through a feeder, leading to splashing or ‘pluming’ during the weighing cycle. I often point clients toward our guide on [Handling the Dust Problem](https://sterlingcontrols.com/blog/handling-the-dust-problem/) to help them visualize these transition points. ### Impact of Material Characteristics on Automated Weighing Dust Control Not all powders behave the same way, and my design approach changes based on what we are weighing. Free-flowing powders might seem easy, but they can generate significant dust because they move so quickly. On the other hand, fine particles (especially those in the sub-micron range) tend to stay suspended in the air for long periods, making them harder to capture. Hygroscopic materials (those that absorb moisture) can clump, leading to blockages. When those blockages break free, they often cause a surge of material that displaces a large volume of air, creating a dust cloud. I also have to account for electrostatic charge; some powders ‘cling’ to surfaces and then release all at once, or worse, create a spark risk in a dusty environment. Understanding the particle size distribution is the first step in deciding which filtration or enclosure method will be most effective. ### Operational Pain Points in Manual Batching If you are still relying on manual batching, you are likely dealing with several ‘invisible’ costs. Human error is the most obvious; a scoop too many or too few ruins a batch. But from a dust perspective, manual handling is a nightmare. It leads to inconsistent dosing and high labor costs because someone has to spend hours every shift performing housekeeping, essentially just moving dust from the floor into a bin. The most serious pain point, however, is operator exposure. When an operator is standing over an open scale, they are breathing in whatever is in the air. This leads to long-term health issues and increased turnover. By moving to automated weighing dust control, I help companies transition from a ‘cleanup’ culture to a ‘containment’ culture. ### Health, Safety, and Regulatory Compliance Standards The regulatory landscape in the United States and Canada has become much stricter over the last decade. Occupational asthma is a real threat; it is the most common work-related lung disease in the U.S., often caused by breathing in respiratory sensitizers like flour dust, spices, or chemical additives. Beyond respiratory health, allergen cross-contamination is a major concern under FSMA (Food Safety Modernization Act) and HARPC (Hazard Analysis and Risk-Based Preventive Controls). If your facility processes gluten and non-gluten products, even a small amount of airborne dust can lead to a massive recall. I always emphasize that [What is NFPA 652?](https://sterlingcontrols.com/blog/what-is-nfpa-652/) is essential reading for anyone handling powders, as it sets the standard for managing combustible dust fire and explosion hazards. ### Mitigating Respiratory Risks and Explosive Hazards Safety isn’t just about masks; it is about engineering the risk out of the building. For hazardous environments, I specify ATEX-certified components or Zone 21-rated equipment. These systems use explosion-proof enclosures and anti-static materials to ensure that a dust cloud, should one occur, doesn’t find an ignition source. Following [OSHA guidelines](https://www.osha.gov/combustible-dust), we aim for dust containment levels of 1mg/m3 or less in sensitive areas. This is achieved through sealed systems that keep the material inside the machine and the operator outside the ‘splash zone.’ For a deeper dive into these requirements, check out my article on [Essential Dust Control Measures for Safe and Efficient Manufacturing](https://sterlingcontrols.com/blog/essential-dust-control-measures-for-safe-and-efficient-manufacturing/). ### Hygienic Design for Food and Pharma In the food and pharmaceutical sectors, dust control and hygiene go hand-in-hand. Dust that settles in ‘dead zones’ or equipment crevices can become a breeding ground for bacteria. That is why I prioritize USDA-approved designs with full washdown capability. Key technologies include: - IP66/67 Sealing: Protects sensitive electronics and load cells during high-pressure cleaning. - Tulip Seals: Provide a flexible, dust-tight connection between moving parts (like a mobile scale and a stationary feeder). - Sanitary Slitting: Ensuring that bags are opened in a way that doesn’t introduce paper fibers or external contaminants into the product stream. I’ve found that [Dust Containment for Ingredient Batching Systems](https://sterlingcontrols.com/blog/dust-containment-for-ingredient-batching-systems/) is a great resource for understanding how these hygienic features work together to protect both the product and the worker. ### Advanced Technologies for Automated Weighing Dust Control When I design a system, I have to choose between two primary weighing methods. Both can be dust-tight, but they serve different needs. | Feature | Gravimetric Dosing (Loss-in-Weight) | Volumetric Dosing | |---|---|---| | Accuracy | Extremely High (+/- 0.5% or better) | Moderate | | Dust Control | High (Fully enclosed hoppers) | Moderate (Depends on sealing) | | Density Handling | Automatically compensates | Requires manual adjustment | | Best For | Expensive ingredients, fine powders | Consistent, low-cost materials | Gravimetric systems are the gold standard for automated weighing dust control. Because they measure the actual weight of the material being discharged, they can compensate for bulk density changes in real-time. By isolating the load cells from external vibrations, I can ensure that the system ‘sees’ only the material, leading to incredible precision. I always say that [Dust Containment is Essential](https://sterlingcontrols.com/blog/dust-containment-is-essential/) because even a small amount of dust buildup on a scale can throw off its calibration. ### Precision Dosing and Automated Weighing Dust Control Mechanisms Modern systems use AI drift compensation to auto-calibrate for changes in temperature and vibration. This allows for staggering accuracy, sometimes as tight as +/- 5 grams even at high speeds. In some setups, like a ‘shuttle’ system, a mobile scale moves on a motorized rail under different ingredient feeders. To keep this dust-free, we use precision positioning and pneumatic seals that engage only when the scale is in place. Vacuum conveying is another tool I use frequently; it keeps the entire material path under negative pressure, so if there is a tiny leak, air leaks in rather than dust leaking out. ### Integrated Control Systems and Traceability The ‘brain’ of the system is just as important as the mechanical seals. I use PLC (Programmable Logic Controller) integration and HMI (Human Machine Interface) screens to give operators real-time monitoring of the process. These systems can sync with your ERP (Enterprise Resource Planning) software to track every gram of material. This provides a ‘digital paper trail’ for every batch. If a dust event occurs or a filter needs replacing, the system can alert the operator immediately. In high-stakes industries, we even look at blockchain tracing to ensure that the ‘chain of custody’ for an ingredient is never broken from the moment the bag is slit to the moment the batch is finished. ### Integrated Systems for Bag Emptying and Product Recovery One of the most effective ways to control dust is to automate the very first step: opening the bags. An automatic bag slitter is a game-changer. Instead of an operator manually dumping a bag, the bag enters a sealed chamber where circular blades cut it on three sides. ![Automatic bag slitter with integrated dust filtration and compaction - automated weighing dust control](https://storage.googleapis.com/ai-templates.appspot.com/bot/YUtz7bFuSHwb0FfmnSvz/customImages/BULK-BAG-UNLOADING-crop-1_compressed.jpg "Automatic bag slitter with integrated dust filtration and compaction - automated weighing dust control") These systems often include recovery tumblers that ‘tumble’ the empty bag to shake out every last bit of powder. This can lead to 99.98% efficiency in product recovery. Once the bag is empty, it is moved directly into a bag compactor while remaining inside the enclosed system. This prevents the ‘cloud’ that usually happens when someone folds up an empty, dusty bag. For more on this, read my thoughts on [Reducing Dust in Bulk Bag Unloader](https://sterlingcontrols.com/blog/reducing-dust-in-bulk-bag-unloader/) systems. ### Economic Advantages of Dust-Protected Automation While the safety benefits are clear, the economic argument is just as strong. I have seen companies achieve up to 5% raw material savings simply by eliminating waste. When you aren’t losing product to the floor or the dust collector, your yield improves significantly. The ROI (Return on Investment) comes from: - Waste Minimization: 99.98% recovery means you are using what you paid for. - Productivity Gains: One operator can often manage a system that previously required three. - Reduced Downtime: Less dust means less wear and tear on motors and bearings, and less time spent on cleaning. ### Industry-Specific Solutions for Harsh Environments I don’t believe in ‘one size fits all.’ A chemical plant needs different protection than a bakery. For mining or cement applications, I use Hardox 500 frames and 10G impact-resistant components to handle abrasive materials. In chemical plants, anti-static kits are mandatory to prevent dust explosions. In food plants, everything is high-grade stainless steel with polished surfaces to prevent material buildup. ### Frequently Asked Questions **How do gravimetric systems handle bulk density changes?** Gravimetric systems, specifically loss-in-weight feeders, use load cell feedback to monitor exactly how much weight is leaving the hopper every second. If the material becomes less dense, the system detects that the weight loss has slowed down and automatically increases the speed of the screw or vibratory feeder to maintain the correct mass throughput. This ensures your recipe stays perfect even if the raw material varies. **What are the primary benefits of automatic bag slitters?** The biggest benefit is the combination of speed and containment. These systems can handle up to 60 doses per hour in a completely dust-tight chamber. By using a three-sided cut and gravity discharge, they ensure the bag is completely emptied without the operator ever touching it or breathing in the dust. Plus, the integrated filtration keeps the internal chamber under negative pressure. **How does automation reduce occupational health risks?** Automation removes the human from the hazard. By using enclosed systems and vacuum conveying, the amount of airborne dust is kept below 1mg/m3. Features like HEPA filtration and remote monitoring mean that operators can manage the entire process from a control room or a safe distance, drastically reducing their exposure to respiratory sensitizers and allergens. ### Conclusion At Sterling Systems & Controls, I take pride in being a single-source provider for these complex challenges. We don’t just sell ‘machines’; we provide custom-engineered solutions that integrate weighing, batching, and automated weighing dust control into a seamless process. Whether you are looking to improve your yield, protect your workers, or ensure you are compliant with NFPA and FSMA regulations, my goal is to design a system that fits your specific needs. If you’re ready to clear the air in your facility, I encourage you to explore our specialized [Dust Control for Powder Handling](https://sterlingcontrols.com/industries-applications/industrial-processing/dust-control-for-powder-handling/) solutions. Let’s build something efficient, safe, and most importantly, dust-free. **Categories:** Blog --- ### [Sterling Systems & Controls Launches BatchControl Pro Semi-Automated Batching System](https://sterlingcontrols.com/blog/sterling-systems-controls-launches-batchcontrol-pro-semi-automated-batching-system/) **Published:** May 14, 2026 **Author:** p1ws **Excerpt:** Sterling Systems & Controls, Inc., a leader in automation, batching, and process control solutions, announced the launch of BatchControl Pro, an advanced semi-automated batching system designed to deliver unmatched precision, consistency, and operational efficiency across a wide range of industries. **Content:** # Sterling Systems & Controls Launches BatchControl Pro to Transform Batch Production Accuracy, Efficiency, and Traceability ## Sterling Systems & Controls Launches BatchControl Pro to Transform Batch Production Accuracy, Efficiency, and Traceability **\[Sterling, IL\] – \[8/25/26\]** – Sterling Systems & Controls, Inc., a leader in automation, batching, and process control solutions, announced the launch of [BatchControl Pro](https://sterlingcontrols.com/products-capabilities/batching-weighing/batchcontrol-pro/), an advanced semi-automated batching system designed to deliver unmatched precision, consistency, and operational efficiency across a wide range of industries. BatchControl Pro is engineered for manufacturers who demand accuracy and repeatability in their batching processes. By combining automated operator guidance with manual ingredient addition, the system ensures precise, consistent batches while minimizing human error and improving overall product quality. “BatchControl Pro gives manufacturers greater confidence in every batch by reducing operator dependency, improving process visibility, and delivering the consistency required in today’s competitive production environments,” said Dustin Boyd, General Manager, Sterling Systems & Controls, Inc. ## Designed for Accuracy, Built for Efficiency BatchControl Pro delivers a powerful combination of precision control and ease of use. The system guides operators step-by-step through preprogrammed formulas, automates critical calculations, and monitors tolerances in real time to ensure every batch meets exact specifications. Key benefits include: - Unmatched Batch Consistency – Precise weighing and sequencing reduce product variability and improve quality - Elimination of Operator Errors – Automated instructions and real-time monitoring ensure accurate execution - Enhanced Cost Efficiency – Reduces material waste and optimizes production processes - User-Friendly Operation – Intuitive touchscreen interface requires minimal training ## Advanced Traceability and Data-Driven Insights In today’s highly regulated and data-driven manufacturing environments, traceability is critical. BatchControl Pro tracks raw ingredient lot numbers and stores historical production data within a secure SQL database, enabling comprehensive reporting, compliance support, and actionable insights. Optional barcode and RFID integration further streamlines data entry and lot tracking, allowing manufacturers to maintain complete visibility into their production processes. ## Scalable Solution for Growing Operations [BatchControl Pro](https://sterlingcontrols.com/products-capabilities/batching-weighing/batchcontrol-pro/) is built with scalability in mind. Its flexible design supports multi-scale configurations and adapts to evolving production requirements, making it a future-ready investment for organizations focused on long-term growth and operational excellence. The system is ideal for a variety of industries, including: - [Food processing](https://sterlingcontrols.com/industries-applications/baking-food-processing/ "Food processing") - [Livestock feed and pet food production](https://sterlingcontrols.com/industries-applications/feed-milling-pet-food-manufacturing/) - [Industrial manufacturing](https://sterlingcontrols.com/industries-applications/industrial-processing/) - Pharmaceutical applications ![Industrial setup with a mounted control panel and touchscreen on a metal frame, wires hanging below, and a yellow-handled tool attached to the side; a weighing table sits below the panel.](https://sterlingcontrols.com/wp-content/uploads/batchcontrol-pro-batching-system-1-731x1024.jpg "batchcontrol-pro-batching-system-1 | Sterling Systems & Controls")![Industrial stainless-steel worktable setup with white bins on both sides, a monitor and blue crate in the center, in a clean processing room.](https://sterlingcontrols.com/wp-content/uploads/BatchControl-Pro-7-1024x712.jpg "BatchControl Pro 7 | Sterling Systems & Controls")![Industrial weighing/packaging station on a stainless steel frame, featuring a digital control panel, loading scale, and a bin of samples to the left.](https://sterlingcontrols.com/wp-content/uploads/BatchControl-Pro-5-1024x1024.jpg "BatchControl Pro 5 | Sterling Systems & Controls")![Industrial control cabinet with a touchscreen interface, orange'120 VOLTS' label, Sterling Batch Control sticker, and a worker in blue gloves pressing a button on the panel.](https://sterlingcontrols.com/wp-content/uploads/BatchControl-Pro-4-1024x1024.jpg "BatchControl Pro 4 | Sterling Systems & Controls")![Lab technician wearing a hairnet and blue gloves operates a touchscreen control panel on industrial equipment in a cleanroom setting](https://sterlingcontrols.com/wp-content/uploads/BatchControl-Pro-3-1024x1024.jpg "BatchControl Pro 3 | Sterling Systems & Controls")![Operator in safety glasses and blue gloves uses a touchscreen control panel on an industrial machine labeled 120 volts.](https://sterlingcontrols.com/wp-content/uploads/BatchControl-Pro-2-1024x1024.jpg "BatchControl Pro 2 | Sterling Systems & Controls")![StereNge BatchControl Pro logo featuring a red circular arrow and a play icon alongside the word BATCHCONTROL PRO](https://sterlingcontrols.com/wp-content/uploads/SterlingBatchControlPro-FullLogo-Edited-1-1024x254.png "SterlingBatchControlPro-FullLogo-Edited | Sterling Systems & Controls")#### About Sterling Systems & Controls, Inc. With over 50 years of experience, [Sterling Systems & Controls, Inc.](https://sterlingcontrols.com/about/) specializes in delivering innovative automation, batching, and process control solutions. The company is committed to helping manufacturers improve efficiency, accuracy, and profitability through reliable, customized systems designed to meet the demands of modern production environments. **Media Contact** Sterling Systems & Controls, Inc. Phone: 1-815-384-0117 Email: info@sterlingcontrols.com Website: [www.sterlingcontrols.com](https://sterlingcontrols.com/ "www.sterlingcontrols.com") ## Post navigation [< Back](https://sterlingcontrols.com/blog/the-hidden-cost-of-bad-batches/) [Next >](https://sterlingcontrols.com/blog/the-brains-behind-the-brawn-unpacking-industrial-process-control/) **Categories:** Blog, News, Press Releases --- ### [The Hidden Cost of Bad Batches: How Industrial Batching Systems Reduce Batch Variability](https://sterlingcontrols.com/blog/the-hidden-cost-of-bad-batches/) **Published:** May 7, 2026 **Author:** p1ws **Excerpt:** Bad batches rarely announce themselves loudly. In many bulk material operations, batching errors show up quietly—as reduced yield, inconsistent quality, unplanned downtime, or creeping labor inefficiencies. **Content:** # The Hidden Cost of Bad Batches: How Industrial Batching Systems Reduce Batch Variability Bad batches rarely announce themselves loudly. In many bulk material operations, batching errors show up quietly—as reduced yield, inconsistent quality, unplanned downtime, or creeping labor inefficiencies. Over time, these small issues compound into significant operational cost. While batching problems are often attributed to operator error or material variability, the root cause is frequently deeper: inadequate weighing accuracy, poor system design, or batching methods that no longer match production demands. This article explores the hidden costs of bad batches, how they impact operations beyond scrap and rework, and why engineered batching systems play a critical role in preventing them. ## **What Is a “Bad Batch” in Industrial Processing?** A bad batch isn’t always a rejected product. In many cases, it’s a batch that technically meets specification—but only after extra labor, adjustments, or waste. Bad batches commonly include: - Over- or under-weighed ingredients - Inconsistent ingredient sequencing - Poor batch repeatability between shifts - Batches requiring downstream correction Even when product leaves the facility, hidden batching issues often show up later as customer complaints, performance variability, or process instability. ### **The Direct Costs Everyone Notices** #### **Material Waste and Rework** The most visible cost of bad batching is wasted material. Overfeeding ingredients increases raw material spend, while underfeeding can require rework or disposal. Over time, even small percentage errors translate into: - Higher raw material costs - Increased disposal or reprocessing - Reduced yield per production run ### **Downtime and Throughput Loss** Bad batches disrupt production flow. Operators may need to stop a process to investigate, correct, or rebalance a batch—reducing overall throughput. These interruptions often cost more than the material itself by limiting how much product can be produced per shift. ### **The Hidden Costs That Add Up Over Time** #### **Labor Inefficiency** Manual corrections, constant adjustments, and rechecks all consume labor. Operators spend time fixing batches instead of running production. Hidden labor costs include: - Extra time per batch - Increased training requirements - Greater dependency on highly experienced operators ### **Inconsistent Product Quality** Batch variability leads to product inconsistency—even if it stays within nominal limits. Over time, this inconsistency can: - Affect downstream processing - Reduce product performance - Increase customer complaints or returns In regulated or quality-sensitive industries, even small inconsistencies can create compliance risk. ### **Loss of Process Confidence** When batching systems are unreliable, operators compensate manually. This often results in: - Over-adjusting feed rates - Adding safety margins that waste material - Distrust in batch data and reports Once confidence in the batching process erodes, efficiency follows. | Cost Area | How Bad Batches Create Cost | Long-Term Operational Impact | |---|---|---| | **Raw Material Waste** | Overfeeding ingredients or dumping off-spec batches | Increased material spend and reduced yield | | **Rework & Disposal** | Correcting or discarding improperly batched product | Lost production time and disposal costs | | **Labor Inefficiency** | Manual corrections, re-checks, and adjustments | Higher labor cost per batch | | **Throughput Loss** | Batch interruptions and longer cycle times | Lower output per shift | | **Process Instability** | Inconsistent feed rates or sequencing | Downstream performance variability | | **Quality Variability** | Batch-to-batch inconsistency | Customer complaints or returns | | **Data Gaps** | Limited batch visibility or manual records | Poor root-cause analysis | | **Operator Dependence** | Reliance on highly experienced staff | Training risk and inconsistency across shifts | | **Equipment Wear** | Frequent stops, starts, and adjustments | Increased maintenance and downtime | | **Scalability Limits** | Batching method no longer fits production demand | Constrained growth and delayed expansion | ***How This Table Supports Decision-Making*** *Bad batches rarely appear as a single line item on a balance sheet. Instead, they create compounding costs across materials, labor, throughput, and process stability. This table highlights how batching variability impacts multiple parts of an operation simultaneously—making system-level improvements more effective than isolated fixes.* ### **When the Cost of Bad Batches Justifies Change** | Operational Indicator | Warning Threshold | What It Signals | |---|---|---| | **Material Overages** | >1–2% average over-target per batch | Inadequate weighing accuracy or control logic | | **Rework Frequency** | Rework required on multiple batches per week | Batch variability exceeding process tolerance | | **Batch Cycle Time** | Increasing cycle times over 3–6 months | Manual correction and inefficiency compounding | | **Labor per Batch** | Operators spending >20–30% of batch time correcting or verifying | Excessive operator dependence | | **Shift-to-Shift Variability** | Noticeable differences in results between shifts | Process not repeatable or standardized | | **Operator “Tweaking”** | Frequent manual adjustments to hit targets | Lack of trust in batching system | | **Throughput Constraints** | Batching limiting downstream production | Batching method no longer fits demand | | **Data Gaps** | Limited batch records or manual logging | Inability to identify root causes | | **Training Sensitivity** | Only senior operators can run batches reliably | High operational risk and knowledge loss | | **Growth Limitations** | Hesitation to add volume due to batching issues | Scalability constrained by system design | ***How to Use This Table*** *If multiple thresholds in this table apply, batching issues are no longer isolated events—they are systemic. At this stage, incremental fixes rarely deliver sustained improvement. Upgrading batching accuracy, controls, or method (often moving from manual to semi-automatic) typically provides faster ROI than continued workarounds.* ### **Why Bad Batches Usually Aren’t a “People Problem”** While operator technique matters, batching issues are rarely solved through training alone. Common system-level contributors include: - Inadequate weighing resolution or stability - Poor load cell mounting or isolation - Material flow issues during feeding - Control logic not tuned for real process conditions Without addressing these factors, even skilled operators struggle to produce consistent batches. ### **How Batching Method Impacts Batch Quality** #### **Manual Batching** Manual batching relies on human judgment to control material addition and sequencing. As production increases, variability becomes harder to manage—especially across shifts. Manual batching often introduces: - Greater batch-to-batch variation - Longer correction cycles - Limited batch data visibility ### **Semi-Automatic Batching** Semi-automatic batching reduces variability by automating weight targets and cutoff logic while keeping operators involved. This approach improves: - Repeatability - Accuracy at scale - Consistency across operators For many facilities, semi-automatic batching dramatically reduces the frequency of bad batches. ### **The Role of Engineered Batching Systems** Preventing bad batches requires more than better components—it requires system-level design. Engineered batching systems address: - Material behavior during feeding - Weighing accuracy under real operating conditions - Control logic matched to process dynamics - Operator interfaces that reduce error Sterling Systems & Controls designs batching and weighing systems around these variables, helping manufacturers improve consistency, reduce waste, and stabilize production over time. ### **Early Warning Signs of Costly Batching Problems** Facilities often live with batching issues longer than they should. Common warning signs include: - Operators frequently “tweaking” batches - Increasing material overages - Batch cycle times slowly creeping upward - Inconsistent results between shifts These signals often indicate that the batching method or system design no longer matches operational demands. ### **Reducing the Long-Term Cost of Bad Batches** Reducing bad batches starts with understanding where variability enters the process. From there, improvements may include: - Upgrading weighing accuracy - Improving material flow control - Introducing semi-automatic batching - Enhancing batch data visibility The goal isn’t automation for its own sake—it’s consistent, predictable batching that supports throughput and quality. ### **Explore BatchControl Pro** If bad batches are quietly driving waste, rework, or inconsistent production, the right batching controls can have a measurable impact across the entire operation. Unlike generic batching software, [**BatchControlPro**](https://sterlingcontrols.com/products-capabilities/batching-weighing/batchcontrol-pro/) was developed specifically for real-world manufacturing environments where repeatability, traceability, and operator consistency directly affect throughput and profitability. By combining guided workflows, precise weighing control, and production visibility, BatchControlPro helps manufacturers reduce variability, improve batch confidence, and scale operations more efficiently. Explore how Sterling Systems & Controls can help modernize your batching process and reduce the long-term cost of inaccurate batching. ![StereNge BatchControl Pro logo featuring a red circular arrow and a play icon alongside the word BATCHCONTROL PRO](https://sterlingcontrols.com/wp-content/uploads/SterlingBatchControlPro-FullLogo-Edited-1-1024x254.png "SterlingBatchControlPro-FullLogo-Edited | Sterling Systems & Controls") ## Post navigation [< Back](https://sterlingcontrols.com/blog/manual-batching-vs-semi-automatic-whats-right-for-you/) [Next >](https://sterlingcontrols.com/blog/sterling-systems-controls-launches-batchcontrol-pro-semi-automated-batching-system/) **Categories:** Blog **Tags:** automatic batching system, batching automation, batching system, batching systems, ingredient batching, minor ingredient batching systems --- ### [The Complete Guide to Dust Controls](https://sterlingcontrols.com/blog/the-complete-guide-to-dust-controls/) **Published:** August 18, 2026 **Author:** p1ws **Excerpt:** Master dust controls for industrial sites: suppress PM2.5/PM10, boost batching accuracy, ensure OSHA/EPA compliance, and optimize plant performance. **Content:** # The Complete Guide to Dust Controls ## What Are Dust Controls? A Quick Overview Dust controls are methods and systems used to reduce airborne particles in industrial, construction, mining, and manufacturing environments. They protect worker health, meet regulatory requirements, and keep operations running efficiently. **Common dust control methods at a glance:** - **Water spraying** – Moistens surfaces to prevent particles from becoming airborne - **Chemical suppressants** – Bind particles together for longer-lasting control than water alone - **Mechanical extraction** – Vacuums and HEPA filtration systems capture dust at the source - **Vegetative cover and mulch** – Stabilize exposed soil surfaces (mulch reduces wind erosion by 75 to 95 percent) - **Windbreaks** – Fences or retained trees that reduce wind speed at ground level - **Speed limits** – Reducing vehicle speed from 40 mph to 20 mph cuts dust emissions by 65% - **Enclosures and shrouds** – Contain dust during cutting, grinding, and material handling - **Automated batching controls** – Reduce fugitive dust from powder and ingredient handling in process plants Dust is more than a nuisance. Airborne particles smaller than 10 microns (PM10) and 2.5 microns (PM2.5) penetrate deep into the lungs. Long-term exposure is linked to silicosis, chronic bronchitis, COPD, and even lung cancer. There is no cure for many of these conditions. Beyond health, uncontrolled dust causes real operational pain in process industries. It accelerates equipment wear, contaminates product batches, creates combustible dust hazards, and triggers costly regulatory violations. For production managers in food, chemical, and industrial processing, the stakes are especially high. Dust from powder handling, ingredient batching, and bulk material transfers is not just a safety issue. *It directly impacts batch accuracy, product consistency, and throughput.* Understanding which dust controls work, where they apply, and how to integrate them into your operation is the first step toward a safer, more efficient plant. ![Infographic showing dust control methods, health impacts, effectiveness rates, and key regulations](https://images.bannerbear.com/direct/4mGpW3zwpg0ZK0AxQw/requests/000/145/681/403/NWlVkgmbMQEPP79q6ZyAqEwDo/4987620c74af3475d55589767331a3bb2586fb3f.jpg "Infographic showing dust control methods, health impacts, effectiveness rates, and key regulations") ### Why Effective Dust Controls are Essential for Industrial Performance In my experience working with industrial facilities in Illinois and across the US and Canada, I’ve seen how uncontrolled dust acts like a “silent tax” on a business. If you aren’t managing your dust controls effectively, you aren’t just risking a fine; you are actively degrading your plant’s performance. ### Operational Pain Points When dust escapes into your facility, it settles on sensitive electronics, clogs motor vents, and acts as an abrasive on moving parts. This leads to premature equipment wear and frequent, unplanned maintenance. In high-precision environments like food or chemical processing, [Dust Containment is Essential](https://sterlingcontrols.com/blog/dust-containment-is-essential/) because fugitive dust leads to cross-contamination. If an expensive ingredient for Batch A drifts into the mixer for Batch B, you’ve just created scrap and lost money. ### Regulatory Compliance and Safety Beyond the equipment, we have to talk about the people. Organizations like OSHA, the EPA, and NIOSH have strict standards for air quality. According to [Fugitive Dust Control Measures and Best Practices ](https://www.epa.gov/system/files/documents/2022-02/fugitive-dust-control-best-practices.pdf), fugitive dust is particulate matter that enters the atmosphere without passing through a stack or duct. The health risks are severe. Respirable crystalline silica can cause silicosis, a permanent scarring of the lungs. Furthermore, many industrial powders are combustible. If you aren’t familiar with the question [What is NFPA 652?](https://sterlingcontrols.com/blog/what-is-nfpa-652/), you should be. It is the standard on the fundamentals of combustible dust, and failing to follow its guidelines can lead to catastrophic dust explosions. Proper dust controls are your first line of defense against these life-threatening risks. ### Primary Sources and Methods of Dust Controls Dust doesn’t just appear; it’s generated by mechanical force or wind. In construction and mining, earthmoving and vehicle traffic are the primary culprits. In a manufacturing plant, it’s often the transfer of dry bulk materials. ![spraying water for dust suppression](https://images.unsplash.com/photo-1743742566136-d5e99d252e9e?crop=entropy&cs=tinysrgb&fit=max&fm=jpg&ixid=M3w2MTMxNjF8MHwxfHNlYXJjaHw5fHxzcHJheWluZyUyMHdhdGVyJTIwZm9yJTIwZHVzdCUyMHN1cHByZXNzaW9ufGVufDB8MHx8fDE3Nzg3OTU4NTN8MA&ixlib=rb-4.1.0&q=80&w=1080 "spraying water for dust suppression") According to the [Dust Control Methods ](https://apps.ecology.wa.gov/publications/documents/96433.pdf) guide, there are four basic ways to manage these emissions: 1. Limit the creation of dust-sized particles. 2. Reduce wind speed at the ground level. 3. Bind particles together. 4. Capture and remove the dust. For unpaved roads and large open sites, methods like water spraying are common but require constant reapplication. Research shows that lowering the speed of a vehicle from 45 mph to 35 mph can reduce dust emissions by up to 22 percent. If you drop that speed to 20 mph, the reduction jumps to 65%. For more permanent surfaces, the [CPS 373 – Dust Control on Unpaved Roads and Surfaces – ](https://www.nrcs.usda.gov/sites/default/files/2022-09/Dust_Control_On_Unpaved_Roads_And_Surfaces_373_CPS.pdf) standard suggests using gravel or chemical palliatives to stabilize the ground. Interestingly, gravel can reduce soil losses by 95 percent compared to unstabilized soils. ### Mechanical Extraction and Filtration as Dust Controls In indoor manufacturing and processing environments, we cannot simply spray water on everything. This is where [Handling the Dust Problem](https://sterlingcontrols.com/blog/handling-the-dust-problem/) requires mechanical intervention. Source capture is the gold standard here. By using shrouds on tools or suction hoods at material transfer points, you capture the dust before it ever becomes “fugitive.” High-quality vacuum systems equipped with HEPA filtration are essential. These systems capture debris down to 0.3 microns, which is the threshold required to satisfy most EPA, NIOSH, and OSHA regulations. ### Chemical and Physical Dust Controls for Large Areas For large-scale outdoor operations, I often recommend a mix of physical barriers and chemical stabilizers. - **Mulch**: Can reduce wind erosion by 75 to 95 percent. - **Vegetative Cover**: Planting grass or shrubs in non-traffic areas reduces wind velocity at the surface. - **Windbreaks**: A well-placed fence can create a deposition zone 8 to 10 feet long for every foot of vertical height. - **Chemical Suppressants**: These include deliquescent salts (like calcium chloride), which absorb moisture from the air, and synthetic polymers that create a “crust” on the soil. | Method | Effectiveness | Reapplication Frequency | |---|---|---| | Water Spraying | High (Initial) | Hourly/Daily | | Chemical Treatment | 30% – 80% | Seasonal/Monthly | | Mulching | 75% – 95% | Yearly | | Gravel/Stone | 95% | Rare | ## Optimizing Plant Performance with Automated Dust Controls While the methods above work for roads and construction sites, my specialty lies in the “heart” of the factory: the batching and weighing systems. This is where dust controls evolve from simple suppression to high-tech automation. ![automated ingredient batching system](https://storage.googleapis.com/ai-templates.appspot.com/bot/YUtz7bFuSHwb0FfmnSvz/customImages/BULKBAGMINORMICROSYSTEMCROP2-scaled_compressed.jpg "automated ingredient batching system") In many plants, the biggest source of dust is manual dumping. When an operator rips open a bag of powder and dumps it into a hopper, a cloud of “expensive” dust fills the air. This isn’t just a mess; it’s a loss of material. If your recipe calls for 50 lbs of an ingredient and 0.5 lbs floats away as dust, your batch is no longer accurate. ### Reducing Dust in Material Handling [Dust Containment for Ingredient Batching Systems](https://sterlingcontrols.com/blog/dust-containment-for-ingredient-batching-systems/) is achieved through better engineering. For example, [Reducing Dust in Bulk Bag Unloader](https://sterlingcontrols.com/blog/reducing-dust-in-bulk-bag-unloader/) systems involves using sealed connections and “spout clamps” that prevent leaks during the discharge process. By automating these transfers, you reduce the labor dependency and the human error that leads to spills. ### Integrating Automated Dust Controls into Batching Systems When you move from manual to automated batching, you gain significant control over your environment. I often help clients decide between Loss-in-Weight and Gain-in-Weight systems. - **Loss-in-Weight**: Ideal for continuous feeding, where the system measures how much material is leaving the feeder. It is highly accurate and usually fully enclosed, making it excellent for dust control. - **Gain-in-Weight**: Better for large batches where ingredients are added to a central scale. By implementing [Essential Dust Control Measures for Safe and Efficient Manufacturing](https://sterlingcontrols.com/blog/essential-dust-control-measures-for-safe-and-efficient-manufacturing/), you aren’t just cleaning the air; you are increasing throughput and consistency. Automated systems don’t get tired, they don’t sneeze into the batch, and they don’t leave the lid off the hopper. ### Developing a Comprehensive Dust Management Plan You can’t just throw a vacuum at the problem and hope it goes away. A professional approach requires a structured plan. Based on [Engineering Controls Database – Best Practices for Dust Control in Coal Mining – Surface Mines –Controlling Haulage Road Dust ](https://www.cdc.gov/niosh/engcontrols/ecd/detail71.html), an effective plan follows these steps: 1. **Site Survey**: Identify every point where dust is generated. Is it at the unloader? The mixer? The conveyor? 2. **Risk Assessment**: Prioritize areas based on health risks (silica) and explosion risks (combustible dust). 3. **Selection of Controls**: Choose the right tool for the job. You might use a windbreak for the yard but need a central vacuum system for the packaging line. 4. **Documentation and Training**: Ensure your team knows how to operate the **dust controls**. A HEPA filter does nothing if it’s clogged and never changed. 5. **Monitoring**: Use sensors to track air quality and system performance in real-time. For many older facilities, the choice is between a retrofit or a full system upgrade. A retrofit can add dust collection to existing hoppers, while a full upgrade might involve a completely automated, sealed batching line. While a full upgrade has a higher initial cost, the long-term savings in reduced scrap, lower labor costs, and improved batch accuracy usually provide a much better ROI. ### Conclusion At Sterling Systems & Controls, we believe that the best dust controls are the ones integrated directly into your process. We provide custom-engineered automated solutions for material weighing, batching, and process control across the food, feed, and chemical industries. By focusing on single-source, experienced solutions tailored to your specific objectives, we help you eliminate the operational pain of fugitive dust. Whether you are looking to upgrade an old manual process or design a new, state-of-the-art facility in Illinois, the US, or Canada, our goal is to improve your plant’s performance through precision and automation. If you are ready to take control of your environment, you can find [More info about dust control for powder handling](https://sterlingcontrols.com/industries-applications/industrial-processing/dust-control-for-powder-handling/) on our specialized application page. Let’s make your facility cleaner, safer, and more profitable. ### Frequently Asked Questions **How do dust controls improve batching accuracy?** Dust is literally “uncontrolled” material. When powder escapes as dust, it is no longer being weighed or accounted for in the final product. By using enclosed systems and vacuum extraction, you ensure that every gram of ingredient that leaves the bin ends up in the mixer. This leads to higher material retention, better weight precision, and a significant reduction in cross-contamination between different product runs. **What are the most cost-effective dust controls for unpaved roads?** The most immediate and cost-effective method is speed reduction; simply lowering vehicle speeds can cut emissions by over 60%. For a more “set it and forget it” approach, applying gravel or stone is highly effective, as it reduces soil loss by 95%. Moisture management through regular light watering is also effective, though it requires more labor than a one-time application of chemical palliatives or soil stabilizers. **Which regulations govern industrial dust controls?** In the United States and Canada, several bodies oversee dust: - **OSHA**: Sets Permissible Exposure Limits (PELs) for substances like respirable crystalline silica. - **EPA**: Regulates fugitive dust under the Clean Air Act to protect outdoor air quality and waterbodies. - **NFPA**: Standard 652 provides the framework for managing combustible dust hazards to prevent explosions. - **NIOSH**: Provides research-based recommendations and best practices for worker safety and engineering controls. **Categories:** Blog --- ### [The Ultimate Guide to Bakery Automation](https://sterlingcontrols.com/blog/dont-get-stale-with-manual-food-processing-systems/) **Published:** July 31, 2026 **Author:** p1ws **Excerpt:** Discover bakery automation: boost throughput, cut scrap & labor costs, ensure consistency with precision batching and robotic systems. **Content:** # The Ultimate Guide to Bakery Automation ## Why Bakery Automation Is Reshaping Modern Baking Operations Bakery automation refers to the use of machines, robots, software, and control systems to replace or assist manual tasks in baking production — from ingredient weighing and dough mixing to proofing, packaging, and quality inspection. **Here’s what bakery automation covers at a glance:** - **Ingredient batching** — precise, repeatable weighing of dry and liquid ingredients - **Dough handling** — automated mixing, dividing, shaping, and proofing - **Baking control** — recipe-driven oven temperature and time management - **Packaging and palletizing** — robotic pick-and-place, slicing, and pallet loading - **Quality inspection** — vision systems that detect defects, color, and weight variance - **Software integration** — centralized recipe management, ERP connectivity, and real-time KPI monitoring If you run a bakery production facility, you already know the pain. Skilled workers are harder to find every year. The American Bakers Association projects 53,500 unfilled bakery jobs in the US by 2030. Manual processes introduce inconsistency — a gram off on a micro-ingredient, a temperature deviation in the proofer, a missed weight check on the line. These small errors compound into real losses: wasted batches, rework, customer complaints, and missed throughput targets. At the same time, demand is growing. Markets for bread, pizza, pastries, and snacks are expanding globally. Production lines need to run faster, more reliably, and with less direct labor — without sacrificing the product quality your customers expect. *That’s exactly the problem bakery automation solves.* Food manufacturing currently accounts for only 3% of all industrial robot installations worldwide — which means most bakeries are still leaving significant efficiency gains on the table. The operations that move now are the ones that will be able to scale, compete, and protect their margins over the next decade. This guide walks through every layer of bakery automation: the equipment, the software, the batching systems, and the implementation decisions that determine whether a project delivers real ROI or falls short. ![Infographic showing bakery automation impact on throughput, consistency, labor, and waste reduction](https://images.bannerbear.com/direct/4mGpW3zwpg0ZK0AxQw/requests/000/145/680/841/KPbegp4noQkPPXBeYlVkN03vE/1d1f2312f535a7a1d13e7cc882ed3304111bba2e.jpg "Infographic showing bakery automation impact on throughput, consistency, labor, and waste reduction") ### The Strategic Shift to Bakery Automation For a long time, the word “automation” felt like a dirty word to some in the baking community. There was this fear that machines would strip the soul out of the bread. But as I’ve seen in my work at Sterling Systems & Controls, the reality is quite the opposite. Automation doesn’t replace the baker’s intuition; it protects it. When we talk about the strategic shift to bakery automation, we are talking about moving from a reactive environment to a proactive one. In a manual bakery, you’re often reacting to a batch that didn’t rise correctly or a line that’s running slow because someone called in sick. In an automated facility, you’re managing a system designed for excellence. One of the biggest drivers right now is labor dependency. It’s not just that workers are hard to find; it’s that manual baking is physically demanding. Lifting 50-pound bags of flour, repetitive dough shaping, and managing hot pans all day leads to fatigue and injury. By implementing robotic arms for heavy lifting or automated tray handling, you’re not just saving on labor costs; you’re significantly improving worker safety. ![robotic arm handling delicate pastries](https://images.bannerbear.com/direct/4mGpW3zwpg0ZK0AxQw/requests/000/145/680/882/Klp7yZbnLzXMMWel63jOX9rmG/89b0a0b4d4a644461abe7992113a85801fff3f46.jpg "robotic arm handling delicate pastries") Furthermore, maintaining artisanal quality during industrial scaling is one of the hardest tricks to pull off. I’ve seen bakeries struggle to replicate the perfect crust or crumb once they move from one oven to ten. This is where [Food and Baking Automation Enhancing Quality and Consistency](https://sterlingcontrols.com/blog/food-and-baking-automation-enhancing-quality-and-consistency/) comes into play. Automation ensures that the variables-time, temperature, and ingredient ratios-stay exactly where the master baker wants them, every single time. ### Scaling Production with Bakery Automation If you’re still using manual dough handling, you’ve likely hit a ceiling. There is only so much dough a human team can process before physics and fatigue take over. To meet rising market demand, especially in high-growth areas like the pizza market, you need speed. For broader industry context, the [International Federation of Robotics](https://ifr.org/) is a widely recognized source for global robotics adoption trends across manufacturing sectors. Modern automated dough handling systems can process up to 4,000 pounds of dough per hour. That’s a level of throughput that manual teams simply cannot touch. Automation solves the bottleneck by creating a continuous flow. Instead of waiting for a batch to be hand-divided, automated dividers and shapers keep the line moving at a constant pace. Flexible production lines are also a game-changer. In the past, an automated line was a “one-trick pony.” Today, modular systems allow you to switch from baguettes to ciabatta with a few screen taps and a quick accessory change. This flexibility means you can say “yes” to more customers without needing to build a whole new wing on your factory. ### Software and AI in Bakery Automation I often tell my clients that the hardware is the body, but the software is the brain. In May 2026, we are seeing AI play a massive role in how bakeries operate. Centralized recipe management is the foundation. When you update a recipe in your main office in Sterling, Illinois, it should instantly update on the plant floor in Canada. No more paper binders, no more “I thought we used the old version of the recipe.” Seamless ERP integration allows your production data to talk to your business data. If you’re running low on a specific minor ingredient, the system knows it before the operator does. Real-time monitoring of plant floor KPIs (Key Performance Indicators) gives plant managers the “God view” of their operation. You can see exactly where a bottleneck is forming or if an oven is consuming more energy than it should. AI is even being used for visual inspection. Advanced vision systems use AI to visually inspect every loaf for rise, symmetry, and crust color. If a loaf doesn’t meet the standard, the system flags it. This level of data-driven decision-making turns a bakery into a high-precision manufacturing facility. ## Core Processes and Equipment in Modern Baking To understand how to automate, we have to look at the core processes. It starts with the ingredients. If your “scaling” involves a guy with a scoop and a floor scale, you’re losing money. Precision ingredient scaling is the first step in [Bakery Batching](https://sterlingcontrols.com/industries-applications/baking-food-processing/bakery-batching/). From there, we move to automated dough mixing. A [Mixer Control Bakery](https://sterlingcontrols.com/industries-applications/baking-food-processing/mixer-control-bakery/) system doesn’t just turn the beaters; it monitors dough temperature and energy absorption to ensure the gluten develops perfectly. Once mixed, the dough moves to dividing and shaping. High-performance automation solutions for pastry production offer conveyor speeds up to 10 meters per minute, handling everything from puff pastry to pizza dough. This equipment takes the heavy, repetitive work of laminating and sheeting and turns it into a high-speed, high-accuracy process. ### Robotic Handling and Packaging Integration Robotics has moved from the automotive industry straight into the bakery. We now use Delta robots—those high-speed, spider-like machines—for pick-and-place packaging. They can gently grab a delicate pastry and place it into a plastic tray faster than the human eye can follow. For the heavier stuff, articulated arms handle the “end-of-line” tasks. Robotic stackers and unstackers are a perfect example. They handle pans and lids with a level of gentleness that actually extends the life of your expensive pans. No more banging, no more denting—just precise, robotic movement. Even the simple act of moving trays can be automated. Automatic tray loading robots can handle up to 180 trays per hour, swapping out baking trolleys in just 15 seconds without stopping the system. This is how you achieve 24/7 production without burning out your staff. ### Automated Quality Control and Vision Systems Quality control used to be a guy at the end of the line looking for burnt loaves. Now, it’s high-speed cameras and sensors. Vision systems can check the “bake color” of every single bun. If the buns are coming out too pale, the system can automatically adjust the oven temperature or belt speed. Even the finishing steps are being transformed. Automated bread slicers and industrial crust removal systems don’t just slice; they can automatically remove crust waste, keeping your line clean and your product consistent. By reducing product giveaway through automated inspection and precision slicing, you’re directly increasing your bottom line. ## Optimizing Plant Performance with Precision Batching If there is one thing I want you to take away from this guide, it’s this: Your bakery is only as good as your batching. You can have the fanciest oven in the world, but if the ingredient ratios are wrong, the bread will be wrong. Let’s look at the difference between manual and automated batching: | Feature | Manual Batching | Automated Batching | |---|---|---| | **Accuracy** | Subject to human error (+/- 2-5%) | High precision (+/- 0.1% or better) | | **Traceability** | Paper logs (often incomplete) | Full digital audit trail | | **Speed** | Slow, dependent on operator | Rapid, continuous flow | | **Waste** | High (spillage, over-pours) | Minimal (controlled dispensing) | | **Labor** | High (requires multiple staff) | Low (monitored by one person) | In a [Baking Industry Upgraded Batching Solution](https://sterlingcontrols.com/case-study/baking-industry-upgraded-batching-solution/), we focus on removing the “oops” factor. When an operator is tired at 4:00 AM, it’s easy to lose count of how many scoops of salt went into the mixer. An automated system doesn’t get tired. It weighs every gram and records every action. ### Accuracy and Scrap Reduction Scrap is the silent killer of bakery profits. Whether it’s dough that didn’t rise or product that was weighed incorrectly and had to be thrown out, it all adds up. [Precision in Food Processing How Automated Weighing and Ingredient Batching Improve Quality and Efficiency](https://sterlingcontrols.com/blog/precision-in-food-processing-how-automated-weighing-and-ingredient-batching-improve-quality-and-efficiency/) is about more than just being “neat.” It’s about yield. We typically look at two types of systems: 1. **Gain-in-weight:** Ingredients are added to a vessel that sits on a scale. It’s simple and effective for many applications. 2. **Loss-in-weight:** The entire supply hopper is on scales, and we measure how much weight *leaves* the hopper. This is incredibly accurate for continuous processes and micro-ingredients. Handling minor and micro ingredients (like vitamins, enzymes, or salt) is where the real magic happens. These ingredients are used in tiny amounts but have a massive impact on the final product. A [Minor Ingredient System Foods](https://sterlingcontrols.com/industries-applications/baking-food-processing/minor-ingredient-system-foods/) ensures these are dispensed with surgical precision, reducing scrap and ensuring every loaf tastes exactly like the last one. ## Implementation Strategies and ROI I know what you’re thinking: “This sounds expensive.” And yes, bakery automation requires capital expenditure. But the real question is, what is the cost of *not* automating? If you’re losing 3% of your product to scrap and paying overtime every weekend because you’re short-staffed, you’re already paying for an automation system—you just don’t own one yet. Calculating the payback period is essential. Most of our clients see a full ROI within 18 to 24 months, depending on the scale of the system. The ROI comes from three main buckets: - **Labor savings:** Reducing the number of touches per product. - **Ingredient savings:** Eliminating “giveaway” and over-pouring. - **Capacity increase:** Running the line faster and for longer hours. Don’t forget workforce training. Your team shouldn’t fear the robots; they should be trained to manage them. Moving a worker from “flour scooper” to “automation technician” is a win for their career and your retention rates. For more on this, check out [Upgrading Bakery Batching System](https://sterlingcontrols.com/blog/upgrading-bakery-batching-system/). ### Retrofit vs. Full System Upgrade You don’t always need to tear everything down and start over. Many bakeries benefit from a “controls upgrade.” If your mixers and ovens are mechanically sound but their brains are 20 years old, we can retrofit them with modern PLC controls and software. [Mixer Bowl Batching Upgrades](https://sterlingcontrols.com/industries-applications/baking-food-processing/mixer-bowl-batching-upgrades/) are a great way to start. You keep your existing mixer but add an automated ingredient delivery system. This modular expansion strategy allows you to scale at your own pace while minimizing downtime during installation. ### Frequently Asked Questions **What are the primary benefits of automating a bakery?** The big three are consistency, throughput, and cost reduction. You get a product that is identical every time, you can produce much more of it in the same amount of time, and you reduce the costs associated with labor, waste, and energy. **How does automation address the current labor shortage in the baking industry?** Automation takes over the “3D” jobs: Dull, Dirty, and Dangerous. By automating repetitive tasks like tray loading, pan stacking, and ingredient scaling, you reduce the number of people needed to run a line. This allows your existing staff to focus on higher-value tasks like quality assurance and R&D. **Can artisanal bakeries benefit from automation without losing product quality?** Absolutely. In fact, many artisanal bakeries use automation to *improve* quality. By automating the temperature and humidity in proofing or the precision of ingredient scaling, you remove the environmental variables that often cause “bad batches.” This lets the artisanal baker focus on the recipe and the creative side of the business. ## Conclusion At Sterling Systems & Controls, we’ve spent decades helping bakeries across the United States and Canada transition into the modern era. We don’t believe in “off-the-shelf” solutions because we know no two bakeries are the same. Whether you’re a mid-sized operation in Illinois looking to automate your first line or a large industrial facility in Canada needing a full batching overhaul, we provide custom-engineered solutions that fit your specific goals. We are your single-source provider for bakery automation, integrating everything from the raw ingredient intake to the final control software. Our goal is simple: to help you bake better, faster, and more profitably. [More info about batching and weighing services](https://sterlingcontrols.com/products-capabilities/batching-weighing/) If you’re ready to stop fighting your production line and start growing your business, let’s talk. The future of baking is automated—and it’s a lot more exciting (and profitable) than you might think. **Categories:** Blog --- ### [From Bag to Batch: The Ultimate Bulk Bag Hopper Selection Guide](https://sterlingcontrols.com/blog/from-bag-to-batch-the-ultimate-bulk-bag-hopper-selection-guide/) **Published:** March 18, 2026 **Author:** p1ws **Excerpt:** Why Bulk Bag Hoppers Are Critical to Your Material Handling Process A bulk bag hopper is the receiving vessel that sits beneath a suspended bulk bag (FIBC) to catch and contain discharged material before it moves to downstream processing equipment. **Content:** # From Bag to Batch: The Ultimate Bulk Bag Hopper Selection Guide ## Why Bulk Bag Hoppers Are Critical to Your Material Handling Process A **bulk bag hopper** is the receiving vessel that sits beneath a suspended bulk bag (FIBC) to catch and contain discharged material before it moves to downstream processing equipment. It’s a key component in any bulk bag unloading system, bridging the gap between bag discharge and your conveyors, feeders, or batching systems. **Quick Answer: What You Need to Know About Bulk Bag Hoppers** - **Primary Function**: Contain material discharged from bulk bags and regulate flow to downstream equipment - **Common Types**: Surge hoppers (simple storage), agitator hoppers (for difficult materials), weigh batch hoppers (for precise batching) - **Key Features**: Dust-tight seals, flow control valves, vibration systems, sanitary construction options - **Capacity Range**: Typically 37 to 200 cubic feet depending on application - **Integration Points**: Screw conveyors, pneumatic systems, rotary airlocks, feeders If you’re handling dry bulk materials like powders, granules, or pellets in your food, chemical, or agricultural operation, you already know the challenge. Manual scooping is slow and messy. Leaving bags on the floor invites moisture and contamination. Poor discharge control creates dust clouds and material waste. The right bulk bag hopper solves these problems. It keeps material contained, promotes consistent flow even with difficult products, and integrates seamlessly with your existing process equipment. You can unload bags weighing up to 4,000 pounds safely and efficiently while meeting sanitary standards and controlling dust. But not all hoppers are created equal. The surge hopper that works for free-flowing pellets will fail miserably with sticky powders that bridge and rathole. The design that’s perfect for a forklift-loaded system won’t fit under your low ceiling. And if you need accurate batching for recipe formulations, you’ll need load cells and controls that most basic hoppers don’t include. This guide breaks down everything you need to know about selecting and integrating the right bulk bag hopper for your specific application. ![Infographic showing the bulk bag unloading process in 4 steps](https://images.bannerbear.com/direct/4mGpW3zwpg0ZK0AxQw/requests/000/124/245/085/KPbegp4noQkWV3RMQlVkN03vE/f68ec4c7c501727e7c6b99d452c68e2d22b1c17d.jpg "Infographic showing the bulk bag unloading process in 4 steps") ## Anatomy of a Bulk Bag Unloading System When we talk about a bulk bag hopper, we’re often referring to a critical part of a larger system. A bulk bag discharger, also known as an [FIBC (Flexible Intermediate Bulk Container)](https://en.wikipedia.org/wiki/Flexible_intermediate_bulk_container) unloader, is a comprehensive piece of material handling equipment designed to safely and efficiently empty bulk bags. It typically consists of several key components working in concert: a support framework, a lifting mechanism, the bulk bag hopper itself, and a discharge interface. Understanding these components is crucial for successful material handling. For a deeper dive into these systems, explore our insights on [Bulk Bag Unloading Systems](https://sterlingcontrols.com/blog/bulk-bag-unloading-systems/). ### The Support Frame and Lifting Mechanism The foundation of any bulk bag unloading system is its support frame. This frame provides the structural integrity to safely hold a bulk bag, which can weigh up to 4,000 pounds (1814 kg). These frames are often constructed with heavy-duty structural tubing, ensuring durability and stability during operation. We see various designs to accommodate different plant layouts and operational needs: - **Standard Frames:** These are robust, typically fixed structures designed for straightforward bulk bag unloading. - **Cantilever Frames:** Offering flexibility, these allow for easier access for forklifts or other equipment. - **3-Piece Designs:** For facilities with low ceiling heights, these modular frames can be assembled in sections, enabling bag replacement at ground level for improved safety and simplicity. This innovative design helps overcome spatial constraints without compromising functionality. The method of loading a bulk bag onto the frame is also a key consideration: - **Forklift Loading:** Many systems are designed with forklift pockets, allowing a forklift to position the bag directly onto the frame. Some even feature adjustable upper frame sections, providing up to 36 inches of height adjustment to suit various bag sizes and forklift capabilities. - **Dedicated Hoist Loading:** For operations requiring consistent, repeatable lifting, a dedicated hoist and trolley system can be integrated. These A-frame designs typically have a capacity of 4,000 pounds and ensure precise bag positioning. - **Customer-Supplied Hoist Loading:** Our systems can also be designed to integrate with an existing overhead crane or hoist system already in your facility. Regardless of the loading method, the bulk bag hangers are crucial. They secure the bag’s lifting loops. Some advanced hangers include loop retractors, which draw the corners of the bulk bag upward and inward as material discharges. This action forms the bag into a conical shape, significantly improving material flow and promoting complete discharge, especially for materials prone to bridging or rat-holing. ### The Hopper and Discharge Interface The bulk bag hopper is where the magic happens – it’s the bridge between the bulk bag and your process. Its primary role is material containment and to provide a surge capacity, ensuring a continuous flow of product to downstream equipment even during bag changeovers or slight material flow interruptions. The design of the hopper’s discharge interface is critical for efficient and dust-free operation. This is where we control the flow of material from the bag into your system. Common interfaces include: - **Spout Clamp Systems:** These create a dust-tight seal around the bag’s discharge spout, preventing fugitive dust emissions and material contamination. Our spout clamping systems are designed to elongate the bag, creating a taut, conical shape that accelerates material discharge while maintaining a secure seal. - **Iris Valves:** These adjustable valves allow for precise control over the material flow rate, enabling operators to partially discharge a bag or meter material as needed. - **Pinch Valves:** Similar to iris valves, pinch valves offer excellent flow control and can completely shut off material flow, often used for more abrasive materials. - **Access Chambers:** These enclosures provide a safe and contained space for operators to untie bag spouts, further reducing dust exposure and enhancing safety. For applications requiring the highest levels of cleanliness, such as food or pharmaceutical processing, our [food-grade bulk bag unloading systems](https://sterlingcontrols.com/blog/bulk-bag-unloading-systems-for-food/) incorporate specialized hoppers with polished contact surfaces and clean-in-place (CIP) designs. ## How to Select the Perfect Bulk Bag Hopper Choosing the right bulk bag hopper is paramount to the success of your material handling operation. It’s not a one-size-fits-all solution. Our selection process begins with a thorough understanding of your specific material, bag characteristics, and throughput requirements. For unique challenges, we specialize in [custom bulk bag unloader](https://sterlingcontrols.com/blog/custom-bulk-bag-unloader/) designs. - **Material Characteristics:** Is your material free-flowing like pellets or granular products, or is it cohesive, sticky, or prone to compaction like certain powders or flaked materials? This dictates the hopper’s angle and the need for flow aids. - **Bulk Density:** The density of your material impacts the required hopper volume and structural strength. - **Flow Properties:** Understanding how your material behaves under gravity is key to preventing common issues like bridging (where material forms an arch above the discharge opening) or rat-holing (where material flows only through a narrow channel, leaving product stuck to the hopper walls). - **Bag Specifications:** The type of bulk bag you use (size, spouted or unspouted, with or without liners) directly influences the hopper’s interface design. - **Throughput Requirements:** How many bags per hour do you need to unload? This helps determine the hopper’s surge capacity and the speed of the discharge mechanism. ### Key Design Aspects of a Bulk Bag Hopper The construction and design of the bulk bag hopper play a critical role in its performance and longevity. - **Construction Materials:** - **Stainless Steel:** Often chosen for food, pharmaceutical, and chemical applications where hygiene, corrosion resistance, and ease of cleaning are paramount. We can provide polished product contact surfaces to meet stringent sanitary standards. - **Mild Steel:** A cost-effective option for less demanding industrial applications, offering durability and strength for a wide range of dry bulk materials. - **Hopper Angle:** The angle of the hopper walls is crucial for promoting material flow. Steeper angles (typically 60 degrees or more) are required for poorly flowing materials to prevent bridging and ensure complete discharge. For free-flowing materials, a less steep angle may suffice. - **Discharge Opening Size:** This must be appropriately sized to prevent material bridging at the outlet while still allowing for controlled flow. Too small, and you’ll have blockages; too large, and you might struggle with flow control. - **Sanitary Design:** In industries like food processing, our hoppers are designed with smooth, crevice-free surfaces, minimal seams, and often feature clean-in-place (CIP) capabilities for quick and effective washing. This ensures product integrity and prevents bacterial growth. - **Polished Surfaces:** For the most demanding sanitary applications, internal product contact surfaces can be polished to a specific finish (e.g., mirror finish) to prevent material adhesion and facilitate cleaning. For a closer look at how these design elements contribute to various unloader configurations, see our guide on [A look at various unloader designs](https://sterlingcontrols.com/blog/bulk-bag-unloading-systems/). ### Matching the Hopper to Your Bulk Bag Type The type of bulk bag you use is a primary factor in determining the optimal hopper design. - **Spouted Bags:** These are the most common type, featuring a discharge spout at the bottom. Our hoppers are typically designed to interface directly with this spout using a spout clamp system, iris valve, or pinch valve for controlled, dust-free discharge. - **Flat Bottom Bags (Unspouted Bags):** For bags without a discharge spout, a specialized approach is needed. Bulk bag piercing hoppers are an excellent solution. These hoppers feature integrated cutting knives that automatically cut a square flap into the bottom of the bag, allowing material to discharge into the hopper below. One such system can handle up to 37 cubic feet and cut a 25-inch square flap, making it versatile for various unspouted bags. - **Liner Handling:** If your bulk bags contain internal liners, the hopper design must accommodate them to prevent the liner from inverting through the bag spout during discharge. Features like bag support pans help manage the liner and ensure smooth material flow. - **Bag Support Pan:** This feature provides additional support to the bulk bag’s bottom, which can be particularly useful for ensuring complete discharge or when dealing with bags that might deform under load. For comprehensive information on how different bag types integrate with complete material handling systems, refer to our [Information on complete handling systems](https://sterlingcontrols.com/products-capabilities/bulk-bag-handling-systems/). ## Enhancing Flow and Efficiency with Key Accessories Even with a perfectly designed bulk bag hopper, some materials are just plain stubborn. They bridge, they rathole, they compact. These are what we affectionately call “difficult-to-handle materials.” But don’t worry, we have a whole arsenal of accessories and flow aids designed to coax even the most recalcitrant materials out of their bags and into your process. This material conditioning is essential for consistent and efficient operation. For more on tackling these challenges, check out our insights on [Bulk Bag Discharging](https://sterlingcontrols.com/blog/bulk-bag-discharging/). ![agitator paddles - bulk bag hopper](https://images.bannerbear.com/direct/4mGpW3zwpg0ZK0AxQw/requests/000/124/245/089/9e2VGL0qn6VmwNgdzEAv5mxr1/73e56c673d8d8a619b68a2c7ae585eeab28c55d0.jpg "agitator paddles - bulk bag hopper") ### Mechanical Flow Aids When gravity isn’t enough, mechanical intervention is often the answer. These accessories work directly with the material to break up compaction and maintain flow. - **Paddle Agitators:** These are internal mechanical agitators, often paddle-style or ribbon-style, engineered to eliminate material bridging and rat-holing within the hopper, ensuring a consistent supply. They physically agitate the material to keep it moving. - **Vibrating Discharge Pans:** A vibratory discharge pan or tray can be mounted beneath the hopper. These systems use vibration to fluidize the material and promote a steady flow, especially effective for powders and granular products that tend to compact. - **Side Puncher Paddles:** These external paddles “punch” the sides of the bulk bag to dislodge material that might be clinging to the bag walls or forming bridges. - **Deblocking Rams:** For extremely solidified or rock-like material, deblocking rams are powerful hydraulic or pneumatic cylinders designed to fracture hardened clumps into smaller, manageable pieces, ensuring they can pass through the discharge opening. - **Conditioning Rams:** Similar to deblocking rams but for less agglomerated material, conditioning rams gently massage or push the material within the bag to prevent bridging and promote continuous flow. Here’s a quick list of common mechanical flow aids we employ: - Agitator Paddles (paddle-style, ribbon-style) - Vibrating Discharge Pans - Side Puncher Paddles - Deblocking Rams (for solidified material) - Conditioning Rams (for less agglomerated material) ### Pneumatic and Other Flow Improvers Beyond direct mechanical action, other ingenious methods exist to improve material flow. - **Fluidized Particle Aeration:** This involves introducing controlled bursts of air into the hopper or directly into the material. The air fluidizes the particles, reducing friction and allowing the material to flow more like a liquid. This is particularly effective for fine powders. - **Bag Massagers:** These systems use inflatable bladders or massage paddles, often pneumatic or hydraulic, mounted on the sides of the bulk bag. They inflate and deflate, gently massaging the bag to break up compacted material and push it towards the discharge spout. Heavy-duty massage paddles can be powered by hydraulic units. - **Bag Stretching Devices:** Some systems incorporate features like loop retractors on bag hangers or other specialized devices that physically stretch the bulk bag into a taut, conical shape as it empties. This action helps to eliminate dead spots, prevent material from clinging to the bag’s corners, and ensures total evacuation, especially when combined with bag activators that raise and lower the bottom edges of the bag. For more insights on how these components work together, explore the [Details on a specific unload hopper](https://sterlingcontrols.com/blog/bulk-bag-unloading-systems/). ## Integrating Your Hopper for System-Wide Efficiency A bulk bag hopper doesn’t operate in isolation; it’s a critical link in your overall material handling chain. Effective process integration and automation are what transform a simple unloading station into a highly efficient, cost-effective, and reliable system. By seamlessly connecting your hopper to downstream equipment and integrating it with advanced controls, we can significantly boost your operational efficiency. For a broader perspective on how these systems fit together, read about [Bulk Bag Handling Systems](https://sterlingcontrols.com/blog/bulk-bag-handling-systems/). ### Connecting to Downstream Equipment Once material is discharged from the bulk bag into the hopper, it needs to be conveyed to the next stage of your process. The hopper’s design must be compatible with your chosen conveying method. - **Screw Conveyors:** These are common for transporting dry bulk materials horizontally or at an incline. The hopper’s discharge outlet is designed to feed directly into the screw conveyor’s inlet, ensuring a consistent material supply. - **Pneumatic Conveying:** For moving materials over longer distances or to liftd points, pneumatic conveying systems use air to transport particles. The hopper can feed into a rotary airlock, which then introduces the material into the pneumatic line while maintaining pressure differences. - **Feeders:** Various types of feeders (e.g., vibratory feeders, volumetric feeders) can be positioned beneath the hopper to precisely meter material into the next process step. Vibratory feeders, for instance, can meter bulk materials at rates from 1,000 pounds per hour to 1,600 tons per hour, depending on the application. **Here’s a comparison of common hopper types and their applications:** | Hopper Type | Primary Function | Ideal Application | Integration Points | |---|---|---|---| | **Surge Hoppers** | Temporary storage, buffer between bag and process | Free-flowing materials, consistent supply to conveyor | Screw conveyors, pneumatic lines, simple feeders | | **Agitator Hoppers** | Prevent bridging/rat-holing, maintain flow | Cohesive powders, flakes, materials prone to compaction | Any downstream conveyor/feeder needing consistent flow | | **Weigh Batch Hoppers** | Precise measurement of discharged material | Recipe formulation, batching, inventory control | Load cells, PLC controls, batching systems | We often design combination hoppers that allow for the manual introduction of smaller material volumes (minor ingredients) alongside bulk bag discharge, providing flexibility in your process. For specific applications like feed batching, integrating a bulk bag hopper with a precise feeding system is vital, as detailed in our article on [feed batching applications](https://sterlingcontrols.com/industries-applications/feed-milling-pet-food-manufacturing/feed-batching-using-bulk-bags/). ### Integrating a Weigh Batching Bulk Bag Hopper For applications demanding high accuracy, such as recipe formulation or inventory control, a weigh batching bulk bag hopper is indispensable. This system integrates the hopper with a weighing mechanism, typically load cells, to precisely measure the amount of material discharged. **We generally implement two main types of weigh batching systems:** - **Loss-in-Weight Systems:** In these systems, the entire bulk bag unloader and hopper assembly are mounted on load cells. As material is discharged, the system continuously monitors the weight reduction. A controller stops the discharge when the target batch weight (the “loss”) has been reached, providing highly accurate dispensing. - **Gain-in-Weight Systems:** Here, the receiving vessel (e.g., a mixer, another hopper, or a conveyor section) is placed on load cells. Material is discharged from the bulk bag hopper until the target weight (the “gain”) is achieved in the receiving vessel. This method is often used when multiple ingredients are being batched into a central vessel. The real power of these systems comes with PLC interfacing. Our custom-engineered automated solutions ensure that the weighing process is seamlessly integrated into your overall plant control system. This allows for automated batching, recipe management, and accurate data collection, leading to improved process performance and reliable production data throughout your enterprise. For more on this, explore our Bulk Bag Unloading and Weighing System. Even for micro and minor ingredients, precise control is achievable with systems that integrate bulk bags, as shown in our Micro and minor ingredient systems case study. ## Safety, Maintenance, and Dust Control Best Practices In any industrial setting, especially when handling bulk materials, operator safety, plant hygiene, and compliance with regulations are non-negotiable. Our approach to bulk bag hopper design and system integration prioritizes these aspects, ensuring a safe, clean, and efficient working environment. Proper maintenance is also key to ensuring years of trouble-free service from your equipment. For practical advice on keeping things tidy, refer to our article on [Reducing Dust in Bulk Bag Unloader](https://sterlingcontrols.com/blog/reducing-dust-in-bulk-bag-unloader/). ### Dust Containment Features Dust generated during bulk bag unloading can pose health risks, lead to product loss, and even create explosive environments. Effective dust containment is a cornerstone of our designs. - **Dust-Tight Seals:** At the heart of dust control are robust seals at all interfaces, particularly where the bulk bag spout connects to the hopper. Spout clamping systems, for example, create a secure, dust-tight connection. - **Integrated Dust Collectors:** Many of our systems incorporate or can be integrated with dedicated dust collection systems. Vented ports on the hopper or access chamber connect to these collectors, drawing away airborne particles during discharge and bag untying. - **Access Chambers:** These enclosed spaces provide a contained environment for operators to safely untie the bulk bag spout without exposing the surrounding area to dust. - **Dust Suppression Membranes:** Some advanced hoppers include dust suppression membranes that manage the risk of dust escape, further enhancing containment. These features contribute not only to a cleaner plant but also to better product quality by preventing cross-contamination. For a broader view of how we manage materials, including dust, consider our insights on [bulk bag packaging](https://sterlingcontrols.com/blog/bulk-bag-packaging-systems/). ### Safety and Maintenance Protocols Safety is engineered into every aspect of our bulk bag handling systems. We understand that operators need to interact with heavy equipment, often at height, and with potentially hazardous materials. - **Safety Interlocks:** Our systems incorporate safety interlock switches at guarded areas such as doors, panels, or gates. These interlocks disable mechanical equipment within reach of an operator if the guarded area is opened, preventing accidents. - **Ground-Level Controls:** For hoist-loaded systems, we often position hoist controls away from the bulk bag loading area, typically mounted to the rear lower framework. This ensures operators are not standing directly under a suspended bag during lifting, enhancing their safety. Furthermore, designs that allow for bag replacement at ground level simplify handling and improve overall safety. - **Certified Lifting Frames:** All lifting devices and frames are designed and certified to meet local lifting codes and safety standards, ensuring that bulk bags are securely supported from top to bottom. - **Routine Inspection Points:** We design our equipment with easily accessible inspection points to facilitate routine checks of wear parts, seals, and structural integrity. - **Wear Part Replacement:** Like any industrial machinery, bulk bag hoppers and their accessories have wear parts. Our designs emphasize modularity and ease of access for quick replacement of components like seals, valves, or vibrator elements, minimizing downtime and extending the lifespan of your system. - **Maintenance Requirements:** Regular cleaning, especially for sanitary applications with CIP features, and periodic lubrication of moving parts are essential. We provide clear guidelines to ensure your system continues to run smoothly for years. By adhering to these rigorous safety and maintenance protocols, we help you create an operational environment that protects your workforce and your investment. To explore the full range of options for safe and efficient unloading, visit our page on [various unloader options](https://sterlingcontrols.com/products-capabilities/bulk-bag-handling-systems/). ## Conclusion The journey “From Bag to Batch” is a critical one for many industries, and the bulk bag hopper stands as a pivotal component in this process. We’ve explored how a well-chosen and properly integrated hopper can transform your material handling, moving from messy, inefficient manual operations to automated, dust-free, and precise material delivery. At Sterling Systems & Controls, our expertise lies in providing custom-engineered automated solutions for material weighing, batching, and process control. We pride ourselves on offering single-source, experienced solutions custom to your unique objectives, integrating diverse process equipment seamlessly. Whether you’re dealing with free-flowing pellets, sticky powders, or materials requiring precise batching, we have the knowledge and technology to design a bulk bag hopper system that meets your specific needs in the United States and Canada. A properly selected and integrated hopper is truly the key to open uping efficiency in your bulk material handling process. It improves safety, controls dust, ensures consistent material flow, and integrates flawlessly with your downstream equipment, ultimately contributing to significant cost-effectiveness and operational excellence. We invite you to [explore our custom bulk bag unloading solutions](https://sterlingcontrols.com/products-capabilities/bulk-bag-handling-systems/bulk-bag-unloading/) to see how we can optimize your operations. For a complete understanding of bulk bag material handling, from filling to unloading, don’t miss our comprehensive overview: [From filling to unloading](https://sterlingcontrols.com/blog/bulk-bag-handling-from-filling-to-unloading/). **Categories:** Blog --- ### [A Comprehensive Guide to Bulk Process Equipment](https://sterlingcontrols.com/blog/why-bulk-process-equipment-is-the-weightiest-topic-in-industry/) **Published:** July 14, 2026 **Author:** p1ws **Excerpt:** When we talk about bulk process equipment, we are describing the specialized industrial machinery designed to handle large quantities of materials, specifically dry bulk solids, powders, granules, and even certain liquids. **Content:** # A Comprehensive Guide to Bulk Process Equipment When we talk about bulk process equipment, we are describing the specialized industrial machinery designed to handle large quantities of materials, specifically dry bulk solids, powders, granules, and even certain liquids. In my experience, these systems aren’t just machines; they are the functional veins and arteries of an industrial plant. This field is broadly known as [bulk material handling](https://en.wikipedia.org/wiki/Bulk_material_handling). The primary functions of this equipment include storage, transfer, feeding, and processing. Whether you are in food processing, chemical manufacturing, mining, pharmaceuticals, or agriculture, the goal is the same: to move material from point A to point B while maintaining its integrity and ensuring the final product meets exact specifications. ### Solving the Challenge of Inconsistent Flow One of the biggest operational pain points I see in facilities today is inconsistent material flow. If your powder clumps or your granules don’t move smoothly through the hopper, your entire line stops. Manual handling is another major risk; relying on operators to physically dump bags into mixers leads to ergonomic injuries, dust exposure, and inevitable human error. Bulk process equipment automates these dangerous and tedious tasks, replacing manual labor with reliable, repeatable mechanical or pneumatic force. ## Core Types of Bulk Process Equipment Selecting the right equipment starts with understanding how your material behaves. Not all powders are created equal, some flow like water, while others are sticky and prone to bridging. ![pneumatic and mechanical conveying systems](https://images.bannerbear.com/direct/4mGpW3zwpg0ZK0AxQw/requests/000/145/680/024/DqR2v1kNaYM009xmQ8epZrOWP/e01fdad3513369555f36dd41181294ee501381a6.jpg "pneumatic and mechanical conveying systems") ### Pneumatic and Mechanical Conveying Conveying is the heart of material transfer. - Pneumatic Conveying: This uses air pressure or vacuum to move materials through enclosed pipes. It is ideal for powders and fine granules where dust containment is a priority. - Mechanical Conveying: This involves physical contact, such as screw conveyors, drag conveyors, or belt systems. For example, mechanical conveyors can transport large amounts of product horizontally, vertically, or at steep inclines, making them incredibly versatile for heavy or abrasive materials. ### Dust Collection and Vibratory Systems Dust is more than just a nuisance; it is a safety hazard and a sign of wasted product. Effective dust collection systems use a capture, convey, and collect formula to keep the air clean. Meanwhile, vibratory systems, including feeders, screeners, and tables, use high-frequency vibrations to prevent blockages and ensure consistent dosing. High-performance vibrating motors can deliver massive force (up to 40,700 lbs in some 8-pole configurations) to keep even the most stubborn materials moving. ### Size Reduction Sometimes materials arrive in a form that is too large for the next process stage. High-capacity pulverizers, such as the Model F Pulva Sizer, can offer up to 75% more capacity than standard models while maintaining precise particle size control. These are essential for industries like recycling or chemical manufacturing where uniform texture is non-negotiable. For handling the beginning of the process, [Bulk Bag Unloading Systems](https://sterlingcontrols.com/blog/bulk-bag-unloading-systems/) are critical for safely and efficiently introducing raw materials into these conveying streams. ### Mixing and Blending Solutions Achieving a homogeneous blend is often the most difficult part of processing. If your ingredients aren’t mixed perfectly, your product quality suffers. - High Shear Batch Mixers: These are a game-changer. Some high shear mixers can cut processing times by up to 90% compared to conventional stirrers. They use a multistage mixing action (intake, initial shear, and hydraulic shear) to eliminate fish eyes and agglomerates. - Jumbo Quick Mixers: For high-volume batch mixing (up to 25,000 lbs), vertical auger systems with dispersion paddles can ensure a uniform mix in just minutes. Integrating these mixers into automated process lines eliminates the human factor, ensuring that every batch is identical to the last. ### Storage and Discharge Systems Storing dry bulk solids requires more than just a big tank. Silos and hoppers must be designed to address bridging (where material forms an arch over the outlet) and ratholing (where only a small center channel flows). - 60-Degree Hopper Cones: I often recommend a 60-degree slope for hoppers to promote continuous flow for semi-free-flowing materials. - Discharging: When you’re working with FIBCs (Flexible Intermediate Bulk Containers), professional [Bulk Bag Discharging](https://sterlingcontrols.com/blog/bulk-bag-discharging/) systems use agitation and dust-tight seals to ensure the bag empties completely without making a mess. ## Optimizing Efficiency with Automated Bulk Process Equipment The transition from manual to automated systems is where the most significant ROI is found. When I look at plant performance, the difference is night and day. ![Comparison of manual vs automated batching systems](https://images.bannerbear.com/direct/4mGpW3zwpg0ZK0AxQw/requests/000/145/679/988/NgL30amMOYe88gBjQprJxBoye/762f504a9510a4dbbb5c3cd01c02b557941de3af.jpg "Comparison of manual vs automated batching systems") | Feature | Manual Batching | Automated Batching | |---|---|---| | **Throughput** | Limited by human speed | Optimized for machine capacity | | **Consistency** | High variability (human error) | Precise and repeatable | | **Labor Dependency** | High (requires constant attention) | Low (monitored by exception) | | **Scrap/Waste** | High (overpours/spills) | Minimal (precision dosing) | | **Data Tracking** | Paper-based/Manual entry | Real-time digital logging | By implementing [Bulk Bag Packaging Systems](https://sterlingcontrols.com/blog/bulk-bag-packaging-systems/), you can close the loop on your production line, ensuring that the efficiency gained in mixing isn’t lost during the final packaging stage. ### Precision Weighing and Batching with Bulk Process Equipment Accuracy in weighing is the difference between profit and loss. We typically evaluate two main methods: 1. **Gain-in-Weight (GIW):** The receiving vessel is placed on load cells, and ingredients are added one by one. This is cost-effective for many applications. 2. **Loss-in-Weight (LIW):** The supply hopper itself is weighed, and the system measures how much material leaves. This is generally more accurate for continuous processes and micro-ingredient batching. Using micro-ingredient batching systems, an industry standard pioneered by innovators in the field, allows for lightning-fast loading. For instance, some weigh lorry systems can load a 9-compartment truck in just 8 minutes, which is up to 5x faster than the national average. This precision reduces raw material waste and ensures that expensive additives are used exactly as intended. A [Bulk Bag Unloading and Weighing System](https://sterlingcontrols.com/blog/bulk-bag-unloading-and-weighing-system/) integrates these two critical functions into one seamless step. ### Handling Dry Bulk Solids and Powders with Bulk Process Equipment Handling powders requires a deep understanding of particle size and moisture sensitivity. For example, clay powders can be notoriously difficult to discharge due to their tendency to clump. Specialized [Clay Powder Bulk Bag Discharge](https://sterlingcontrols.com/industries-applications/industrial-processing/clay-powder-bulk-bag-discharge/) setups use heavy-duty agitation to break up clumps. When choosing a hopper, you shouldn’t just pick one off the shelf. My [Bulk Bag Hopper Selection Guide](https://sterlingcontrols.com/blog/from-bag-to-batch-the-ultimate-bulk-bag-hopper-selection-guide/) explains how to match the hopper geometry to the specific flow characteristics of your material. ## Key Factors for Selecting Bulk Process Equipment Choosing the right bulk process equipment is a significant investment. You shouldn’t guess; you should test. ### Capacity and Compatibility Does the equipment handle the volume you need today, and what you’ll need in five years? Material compatibility is also vital. For food-grade or corrosive chemical applications, you should specify 304 or 316 stainless steel with continuous-welded seams ground smooth to prevent material buildup and bacteria growth. ### Customization and Compliance Off-the-shelf solutions rarely fit perfectly into an existing plant layout. Custom-engineered solutions allow you to navigate low headroom, tight floor space, or unique integration requirements. Furthermore, ensure your equipment meets regulatory standards (like ATEX for explosion venting or FDA for food safety). I highly recommend utilizing a [Bulk Solids Test Facility](https://sterlingcontrols.com/blog/bulk-solids-test-facility/). Testing your specific material on pilot-scale equipment allows you to simulate multistep process lines and solve unique processing issues before you spend a dime on full-scale installation. ## Maintenance and System Integration A common question I get is: “Should I buy a new system or retrofit my old one?” ### Retrofit vs. Full System Upgrade If your mechanical equipment (the steel and motors) is still in good shape, but your batches are inconsistent, a controls upgrade might be the answer. Retrofitting legacy systems with modern PLC-based automation can provide the benefits of a new system, better data tracking and higher accuracy, at a fraction of the cost. However, if your conveyors are constantly breaking down, a full system upgrade is the only way to truly reduce downtime. Proper maintenance is also simplified by smart design. For example, clam-shell auger tubes and tool-less removable components allow for rapid cleaning and interventions, which is essential for facilities with frequent product changeovers. For a deep dive into the logistics, see [Bulk Bag Handling from Filling to Unloading](https://sterlingcontrols.com/blog/bulk-bag-handling-from-filling-to-unloading/). ### Integrating Bulk Process Equipment into Complete Systems The real magic happens when individual pieces of equipment are integrated into a cohesive system. Modern automation allows your storage silos to talk to your conveyors, which talk to your mixers, which talk to your packaging line. - Process Control: Automation upgrades allow for real-time monitoring of every gram of material. - Efficiency: You can [Unlock Efficiency with Automated Bulk Bag Unloading](https://sterlingcontrols.com/blog/unlock-efficiency-with-automated-bulk-bag-unloading/) by ensuring the downstream process never has to wait for material. - Packaging: [Automated Bulk Bag Filling](https://sterlingcontrols.com/blog/automated-bulk-bag-filling/) ensures that finished product is weighed and densified correctly, maximizing shipping efficiency. ## Frequently Asked Questions **What are the benefits of automating bulk material handling?** Automation significantly reduces labor dependency and removes workers from hazardous environments (like dust-heavy or high-temperature zones). It also increases throughput by eliminating the stops and starts associated with manual material transfer. **How do automated systems reduce batching errors and scrap?** Human operators, no matter how skilled, will eventually make a mistake, adding too much of one ingredient or forgetting another. Automated systems use load cells and PLC logic to ensure that every ingredient is added within a tight tolerance. If a weight is off, the system can pause and alert the operator before the batch is ruined, drastically reducing scrap. **What factors influence the choice between loss in weight and gain in weight batching?** The choice usually comes down to required precision and the nature of the process. Gain-in-weight is excellent for large batches where the total weight of the vessel is manageable. Loss-in-weight is preferred for continuous feeding (like extruders) or when you need extreme accuracy for very small, expensive micro-ingredients. ## Conclusion At Sterling Systems & Controls, I believe that your success depends on more than just buying a machine; it depends on the right integration of technology and design. We specialize in providing custom-engineered, automated solutions for material weighing, batching, and process control. Whether you are looking to solve a specific bottleneck or need a single-source provider for [Complete Process Systems](https://sterlingcontrols.com/products-capabilities/complete-systems/complete-process-systems/), our decades of experience allow us to tailor a solution to your specific objectives. By focusing on outcomes like reduced batching errors, increased throughput, and lower labor dependency, we help you turn your bulk material handling from a headache into a competitive advantage. **Categories:** Blog **Tags:** Bulk bag unloading, ingredient batching, minor ingredient batching systems --- ### [Step-by-Step Guide to Bulk Bag Handling](https://sterlingcontrols.com/blog/step-by-step-guide-to-bulk-bag-handling/) **Published:** July 31, 2026 **Author:** p1ws **Excerpt:** Master bulk bag handling: Optimize unloading, filling, automation, safety & dust control to boost throughput, cut errors & labor dependency. **Content:** # Step-by-Step Guide to Bulk Bag Handling ## Why Bulk Bag Handling Matters in Modern Process Industries Bulk bag handling is the process of safely filling, lifting, transporting, discharging, and storing large flexible intermediate bulk containers (FIBCs) used to move dry materials in industrial settings. **What does bulk bag handling involve?** 1. **Selecting the right FIBC** for your material type and weight 2. **Filling the bag** using a filler station with accurate weight control 3. **Lifting and transporting** using forklifts, hoists, or cranes 4. **Discharging the material** through a controlled unloading system 5. **Storing or disposing** of empty bags safely Bulk bags, also called FIBCs or super sacks, are the workhorses of dry material handling. They hold anywhere from 500 to 4,400 lbs of product and are used across food processing, chemicals, pharmaceuticals, agriculture, and mining. But here’s the problem most plant managers know well: *handling them manually is slow, risky, and costly.* Workers lifting, cutting, and dumping dozens of heavy bags per shift creates real operational pain. Dust exposure. Inaccurate batching. Inconsistent fill weights. Physical injury risk. These aren’t minor inconveniences — they directly hurt throughput, product quality, and your bottom line. For production facilities still relying on manual methods, the gap between current operations and what’s possible with automated bulk bag systems is significant. Getting the fundamentals right, from safe lifting technique to dust-tight discharge, makes a measurable difference in plant performance. This guide walks you through everything you need to know. ![Bulk bag lifecycle infographic from filling and lifting to discharging, storage, and disposal](https://images.bannerbear.com/direct/4mGpW3zwpg0ZK0AxQw/requests/000/145/680/860/bknAjN4e763DDgEXQXPRKxlD8/33ba1a02327691dea2455c536b2a920f496ff30b.jpg "Bulk bag lifecycle infographic from filling and lifting to discharging, storage, and disposal") ## Understanding FIBCs and Bulk Bag Handling Equipment Before I dive into the “how-to,” we need to understand the “what.” Flexible Intermediate Bulk Containers (FIBCs) are typically made from woven polypropylene. While they can theoretically hold up to 5,500 lbs, most materials in the real world won’t exceed a capacity of 4,400 lbs (2 metric tons). Most standard bags I see in the field range from 500 to 3,000 lbs in capacity. If you are still moving material in 50 lb bags, you are essentially paying a “labor tax” on every pound of product. Moving to [Bulk Bag Handling Systems](https://sterlingcontrols.com/products-capabilities/bulk-bag-handling-systems/) allows you to consolidate your material handling, reducing the number of times a human has to touch the product. This shift is critical for industries handling powders, grains, or granules where consistency is king. To move this material from the bag into your process, you often need specialized downstream equipment. This is where [Screw Conveyors and Industrial Augers for Material Conveying](https://www.cmtnc.com/super-sack-handling-equipment-for-bulk-bags.html) come into play, serving as the bridge between the bag and your mixer or hopper. ### Essential Components for Efficient Bulk Bag Handling A complete system isn’t just a frame; it is a series of engineered components working in harmony. Here is what I consider the “essential kit” for any modern facility: - **Unloaders (Dischargers):** These provide the structure to hold the bag and the mechanisms to get the material out. - **Fillers:** These stations ensure you aren’t overfilling or underfilling. Modern [Bulk Bag Filling Systems](https://sterlingcontrols.com/products-capabilities/bulk-bag-handling-systems/bulk-bag-filling-systems/) use load cells to ensure every bag is filled to the exact weight required. - **Hoppers:** These act as the buffer, receiving material from the bag and feeding it into the next stage of the process. - **Stands and Lifting Frames:** These provide the necessary elevation and support to keep the bag stable during the discharge cycle. ### Specialized Solutions for Bulk Bag Handling Not every plant has 20-foot ceilings. I often work with facilities where space is a major constraint. In these cases, low headroom [Bulk Bag Unloading](https://sterlingcontrols.com/products-capabilities/bulk-bag-handling-systems/bulk-bag-unloading/) designs are a lifesaver. These systems use specialized hoist and trolley arrangements that allow you to position a bag even when vertical space is tight. Additionally, for high-volume operations, multi-fill stations allow for continuous workflow. While one bag is being filled, another can be staged or removed, significantly increasing your bags-per-hour throughput without adding to your labor headcount. ## Best Practices for Safe Loading and Lifting Safety isn’t just about following rules; it’s about protecting your people and your product. A falling 2,000 lb bag is a catastrophe. One of the most important rules I can share is the 2:1 stability ratio: the height of the filled bag should not exceed twice its width or diameter. If your bag is too tall and narrow, it becomes a tipping hazard. ![Forklift properly positioned with a bulk bag using a lifting beam](https://images.bannerbear.com/direct/4mGpW3zwpg0ZK0AxQw/requests/000/145/680/900/NgL30amMOYe88G07QprJxBoye/5049a539f2713cc075d1ae729184e0a69e1a0917.jpg "Forklift properly positioned with a bulk bag using a lifting beam") When using a forklift, the tines must be spaced correctly to ensure the lifting loops are vertical. Never “snatch” lift a bag; always lift and lower with smooth, controlled movements. If you are using a crane, ensure the hooks have safety latches and a minimum radius of 5 mm to prevent cutting the loops. For more detailed safety protocols, I recommend reviewing [Navigating Bulk Bag Handling: Essential Dos and Don’ts](https://www.bulkcorp-int.com/blog/fibc/fibc-bulk-bags/navigating-bulk-bag-handling-essential-dos-and-donts/) and the [Bulk Bag Handling Guidelines – Bagwell Supply](https://bagwell.ca/bulk-bag-handling-guidelines/). ### Critical Dos and Don’ts of Bulk Bag Handling To keep your floor running smoothly, follow these quick rules for [Bulk Bag Handling](https://sterlingcontrols.com/blog/bulk-bag-handling/): **The Dos:** - **Do** inspect every bag for damage before use. - **Do** ensure the discharge spout is closed and tied before filling. - **Do** use anti-static bags (Type C or D) if you are working in an explosive atmosphere. - **Do** store bags in a clean, dry area away from UV light, which can degrade the plastic. **The Don’ts:** - **Don’t** ever stand under a suspended bulk bag. - **Don’t** exceed the Safe Working Load (SWL) printed on the bag label. - **Don’t** reuse a “single-trip” bag; they are not engineered for multiple uses. - **Don’t** drag a bag across the floor; this can damage the bottom and lead to leaks. ## Optimizing Material Discharge and Dust Control If you’ve ever stood in a room filled with “fugitive dust” from a leaking bag spout, you know why dust control is a priority. Beyond the mess, it’s a health hazard and a potential combustible dust risk. Efficient bulk bag handling requires a dust-tight seal. I recommend using systems with inflatable neck seals and telescoping tubes. The telescoping tube keeps the bag spout taut as it empties, preventing the material from pooling in folds and creating “dead spots.” To learn more about keeping your air clean, check out my thoughts on [Reducing Dust in Bulk Bag Unloader](https://sterlingcontrols.com/blog/reducing-dust-in-bulk-bag-unloader/). Once the seal is secure, you have to deal with the material itself. Not everything flows like water. For difficult products, [Bulk Bag Discharging](https://sterlingcontrols.com/blog/bulk-bag-discharging/) often requires mechanical help. ![Dust-tight bulk bag unloader seal with inflatable collar](https://storage.googleapis.com/ai-templates.appspot.com/bot/YUtz7bFuSHwb0FfmnSvz/customImages/BULK-BAG-UNLOADING-crop-1_compressed.jpg "Dust-tight bulk bag unloader seal with inflatable collar") ### Overcoming Challenges in Bulk Bag Handling The two biggest enemies of material flow are bridging and sticking. Bridging happens when the material forms an arch over the discharge spout, stopping the flow. To solve this, modern [Bulk Bag Unloading Systems](https://sterlingcontrols.com/blog/bulk-bag-unloading-systems/) utilize: - **Pneumatic Bag Massagers:** These are paddles that press against the bottom of the bag to break up clumps. - **Vibratory Units:** These apply high-frequency vibration to the hopper to keep material moving. - **Iris Valves:** These allow for controlled, partial emptying of a bag, letting you “choke” the flow if it becomes too aggressive. ### Improving Plant Performance through Automation This is where the real magic happens. When I talk to plant managers about automation, the conversation usually starts with labor costs, but it ends with accuracy. In a manual batching environment, a worker might be responsible for dumping five different ingredients into a mixer. If they get distracted and skip a bag, or if they dump too much, the entire batch is scrap. By [Automating Bulk Bag Filling](https://sterlingcontrols.com/industries-applications/general/automating-bulk-bag-filling/), you remove the “human variable.” I often compare two types of automated weighing: 1. **Gain-in-Weight (GIW):** The system weighs the receiving vessel as material is added. This is great for high-speed filling. 2. **Loss-in-Weight (LIW):** The system weighs the entire unloader and calculates how much has left the bag. This is incredibly accurate for precision batching. | Feature | Manual Handling | Automated Handling | |---|---|---| | **Batching Accuracy** | Dependent on operator focus | PLC-controlled precision | | **Throughput** | Limited by physical labor | Consistent, high-speed flow | | **Dust Exposure** | High risk during bag opening | Contained, dust-tight seals | | **Labor Dependency** | High (multiple operators) | Low (one operator/supervisor) | | **Waste/Scrap** | Common due to spills/errors | Minimized through controlled flow | ### Selecting and Maintaining Your Handling System When you’re ready to move away from manual labor, don’t just buy a “one-size-fits-all” frame. Your system should be a [Bulk Bag Unloading Systems Customized](https://sterlingcontrols.com/blog/bulk-bag-unloading-systems-customized/) solution tailored to your specific material. For example, the equipment I’d recommend for citric acid is very different from what I’d suggest for clay powder. Maintenance is also a key factor in ROI. Regularly inspect your hoist cables, check the seals on your dust collection ports, and ensure your load cells are calibrated. A well-maintained [Bulk Bag Packaging Systems](https://sterlingcontrols.com/blog/bulk-bag-packaging-systems/) can last for decades, providing a much higher return than the initial capital expenditure suggests. ### Evaluating Retrofit vs Full System Upgrades You don’t always have to tear everything out and start over. Sometimes, a retrofit is the smartest path. If you have a solid frame but your controls are outdated, a controls upgrade can give you the benefits of modern automation without the cost of new steel. However, if your goal is a massive increase in throughput, a full **[Bulk Bag Handling from Filling to Unloading](https://sterlingcontrols.com/blog/bulk-bag-handling-from-filling-to-unloading/)** system integration is usually the best bet. This ensures that your filler, conveyor, and unloader are all “talking” to the same PLC, creating a seamless flow of data and material. ### Frequently Asked Questions **What is the typical cost of a bulk bag unloader?** While I don’t provide specific quotes here, the industry average for a basic bulk bag unloader starts around $5,000 and can exceed $20,000 for fully automated, stainless steel, or sanitary-grade systems. The complexity of your material and the level of automation required are the main cost drivers. **How can I ensure dust-free operation during discharging?** The key is a three-pronged approach: use an inflatable spout seal to create a mechanical barrier, maintain negative pressure with a dust collection system, and use a “power cincher” or iris valve to close the bag spout before it is removed from the unloader. **What are the maximum weight capacities for standard FIBCs?** Most standard bags are rated for a Safe Working Load (SWL) of 2,200 lbs to 3,300 lbs. While heavy-duty bags can handle up to 4,400 lbs or even 5,500 lbs, you must always verify the rating on the specific bag’s label before filling. #### Conclusion At Sterling Systems & Controls, I’ve seen how the right bulk bag handling strategy can transform a facility. Moving from manual dumping to an automated system isn’t just about saving on labor; it’s about gaining control over your process. By reducing batching errors, eliminating scrap, and increasing your throughput, you aren’t just moving material — you’re moving your business forward. Whether you need a custom-engineered unloader or a complete turnkey batching solution, focus on the outcomes that matter: accuracy, safety, and efficiency. If you are ready to stop struggling with manual bags and start optimizing your plant, explore our [Bulk Bag Handling Systems](https://sterlingcontrols.com/products-capabilities/bulk-bag-handling-systems/) to see how a tailored solution can work for you. **Categories:** Blog --- ### [A Guide to Choosing the Right Pellet Mill](https://sterlingcontrols.com/blog/how-to-turn-raw-material-into-gold-with-a-pellet-mill/) **Published:** June 3, 2026 **Author:** p1ws **Excerpt:** Master pellet mill operations: Boost performance, cut errors & scrap with automation, batching accuracy, and upgrade comparisons for max throughput. This guide covers how pellet mills work, what separates high-performing systems from problem-prone ones, and how automation and batching controls directly improve output quality, reduce waste, and lower labor costs. **Content:** # A Guide to Choosing the Right Pellet Mill Master pellet mill operations: Boost performance, cut errors & scrap with automation, batching accuracy, and upgrade comparisons for max throughput. This guide covers how pellet mills work, what separates high-performing systems from problem-prone ones, and how automation and batching controls directly improve output quality, reduce waste, and lower labor costs. ## What Is a Pellet Mill and Why It Matters for Plant Performance A pellet mill is a machine that compresses powdered or granular raw materials through a die to form dense, uniform pellets. It’s used across animal feed, biomass fuel, and specialty chemical production. **Quick answer: What is a pellet mill?** - Takes loose, powdered feedstock (grain, sawdust, biomass, etc.) - Forces material through a metal die using rollers under high pressure - Heat from friction binds particles together into solid pellets - Output: uniform, dense pellets ready for storage, transport, or use - Two main types: **flat die** (small scale) and **ring die** (industrial scale) For production managers, the machine itself is only part of the story. The bigger challenge is *consistency*. Pellet mills are sensitive to moisture levels, particle size, and feed rate. Small variations in any of these cause quality problems, scrap, and unplanned downtime. That’s where most operations struggle. A mill running without precise controls is a mill running on guesswork. This guide covers how pellet mills work, what separates high-performing systems from problem-prone ones, and how automation and batching controls directly improve output quality, reduce waste, and lower labor costs. ![Infographic: pellet mill process from raw material input to finished pellet output](https://images.bannerbear.com/direct/4mGpW3zwpg0ZK0AxQw/requests/000/145/679/328/XwJBnmPj46wddbV9QvLqob2xG/0f835e9cd5690ec9e2e5eca8ec3d4dde1270a1eb.jpg "Infographic: pellet mill process from raw material input to finished pellet output") ## How a Pellet Mill Works: Mechanics and Types To understand how to optimize your production, we first need to look under the hood. At its core, a [pellet mill](https://en.wikipedia.org/wiki/Pellet_mill) is a density-increasing machine. It doesn’t grind material down; it builds it up into a manageable, homogeneous mass. The process relies on three critical mechanical factors: 1. **Mechanical Pressure:** Rollers force the raw material into the holes of a die. 2. **Heat Friction:** As the material is squeezed through the die, the friction generates significant heat. 3. **Material Polymerization:** This heat, combined with pressure and moisture, causes natural binders in the material (like lignin in wood or starches in grain) to soften and fuse, literally “glueing” the pellet together. ### The Component Breakdown The typical assembly includes a feeder (which controls the flow of material), a conditioning chamber (where moisture or steam is added), and the pelleting head. Inside the head, you’ll find the die and the roller assembly. As the die or the rollers rotate, the material is compressed and extruded. Once the “strings” of material emerge from the other side of the die, adjustable knives cut them to the desired length. ### Flat Die vs. Ring Die: A Quick Comparison Choosing the right machine depends entirely on your volume and material type. | Feature | Flat Die Pellet Mill | Ring Die Pellet Mill | |---|---|---| | **Primary Use** | Home/Small-scale, lab testing | Industrial, 24/7 production | | **Throughput** | Low to Moderate | High to Very High | | **Durability** | Moderate (higher wear on parts) | High (designed for longevity) | | **Control Integration** | Often manual or basic | Highly automated | | **Material Type** | Best for animal feed, soft biomass | Wood, heavy biomass, large-scale feed | ### Flat Die Pellet Mill for Small Scale Use In my years of working with various process industries, I’ve seen the flat die pellet mill become the go-to for small-scale farmers and hobbyists. In these models, a flat, horizontal die sits below a set of rollers. These machines are prized for their portability and simplicity. They are excellent for low-volume biomass processing or creating custom animal feed mixes on-site. You can find them in manual crank versions or electric models. However, their main limitation is their inability to handle the heavy-duty, continuous loads required by industrial plants. They also lack the sophisticated sensors needed for advanced automation integration, making them a “hands-on” machine that requires constant operator attention. ### Ring Die Pellet Mill for Industrial Production When we talk about serious throughput, we are talking about the ring die pellet mill. In this design, the die is a vertical cylinder (a ring), and the rollers are positioned inside. These are the workhorses of the industry. They are designed for 24-hour operation under tough conditions. High-end industrial models often utilize a positive direct gear drive, which can achieve up to 98% power transfer efficiency compared to belt-driven models. This efficiency is vital when you are processing tons of material per hour. Because these machines are part of a larger ecosystem, they require sophisticated [pellet mill control](https://sterlingcontrols.com/industries-applications/feed-milling-pet-food-manufacturing/pellet-mill-control/) systems to manage feed rates and prevent motor overloads. ## Critical Factors for Pellet Quality and Consistency A common frustration I hear from plant managers is that their pellets are either too crumbly (leading to “fines” or dust) or the machine keeps plugging up. Achieving the perfect pellet is a balancing act of several variables. ### Moisture Control: The “Goldilocks” Zone Moisture is the most critical variable. For most biomass and feed, the raw material needs to be between 12% and 20% moisture. - **Too dry:** The material won’t bind, and you’ll end up with a pile of hot dust. - **Too wet:** The material becomes a paste that gums up the die, leading to hours of painful cleaning. ### Particle Size and Conditioning You can’t put a whole corn cob into a pellet mill and expect a pellet. The material must first pass through a hammer mill to reach a uniform particle size, usually smaller than the diameter of the die holes. Conditioning is the next step. By injecting steam into the material before it hits the die, you pre-gelatinize starches and soften fibers. This not only makes the pellet more durable but also reduces wear on the die. Proper conditioning is also a major factor in [enhancing animal health through the pelleting process](https://sterlingcontrols.com/blog/enhancing-animal-healthcontrolling-the-pelleting-process/), as it can eliminate harmful bacteria and improve digestibility. ## Overcoming Operational Pain Points with Automation If you are still relying on an operator to manually adjust the feeder speed based on the “sound” of the mill, you are losing money. Manual operation is the primary source of scrap and inconsistent throughput. By implementing [pellet mill control and feed mill automation](https://sterlingcontrols.com/blog/pellet-mill-control-and-feed-mill-automation/), you solve several early-stage problems: - **Reduced Batching Errors:** Automation ensures the exact recipe is followed every time. - **Lower Labor Dependency:** One operator can oversee multiple lines when the system handles the minute-by-minute adjustments. - **Increased Throughput:** An automated system can run the mill at its “sweet spot”—just below the point of plugging—maximizing output without risking downtime. ### Manual vs Automated Batching I often see plants where ingredients are hand-scooped into a mixer before heading to the pellet mill. This is a recipe for disaster. Human error in batching leads to pellets that don’t meet nutritional or structural specs. Automated batching systems eliminate the “oops” factor. They provide real-time data on exactly how much of each ingredient was used, which is vital for regulatory compliance and cost tracking. Moving from manual to automated batching is often the single biggest leap a plant can make in terms of ROI. ### Loss-in-Weight vs Gain-in-Weight Systems When designing a batching system, you have to choose your weighing technology. - **Gain-in-Weight (GIW):** The scale starts at zero and ingredients are added one by one. This is cost-effective and great for large batches. - **Loss-in-Weight (LIW):** The entire supply hopper is on scales, and the system measures how much material *leaves* the hopper. This is the gold standard for micro-ingredients and continuous feeding where extreme accuracy is required. Choosing the right one depends on your material characteristics and how much a 1% error in a specific ingredient might cost you in finished product quality. ## Choosing the Right Power Source and Capacity As of May 2026, energy costs are a top-tier concern for every plant I visit in the United States and Canada. Your choice of power source dictates your operating costs and mobility. 1. **Electric (Single Phase vs. Three Phase):** - 220V Single Phase (1ph) is common for residential or small farm use. It’s convenient but limits you to smaller motors (typically under 10hp). - 220V or 460V Three Phase (3ph) is the industrial standard. It provides the torque needed for high-capacity mills. Electric mills generally produce about 20 lbs of pellets per horsepower per hour. 2. **PTO (Power Take-Off):** - Ideal for farmers who already own a tractor. It uses the tractor’s engine to turn the mill. It’s mobile and powerful but ties up a piece of expensive equipment. 3. **Diesel/Gasoline:** - Best for remote locations where electricity isn’t available. Production rates are slightly lower here, around 13 lbs per horsepower per hour, due to efficiency losses in internal combustion engines. ![Automated pellet mill setup with control panel and conveyor system](https://storage.googleapis.com/ai-templates.appspot.com/bot/YUtz7bFuSHwb0FfmnSvz/customImages/automated-controls_compressed.webp "Automated pellet mill setup with control panel and conveyor system") ## Retrofit Versus Full System Upgrade You don’t always need to buy a brand-new pellet mill to get modern results. Many of the operational headaches people face can be solved by a [pellet mill control and automation](https://sterlingcontrols.com/blog/pellet-mill-control-and-automation/) retrofit. ### Evaluating Your Infrastructure If your mechanical components (the die, the main shaft, the housing) are still in good shape, a control system upgrade is the most cost-effective way to increase performance. This involves adding sensors to monitor motor load, temperature, and moisture, and then tying them into a centralized PLC (Programmable Logic Controller). ### The Benefits of a Retrofit - **Minimize Downtime:** Installation can often be done in stages. - **Lower Capital Expenditure:** You get the benefits of a “smart” mill at a fraction of the cost of a new machine. - **Future-Proofing:** Modern controls allow you to integrate your mill into a plant-wide data system, making it easier to track efficiency and plan maintenance. ### Frequently Asked Questions **What is the ideal moisture content for raw materials?** For most materials, the “sweet spot” is between 12% and 15%. If you are using sawdust, you might need to be on the lower end (10-15%), while agricultural waste like straw might require up to 18-20%. Anything outside these ranges usually leads to poor pellet quality or a plugged mill. **Can I use a feed pellet mill for wood pellets?** Generally, yes, but with a caveat. Wood is much more abrasive and harder to compress than animal feed. A mill designed specifically for wood will have a heavier-duty gearbox and specialized dies. If you use a feed mill for wood, expect a lower production rate and much faster wear on your parts. **How do I prevent the die from gumming up?** Consistency is key. Use [pelleting feed mill automation](https://sterlingcontrols.com/industries-applications/feed-milling-pet-food-manufacturing/) to maintain a steady feed rate and moisture level. Also, never stop a mill while it’s full of “hot” material. Most operators “flush” the mill with an oily mixture (like bran and vegetable oil) before shutting down to ensure the material in the die doesn’t harden like concrete overnight. ## Conclusion The journey from loose powder to a perfect, high-density pellet is full of mechanical and chemical hurdles. Whether you are operating in Sterling, Illinois, or anywhere across Canada, the goal remains the same: maximizing throughput while minimizing waste. At Sterling Systems & Controls, I specialize in providing the “brains” for your operation. We focus on custom-engineered automated solutions that take the guesswork out of the pellet mill process. By integrating precision weighing, automated batching, and real-time process control, we help our clients achieve: - **Reduced batching errors and scrap** - **Increased throughput and consistency** - **Lower labor dependency** If your current setup feels more like a “survival” situation than a streamlined production line, it might be time to look at how [pelleting automation applications](https://sterlingcontrols.com/blog/pelleting-automation-application-for-feedmills/) can transform your plant performance. Don’t let manual errors and inconsistent quality hold your business back—let’s automate for a more profitable future. **Categories:** Blog --- ### [The Definitive Guide to Modular Blending Batching Systems](https://sterlingcontrols.com/blog/the-definitive-guide-to-modular-blending-batching-systems/) **Published:** June 1, 2026 **Author:** p1ws **Excerpt:** Modular blending and batching systems are innovative, pre-engineered, and self-contained units designed for flexible integration into food processing lines. Think of them as "plug-and-play" components that can be rapidly deployed, reconfigured, or expanded as needed. The goal of these systems is to provide agility in production, allowing food manufacturers to adapt quickly to market demands and product innovations without extensive, costly overhauls. **Content:** # The Definitive Guide to Modular Blending Batching Systems ## Defining Modular Blending and Batching Systems Modular blending and batching systems are innovative, pre-engineered, and self-contained units designed for flexible integration into food processing lines. Think of them as “plug-and-play” components that can be rapidly deployed, reconfigured, or expanded as needed. The goal of these systems is to provide agility in production, allowing food manufacturers to adapt quickly to market demands and product innovations without extensive, costly overhauls. ### Distinguishing Blending from Batching While often used together, it’s important to understand the distinct roles of blending and batching: - **Batching:** This involves the precise weighing and dispensing of individual ingredients, whether dry powders or liquids, into a container or mixer to create a specific quantity of product. It’s about accurately measuring each component before combination. - **Blending:** This is the subsequent process of uniformly combining multiple ingredients (often those that have just been batched) to achieve a homogeneous mixture. The aim is to ensure consistent texture, flavor, and composition throughout the product. ### Core Components of a Modular System A typical modular system integrates several key components: - **Ingredient Storage:** This includes silos, hoppers, or tanks for holding raw materials. - **Material Handling:** Conveyors, pneumatic transfer systems, or pumps move ingredients from storage to the processing area. - **Weighing Systems:** Load cells and scales ensure precise measurement of each ingredient. - **Mixing Equipment:** This can range from ribbon blenders and paddle mixers for dry ingredients to high-shear or low-shear liquid blenders for liquids and slurries. - **Control Systems:** Advanced PLCs (Programmable Logic Controllers) and HMIs (Human-Machine Interfaces) automate and manage the entire process, ensuring accuracy and repeatability. ### Contrasting with Traditional Fixed Installations Traditional food processing setups are typically custom-built, site-specific, and characterized by rigid infrastructure. They involve extensive on-site fabrication and installation, which can be time-consuming and expensive. Once installed, reconfiguring or expanding these systems often requires significant downtime and investment. ### Operational Pain Points of Traditional Systems My experience shows that traditional systems often lead to several operational challenges for food processors: - **Difficulty in Reconfiguring Production Lines:** Adapting to new product formulations or changing market trends becomes a complex, resource-intensive task. - **High Costs for Expansion or Modification:** Any significant change means substantial capital expenditure and engineering effort. - **Prolonged Downtime During Upgrades:** Modifications often necessitate shutting down production for extended periods, leading to lost output and revenue. - **Challenges in Maintaining Consistent Product Quality:** Without integrated, automated controls, ensuring identical product quality across different batches can be difficult, leading to variability. ### What significant advantages do modular blending and batching systems offer food manufacturers? Modular blending and batching systems address many of the pain points associated with traditional setups, offering a compelling array of benefits that directly impact a food manufacturer’s bottom line and operational capabilities. ### Enhanced Flexibility and Scalability One of the most significant benefits is the inherent flexibility and scalability these systems provide. - I can rapidly reconfigure modules to accommodate new products, seasonal demands, or specialized runs. Expanding production capacity is straightforward, often involving simply adding or swapping modules rather than undertaking extensive facility overhauls. - For instance, some systems are designed to be expandable to ten positions, allowing for highly complex blends that would be impractical or cost-prohibitive with traditional blending scales. Similarly, horizontal paddle mixers, with throughputs ranging from 2–200 kg/h per unit, can be scaled by cascading multiple units, effectively multiplying capacity without a complete system redesign. ### Significant Cost Reduction and Faster ROI The financial advantages are substantial: - Food processors can save up to 30–40% in capital costs compared to fully custom or bundled systems. This is largely due to standardized designs, reduced engineering requirements, and quicker installation times. - Beyond initial investment, I’ve seen power consumption reduced by 50% to 75% compared to alternative dry/liquid blending processes, leading to ongoing operational savings. - The return on investment (ROI) can be remarkably fast, sometimes achieved in just 2-3 days, thanks to increased batch capacity. For example, a facility might increase its output from 4-5 batches to 14 or more batches per day, dramatically improving productivity. ### Improved Efficiency and Reduced Downtime Modular systems are designed for peak operational efficiency: - Streamlined processes and automated controls minimize human error and optimize production cycles, ensuring consistent output. - Because modules are pre-tested and often skid-mounted, on-site commissioning time is significantly reduced, leading to faster startup and fewer unexpected issues. - Simplified maintenance and troubleshooting are also key advantages, as standardized components and clear interfaces make it easier to identify and resolve problems. ### Agile Recipe Management and Product Innovation In today’s dynamic food market, the ability to innovate quickly is crucial: - Modular systems, with their recipe-driven controls and automated ingredient delivery, enable quick recipe changes, minimizing changeover times. - This agility facilitates rapid prototyping and market testing of new food products, allowing manufacturers to respond swiftly to consumer trends. - My solutions support diverse product portfolios and customization, giving processors the edge in competitive markets. ### Labor Optimization Automation inherent in modular systems significantly impacts labor: - It reduces the need for manual handling and constant supervision, freeing up my clients’ staff for higher-value tasks such as quality control, maintenance, or product development. - Improved ergonomics and safety for operators are also a direct result of reduced manual intervention, leading to a more efficient and safer workplace. [More info about Food Baking Automation Systems](https://sterlingcontrols.com/products-capabilities/complete-systems/food-baking-automation-systems/) ### Which food products and applications benefit most from modular blending and batching systems? The versatility of modular blending and batching systems makes them ideal for a vast array of food products and specific application scenarios where precision, hygiene, and flexibility are paramount. ### Diverse Product Categories I find these systems particularly effective across numerous food sectors: - **Snack Foods:** For products like chips, pretzels, nuts, and trail mixes, modular systems ensure precise seasoning and coating application, guaranteeing consistent flavor and texture in every bite. - **Beverages:** From soft drinks and juices to energy drinks and dairy-based beverages, accurate liquid and powder ingredient blending is critical for taste, stability, and nutritional claims. - **Dairy Products:** Yogurts, ice cream mixes, and cheese sauces demand hygienic and consistent blending of milk solids, stabilizers, and flavorings to achieve desired consistency and shelf life. - **Pet Food:** Dry kibble, wet food, and treats require precise nutrient and flavor blending to meet dietary requirements and ensure palatability, making these systems invaluable for consistent quality. - **Bakery & Confectionery:** Dough mixes, cake batters, fillings, icings, and chocolate production all benefit from accurate dry and liquid ingredient batching, which is essential for consistent product performance and quality. [More info about Food Ingredient Batching](https://sterlingcontrols.com/industries-applications/baking-food-processing/food-ingredient-batching/) - **Sauces, Dressings, and Soups:** Liquid and semi-liquid products often require precise emulsification and ingredient dispersion to prevent separation and ensure a smooth, uniform product. - **Nutritional & Health Products:** Protein powders, meal replacements, and dietary supplements frequently involve micro-ingredients where accuracy is critical for efficacy and compliance. [More info about Minor Ingredient System Foods](https://sterlingcontrols.com/industries-applications/baking-food-processing/minor-ingredient-system-foods/) ### Specific Application Scenarios Beyond product categories, certain operational needs are perfectly addressed by modular systems: - **Micro-Ingredient Batching:** These systems excel at handling small, critical ingredients like vitamins, enzymes, colorants, and active compounds with unparalleled precision, ensuring product integrity and potency. - **High-Volume, Consistent Production:** For manufacturers needing to produce millions of units with identical quality, modular systems provide the repeatability and control necessary to achieve this. - **Seasonal or Limited-Run Products:** The ability to quickly reconfigure lines makes modular systems ideal for short production cycles without requiring significant capital investment in dedicated equipment. - **Co-Packing and Contract Manufacturing:** Companies in this sector gain immense flexibility, allowing them to produce a wide range of products for different clients efficiently and cost-effectively. ### What advanced features and capabilities define modern modular blending and batching systems? Modern modular blending and batching systems are defined by their integration of cutting-edge technology, focusing on automation, hygiene, traceability, and seamless connectivity. These features are what truly elevate them above traditional methods. ### Sophisticated Automation and Control Systems At the heart of every advanced modular system lies its intelligent control: - **Recipe-Driven Controls:** My systems feature intuitive interfaces (HMI/SCADA) that allow operators to effortlessly select recipes, initiate batches, and monitor processes. These controls often include self-correcting operations, ensuring consistent replication of mixes with minimal operator intervention. [More info about Batching Control System](https://sterlingcontrols.com/industries-applications/baking-food-processing/batching-control-system/) - **Automated Multi-Stream Metering:** This capability enables the precise, continuous feeding of multiple ingredients simultaneously, optimizing blend accuracy and speed. - **Process Control:** Real-time monitoring and adjustment of critical parameters like temperature, pressure, and mixing speed ensure optimal conditions throughout the blending process, leading to superior product quality. [More info about Process Control Food Production](https://sterlingcontrols.com/industries-applications/baking-food-processing/process-control-food-production/) ### Uncompromising Hygiene and Food Safety Food safety is non-negotiable, and modular systems are designed with this in mind: - **CIP (Clean-in-Place) and SIP (Sterilize-in-Place) Compatibility:** These automated cleaning and sanitization cycles minimize manual intervention, reduce the risk of contamination, and ensure maximum hygiene between batches. - **Hygienic Design Standards:** Construction from food-grade materials like stainless steel, smooth surfaces, and minimal crevices, often adhering to stringent 3-A and EHEDG standards, prevents bacterial growth and facilitates thorough cleaning. - **Integrated Dust Collection:** For powder handling, integrated dust collection systems are essential. They prevent cross-contamination between ingredients, maintain air quality, and ensure a safer working environment. ### Robust Traceability and Product Consistency Ensuring product integrity from start to finish is a key strength: - **Ingredient Tracking:** Through technologies like RFID, barcode scanning, and automated batch codes, my systems provide complete traceability from raw material receipt to the final packaged product. This is invaluable for quality control and recall management. - **Data Logging and Reporting:** Comprehensive records of every batch are automatically generated, facilitating quality control, regulatory audits, and continuous process improvement. - **Ensuring Product Quality:** The precision weighing and blending capabilities ensure consistent texture, flavor, and nutritional profiles, batch after batch, which builds consumer trust and brand loyalty. ### Seamless Integration with Existing and Future Infrastructure Modular systems are built for connectivity: - **Material Handling Integration:** They are designed for compatibility with various material handling systems, including conveyors, pneumatic transfer systems, and even automated guided vehicles (AGVs), creating a cohesive production flow. - **Weighing Systems:** Integration with various scales and load cells ensures accurate ingredient measurement at every stage. [More info about Material Weighing Systems](https://sterlingcontrols.com/products-capabilities/batching-weighing/material-weighing-systems/) - **Packaging Line Connectivity:** Direct interface with downstream packaging equipment allows for a continuous production flow, minimizing bottlenecks. - **Industry 4.0 Readiness:** Many modern systems incorporate IoT sensors, data analytics, and cloud connectivity, enabling predictive maintenance, remote monitoring, and overall operational intelligence for a truly smart factory. As a leader in custom-engineered automated solutions for material weighing, batching, and process control, Sterling Systems & Controls excels at integrating diverse process equipment into cohesive, efficient modular systems. My expertise ensures precision, reliability, and compliance with the highest food safety standards for food manufacturers across the United States and Canada. ### How can food processors effectively select and implement a modular blending and batching system? Selecting and implementing a modular blending and batching system is a strategic decision that requires careful consideration. My approach is to partner with food processors to ensure the chosen solution perfectly aligns with their unique operational needs and long-term goals. ### Comprehensive Needs Assessment Before considering any equipment, I always recommend a thorough assessment of your current and future requirements: - **Current and Future Production Goals:** Define your required throughput, typical batch sizes, and anticipated growth over the next 5-10 years. This helps determine the necessary capacity and scalability. - **Space Constraints:** Evaluate available floor space, ceiling height, and access points for module placement and maintenance. Modular systems are compact, but planning is still crucial. - **Budgetary Considerations:** Balance the initial investment with the long-term operational savings and projected ROI. A higher upfront cost might lead to greater savings and efficiency down the line. - **Ingredient Characteristics:** Analyze the physical properties of your ingredients (e.g., dry powder, liquid, viscous, frozen, abrasive) and their specific handling, weighing, and mixing requirements. ### Prioritizing Regulatory Compliance and Food Safety This is paramount in food processing: - Ensure the system meets all relevant food safety standards, such as those set by the FDA and USDA, and adheres to hygienic design principles like 3-A and EHEDG. - Verify the system’s CIP/SIP capabilities and ease of cleaning to prevent cross-contamination and ensure product integrity. - Confirm that robust material traceability features are in place to support your quality control and recall procedures. ### Evaluating Supplier Expertise and Support Choosing the right partner is as important as choosing the right equipment: - Look for suppliers with a proven track record in custom-engineered solutions specifically for the food industry. Their experience in similar applications can be invaluable. - Assess their ability to provide comprehensive project management, from initial design and engineering to installation, commissioning, and ongoing technical support. - Inquire about expert-assisted testing facilities where you can validate system performance with your specific ingredients and recipes before full-scale implementation. This reduces risk and ensures optimal outcomes. ### Focusing on Scalability and Future-Proofing Your investment should grow with your business: - Choose systems designed for easy expansion or reconfiguration. This allows you to adapt to evolving production needs without having to replace the entire system. - Consider the integration capabilities with future technologies, such as advanced robotics, artificial intelligence, and new data analytics platforms, to ensure your system remains relevant. ### Conducting a Thorough ROI Analysis Quantifying the benefits helps justify the investment: - Calculate potential savings in labor, energy consumption, raw material waste, and reduced downtime. - Quantify the value of increased production capacity, improved product consistency, and enhanced brand reputation. ### Implementation Best Practices A smooth rollout is key to success: - **Phased Rollout:** Consider implementing modules in stages to minimize disruption to your existing production. - **Operator Training:** Ensure all staff are thoroughly trained on the new system’s operation, maintenance, and safety protocols. - **Validation and Testing:** Conduct rigorous testing and validation before full production to ensure optimal performance, product quality, and compliance. My approach at Sterling Systems & Controls is to partner with food processors to design and implement complete process systems tailored to their unique requirements, ensuring seamless integration and optimal performance for operations in the United States and Canada. [More info about Complete Process Systems](https://sterlingcontrols.com/products-capabilities/complete-systems/complete-process-systems/) ![batching systems for food processing](https://images.bannerbear.com/direct/4mGpW3zwpg0ZK0AxQw/requests/000/145/777/944/NgL30amMOYe8WyZ4QprJxBoye/325523cc01f30c97ecf588f35f6be61fbbb427ae.jpg "batching systems for food processing") ### Frequently Asked Questions **What is the typical ROI for investing in a modular blending and batching system?** The ROI for a modular blending and batching system can be remarkably fast, often achieved within days or weeks, rather than months or years. This rapid return is primarily driven by several factors: significant reductions in capital costs (up to 30-40% compared to fully custom systems), a dramatic increase in batch capacity (e.g., from 4-5 to 14+ batches per day), reduced power consumption (often by 50-75% compared to older processes), and lower labor requirements through automation. **Can modular systems handle both dry and liquid ingredients simultaneously?** Yes, modern modular systems are specifically designed for this versatility. They can handle a wide array of ingredient types, including dry powders, granular materials, various liquids, viscous materials, and even frozen components. Many systems feature specialized modules for efficient dry/liquid blending, ensuring uniform dispersion and consistent product quality, even with challenging ingredient combinations. **How do modular systems contribute to food safety and regulatory compliance?** Modular systems significantly enhance food safety and simplify regulatory compliance through several integrated features. Their hygienic designs, often adhering to standards like 3-A and EHEDG, minimize areas where contaminants can accumulate. Automated CIP (Clean-in-Place) and SIP (Sterilize-in-Place) capabilities ensure thorough and repeatable cleaning. Furthermore, robust traceability features, such as automated ingredient tracking and detailed batch records, provide precise control, prevent cross-contamination, and facilitate adherence to strict regulatory standards (e.g., FDA, USDA) for auditing and quality assurance. ## Conclusion Modular blending and batching systems are more than just equipment; they are strategic investments that empower food processors to navigate the complexities of modern manufacturing with unparalleled agility and efficiency. By embracing these flexible, scalable, and cost-effective solutions, companies can achieve superior product consistency, accelerate innovation, and significantly reduce operational overhead. As the food industry continues to evolve, modular systems will remain at the forefront, driving the next generation of food production. Ready to transform your food processing operations with a state-of-the-art modular blending and batching system? Explore our [advanced batching and weighing solutions](https://sterlingcontrols.com/products-capabilities/batching-weighing/batching-systems/) today. **Categories:** Blog --- ### [In-Depth Guide to Feed Mill Automation Solutions](https://sterlingcontrols.com/blog/in-depth-guide-to-feed-mill-automation-solutions/) **Published:** May 27, 2026 **Author:** p1ws **Excerpt:** Feed mill automation transforms traditional animal feed manufacturing by replacing manual processes with integrated control systems that improve precision, efficiency, and safety. Modern automated systems handle everything from ingredient batching and mixing to pelleting and packaging with minimal human intervention. **Content:** # In-Depth Guide to Feed Mill Automation Solutions ## Why Feed Mill Automation Matters for Modern Animal Feed Production Feed mill automation transforms traditional animal feed manufacturing by replacing manual processes with integrated control systems that improve precision, efficiency, and safety. Modern automated systems handle everything from ingredient batching and mixing to pelleting and packaging with minimal human intervention. Key automation solutions for feed mills include: 1. Process Control Systems – Centralized PLCs and SCADA platforms that monitor and control all production stages 2. Automated Batching – Precision weighing systems for micro and macro ingredients with accuracy to 0.1% 3. Real-Time Monitoring – HMI interfaces that provide live production data and quality metrics 4. Inventory Management – Automated tracking of raw materials and finished products 5. Compliance Tools – Digital record-keeping for FSMA and FDA regulatory requirements The animal feed industry faces mounting pressure to produce consistent, high-quality feed while managing costs and meeting strict safety standards. Manual operations introduce variability, slow down production, and increase the risk of costly errors in formulation. Automation addresses these challenges head-on. Mills running automated systems report 20-30% increases in throughput, significant reductions in ingredient waste, and improved product consistency across every batch. For feed mill operators managing multiple recipes, tight margins, and regulatory oversight, automation isn’t just about replacing labor. It’s about gaining precise control over your entire production process while building in the traceability and documentation that regulators and customers demand. ![Infographic showing core benefits of feed mill automation](https://images.bannerbear.com/direct/4mGpW3zwpg0ZK0AxQw/requests/000/118/888/739/on98ymlOAQybbOvrYvM5pkw3R/9dbbc3888c5bb7c84b07e78cd73b6929a9118657.jpg "Infographic showing core benefits of feed mill automation") ### The Core Benefits of Automating Your Feed Mill When we talk about feed mill automation, we’re not just discussing fancy gadgets; we’re talking about a fundamental shift in how feed is produced. It’s about moving from an art to a science, where every ingredient, every batch, and every process step is carefully controlled. This precision leads to a cascade of benefits that directly impact your bottom line and your reputation. ![A graphical display showing precise ingredient batching with digital readouts for weight and formula steps](https://storage.googleapis.com/ai-templates.appspot.com/temp_images/704c64fbb6d64b6c85d16ccdbc5a9cb0.png "A graphical display showing precise ingredient batching with digital readouts for weight and formula steps") One of the most compelling reasons to accept automation is the promise of increased profitability. Manual operations are prone to human error, which can lead to costly re-batches, ingredient waste, and inconsistent product quality. With an automated system, these variables are drastically reduced. We’ve seen operations achieve significant reductions in operational costs, not just through labor optimization but also by minimizing ingredient shrinkage and energy consumption. Imagine consistently hitting your target formulation with unparalleled accuracy – that’s the power of automation. This precision directly translates to improved animal nutrition, as the animals receive exactly the nutrient profile intended, leading to better health outcomes and growth. The consistency and accuracy provided by automation are truly game-changers for any modern feed mill. ### Improved Efficiency and Throughput Efficiency is the heartbeat of any successful manufacturing operation, and feed milling is no exception. With automation, your feed mill can operate with an almost tireless rhythm. We’re talking about the capability for 24/7 operation, which dramatically increases your production capacity without necessarily expanding your physical footprint. Think of it: while your team might work in shifts, your automated system can keep chugging along, blending and processing, ensuring your output never falters. This continuous operation leads to reduced batch cycle times. Instead of waiting for manual measurements or adjustments, the system executes each step with speed and precision. Ingredients flow seamlessly from storage to mixer, guided by intelligent controls that optimize the entire process. This optimized ingredient flow minimizes bottlenecks and ensures that your raw materials are always moving towards becoming finished feed. Furthermore, automation allows for significant labor optimization. While it might seem counterintuitive, automation doesn’t necessarily mean fewer jobs; it often means a shift in roles. Your team can move from repetitive, physically demanding tasks to more supervisory, analytical, and maintenance-focused positions, leveraging their skills in more valuable ways. ### Improved Feed Quality and Consistency For feed manufacturers, feed quality and consistency are paramount. After all, the health and productivity of livestock depend on it. Feed mill automation is the ultimate guardian of formula accuracy. Our systems ensure that each ingredient, down to the micro-level, is weighed and introduced into the batch precisely as specified in the formulation. This eliminates the guesswork and potential for human error that can lead to significant variations between batches. Beyond mere accuracy, automation provides robust lot tracking and traceability capabilities. Imagine being able to trace every single ingredient in a finished batch back to its supplier, lot number, and even the exact time it was added. This level of detail is invaluable for quality control and, more importantly, for regulatory compliance. Speaking of compliance, automation significantly reduces the risk of cross-contamination. Dedicated ingredient lines, automated cleaning cycles, and precise material handling protocols minimize the chance of unwanted substances entering a batch, protecting both animal health and your reputation. This is especially crucial given strict guidelines like the FDA guidance on animal feed safety. By minimizing human error throughout the production process, we ensure that every bag or bulk load of feed meets the highest standards of quality and safety. ### Increased Safety and Compliance Safety isn’t just a buzzword; it’s a critical responsibility in any manufacturing environment, especially one dealing with large machinery, bulk materials, and potentially hazardous dust. Feed mill automation significantly improves worker safety by removing personnel from dangerous areas. Automated systems handle tasks like lifting heavy bags, operating mixers, and managing bulk ingredient transfers, reducing the risk of musculoskeletal injuries, falls, and accidents involving moving equipment. Dust control is also vastly improved through integrated ventilation systems and enclosed processes, creating a healthier working environment and reducing explosion risks. The ergonomic benefits are clear: fewer repetitive strain injuries and a more comfortable, safer workplace for your team. Beyond physical safety, automation is a powerful tool for regulatory compliance. With the increasing scrutiny from bodies like the FDA, particularly concerning FSMA compliance, accurate record-keeping and audit trails are non-negotiable. Our automated systems provide comprehensive, tamper-proof automated record keeping for every aspect of production, from ingredient receipt to finished product shipment. This includes batch records, ingredient usage, process parameters, and even cleaning cycles. When an auditor comes knocking, you’ll have a complete, easily retrievable audit trail at your fingertips, demonstrating your commitment to safety and quality. This level of documentation not only protects your operation but also builds trust with your customers. ## Key Components of an Automated System Understanding the benefits of feed mill automation is one thing; understanding the “how” is another. A modern automated feed mill is a symphony of interconnected technologies, all working in harmony to create a seamless production process. At its heart, these systems rely on a robust architecture of hardware and software designed for precision and reliability. When we design an automated solution, we integrate several key components. The Programmable Logic Controller (PLC) acts as the brain, executing instructions and managing the sequence of operations. The Supervisory Control and Data Acquisition (SCADA) system provides the overarching control and monitoring, allowing operators to oversee the entire plant from a central location. The Human-Machine Interface (HMI) is the operator’s window into the process, offering intuitive graphical displays to control equipment and view real-time data. But it’s not just about the brains; it’s about the senses and muscles too. Sensors are the eyes and ears of the system, detecting levels, temperatures, pressures, and ingredient presence. Actuators are the muscles, performing physical actions like opening valves, starting motors, and positioning gates. And for precise control over motor speeds and energy efficiency, Variable Frequency Drives (VFDs) are essential, allowing us to fine-tune equipment performance based on real-time process needs. ### Process Controls and Software The true magic of feed mill automation lies in its sophisticated process controls and software. This is where all the data comes together, and decisions are made in milliseconds. Our systems provide centralized control, meaning an operator can manage and monitor the entire production process – from raw material intake to finished product loadout – from a single control room. This eliminates the need for personnel to be physically present at every station, streamlining operations and improving safety. Data acquisition is another cornerstone. Every action, every measurement, every parameter is recorded. This constant stream of information allows for real-time monitoring of your process, enabling operators to identify and address issues immediately, preventing costly downtime or quality deviations. Beyond immediate reactions, this data is invaluable for reporting. Our software generates comprehensive reports on production volumes, ingredient usage, energy consumption, and more. This wealth of information empowers you to make informed decisions for continuous improvement. Furthermore, integrated inventory management features track raw materials, work-in-progress, and finished goods, providing accurate stock levels and reducing the risk of shortages or overstocking. For a deeper dive into how these systems work, you can explore more about our process controls & automation offerings. ### Material Weighing and Batching Systems At the core of consistent feed quality is accurate material weighing and batching. This is where feed mill automation truly shines. Whether you’re dealing with micro ingredients (like vitamins and minerals measured in grams), major ingredients (such as corn, soy, and wheat measured in tons), or liquid ingredients (like fats and molasses), our automated systems ensure unparalleled precision. We use advanced weighing technologies, including both gain-in-weight and loss-in-weight systems. Gain-in-weight systems measure ingredients as they are added to a batch, ensuring each component reaches its target weight. Loss-in-weight systems, often used for continuous feeding or highly precise micro-ingredient dosing, measure the amount of material dispensed from a feeder by monitoring the weight loss of its supply hopper. This dual approach allows us to select the most appropriate and accurate weighing method for every ingredient type and process requirement. The result is feed that consistently meets its nutritional specifications, batch after batch. To learn more about how we achieve this precision, take a look at our specialized [batching systems](https://sterlingcontrols.com/systems/batching-systems/). ### Automating Key Feed Mill Processes While batching is critical, feed mill automation extends across virtually every stage of production. From the moment raw materials enter your facility to the final loading of finished feed, automation can optimize efficiency and quality. Consider the grinding process: automated systems can precisely control particle size, ensuring optimal digestibility and consistency. In mixing, automated sequences ensure ingredients are thoroughly blended for a homogenous product. Pelleting, a high-energy process, benefits immensely from automation through optimized steam conditioning, die speed control, and temperature management, leading to durable, high-quality pellets with minimal energy waste. Even downstream processes like bagging are automated, with robotic or semi-robotic systems accurately filling, sealing, and palletizing bags. Finally, bulk loadout systems ensure accurate weighing and efficient loading of finished feed into trucks or railcars, minimizing spillage and maximizing throughput. Each of these processes, when automated, contributes to an integrated, highly efficient operation. For more information on precise material handling, you can explore our material weighing solutions. ## Implementing Feed Mill Automation: A Step-by-Step Approach Starting on a feed mill automation project can seem like a daunting task, but with a structured approach, it becomes a manageable and highly rewarding endeavor. It’s not just about installing new equipment; it’s about strategically changing your operations. Our approach always begins with thorough project planning, where we sit down with you to understand your current setup, your challenges, and your aspirations. This leads into a detailed needs analysis, ensuring that the automation solution we propose is perfectly custom to your unique requirements. From there, we move into system design, crafting a blueprint for efficiency and future growth. Choosing a single-source supplier like us simplifies this entire journey. You benefit from a unified vision, seamless integration, and consistent support from a team that understands your entire system, rather than juggling multiple vendors. ### Assessing Your Current Operations for feed mill automation Before we can chart a course for automation, we need a clear understanding of your starting point. This involves a comprehensive assessment of your current operations. We’ll work with you to identify any bottlenecks in your production flow – those areas where things slow down, costs increase, or errors frequently occur. Perhaps it’s a manual weighing station, an inefficient mixing sequence, or a slow bagging line. Next, we define your throughput goals. How much feed do you need to produce, and at what rate? Understanding these targets helps us design a system that not only meets but exceeds your future demands. We’ll also conduct a thorough existing equipment audit, evaluating what can be integrated into a new automated system and what might need upgrading or replacement. Finally, we’ll assist with budgeting and calculating the potential Return on Investment (ROI). This isn’t just about the initial cost; it’s about demonstrating the long-term savings and increased profitability that feed mill automation can bring to your operation in the United States or Canada. ### Designing a Custom Solution Every feed mill is unique, with its own layout, existing equipment, and specific production needs. That’s why a one-size-fits-all approach to feed mill automation simply doesn’t work. We specialize in custom engineering, designing solutions that are precisely custom to your facility. This isn’t about forcing your operation into a pre-made box; it’s about building a system that fits your exact requirements and optimizes your specific processes. A key aspect of our design philosophy is scalability. We anticipate your future growth, ensuring that the automated system we install today can be expanded and adapted as your production demands increase. We also prioritize future-proofing, incorporating technologies that are robust, reliable, and capable of evolving with industry advancements. And, critically, we focus on equipment integration. Our expertise lies in seamlessly connecting diverse process equipment – from different manufacturers and generations – into a cohesive, centrally controlled system. This means you don’t necessarily have to replace everything; we can often make your existing, still-functional equipment work smarter. Here are some key design considerations for a new system: - Ingredient storage and handling capacity - Desired batch sizes and production rates - Existing infrastructure and space constraints - Specific recipe requirements and number of formulas - Regulatory compliance needs (e.g., FSMA, HACCP) - Energy efficiency targets - Future expansion plans ### Integration, Commissioning, and Training Once the design is finalized and the components are ready, the next critical phase is implementation. We often recommend a phased installation approach, especially for existing mills. This minimizes disruption to your ongoing production, allowing you to gradually transition to the new automated system while maintaining output. Our experienced team manages the entire installation process, ensuring everything is set up correctly and safely. Following installation, we move into startup support and commissioning. This involves rigorous testing of every component and every sequence to ensure the system operates exactly as designed. We fine-tune parameters, calibrate sensors, and verify communication between all devices. But a sophisticated system is only as good as the operators who run it. That’s why comprehensive operator training is a cornerstone of our service. We ensure your team is proficient and comfortable using the new HMI, understanding the process flows, and troubleshooting minor issues. We also provide detailed maintenance planning to keep your system running optimally for years to come. Finally, system validation confirms that the automated process consistently meets all specified requirements and quality standards, giving you complete confidence in your investment. ### Frequently Asked Questions We often encounter common questions from mill operators considering the leap into automation. Let’s address a few of the most frequent ones. **What is the typical ROI for feed mill automation?** The Return on Investment (ROI) for feed mill automation can vary significantly based on the scale of the project, the current state of your mill, and your specific operational challenges. However, we typically see very strong returns. Mills often report improvements in several key areas that directly contribute to ROI: - Reduced Ingredient Waste: Precision batching can cut ingredient shrinkage by 1-3%, a significant saving over time. - Increased Throughput: Many operations experience a 10-30% increase in production capacity. - Labor Optimization: While not always a direct reduction in headcount, automation allows for more efficient allocation of labor, reducing overtime and improving job satisfaction. - Improved Quality Control: Fewer re-batches, less cross-contamination, and consistent product quality reduce losses and improve customer satisfaction. - Energy Savings: Optimized processes and VFDs can lead to noticeable reductions in energy consumption. - Regulatory Compliance: Avoiding fines and maintaining a strong reputation due to robust traceability and record-keeping also contributes to a positive ROI. Generally, we’ve seen payback periods ranging from 2 to 5 years, often even faster for larger operations or those with significant initial inefficiencies. Our team can help you conduct a detailed ROI calculation custom to your specific situation. **Can I automate my existing feed mill, or do I need a new build?** Absolutely, you can automate your existing feed mill! In fact, many of our projects involve retrofitting and upgrading existing facilities. While a new build offers the advantage of designing an automated system from the ground up, we specialize in integrating our solutions with your current infrastructure. Our custom engineering approach means we assess your existing equipment, layout, and processes to design an automation solution that works within your current footprint. We can often integrate new control systems, weighing equipment, and software with your existing mixers, grinders, and other machinery. This phased approach minimizes disruption and allows you to upgrade critical areas first, gradually expanding automation across your entire operation. The key is careful planning and a partner who understands how to blend new technology with established processes. **How does automation impact workforce requirements?** This is a common and important question. Feed mill automation doesn’t necessarily mean eliminating jobs; rather, it often transforms them. The goal isn’t to replace your skilled workforce but to empower them. Automation typically shifts labor requirements from physically demanding, repetitive, and often hazardous tasks to more skilled, supervisory, and analytical roles. Operators become process managers, monitoring the HMI, analyzing data, and performing maintenance. There’s an increased need for technicians who can understand and maintain sophisticated control systems. We find that employees engaged in these new roles often report higher job satisfaction. While there might be a reduction in manual labor in some areas, the overall impact is usually a more efficient, safer, and higher-quality operation that requires a different skill set. We provide comprehensive training to help your current workforce adapt to these new technologies, ensuring a smooth transition and maximizing the benefits of your automated system. ### Conclusion The landscape of animal feed production is continually evolving, driven by demands for higher quality, greater efficiency, and stringent safety standards. In this dynamic environment, feed mill automation is no longer a luxury but a strategic imperative. It represents the future of feed milling, offering a clear path to competitive advantage. By embracing automation, you gain unparalleled control over your processes, ensuring consistent quality, maximizing throughput, and safeguarding your team. We’ve seen how these solutions transform operations, leading to reduced operational costs, improved animal nutrition, and robust compliance with regulatory requirements. The benefits — from improved efficiency and throughput to improved feed quality, increased safety, and seamless compliance — collectively create a more profitable and sustainable future for your feed mill. At Sterling Systems & Controls, we pride ourselves on providing custom-engineered solutions that are carefully customized to your specific objectives. Our expertise lies in integrating diverse process equipment into a unified, intelligent system, ensuring that your investment delivers maximum value. We are committed to partnering with feed mills across the United States and Canada, helping them steer the complexities of modern production with innovative automation. We invite you to explore our [custom feed milling solutions](https://sterlingcontrols.com/products-capabilities/complete-systems/feed-mill-automation/) and discover how we can help you achieve your operational excellence goals. **Categories:** Blog **Tags:** Feed and Petfood Automation, feed batching systems, feed mill, feed mill automation --- ### [Mastering the Flow: A Guide to Industrial Process Control](https://sterlingcontrols.com/blog/the-brains-behind-the-brawn-unpacking-industrial-process-control/) **Published:** May 18, 2026 **Author:** p1ws **Excerpt:** Industrial process control is the use of sensors, controllers, and actuators to automatically monitor and adjust manufacturing processes, keeping them consistent, safe, and efficient without constant human intervention. Discover industrial process control: from PID to DCS, evolution, strategies, and benefits for efficiency and ROI. **Content:** # Mastering the Flow: A Guide to Industrial Process Control ## What Is Industrial Process Control (And Why It Matters) Industrial process control is the use of sensors, controllers, and actuators to automatically monitor and adjust manufacturing processes, keeping them consistent, safe, and efficient without constant human intervention. Here is a quick overview of what it involves: - **What it is:** A system that measures process variables (like temperature, pressure, or flow) and automatically corrects them to match a target value - **How it works:** Sensors feed real-time data to a controller, which calculates any deviation from the setpoint and signals an actuator to make a correction - **Where it’s used:** Chemical plants, food processing, oil refining, pharmaceuticals, power generation, and more - **Why it matters:** It reduces waste, cuts energy use, improves product quality, and keeps operations safe Think of it as the nervous system of a manufacturing facility. Just like your nervous system senses the environment and triggers a response, an industrial process control system senses what’s happening on the plant floor and acts on it, continuously, in real time. A single facility might run anywhere from a handful of loops to several thousand, all working together to keep production on track. In fact, it’s estimated that around 5 billion control loops running a PID algorithm are operating across the world at any given moment. Whether you’re managing ingredient batching in a food plant or regulating reaction temperatures in a chemical process, the principles are the same: *measure, compare, correct, repeat.* ![Closed-loop feedback cycle in industrial process control showing sensor, controller, actuator, and process](https://images.bannerbear.com/direct/4mGpW3zwpg0ZK0AxQw/requests/000/145/777/657/0Mn5r3E1XY0lO9ePYWPoD9kg7/beec6f3b0f1bb88cc7a0371e9940c42af4bfaa40.jpg "Closed-loop feedback cycle in industrial process control showing sensor, controller, actuator, and process") ## The Core Components of Industrial Process Control To understand how industrial process control functions, we have to look at the physical “organs” that make up this nervous system. Every system, whether it is a simple temperature regulator or a massive [Complete Process System](https://sterlingcontrols.com/products-capabilities/complete-systems/complete-process-systems/), relies on a specific set of hardware and software components working in harmony. ![Industrial sensors and automated valves on a production line](https://images.pexels.com/photos/18471565/pexels-photo-18471565.jpeg?auto=compress&cs=tinysrgb&h=650&w=940 "Industrial sensors and automated valves on a production line") ### Sensors and Transmitters These are the eyes and ears of the system. Sensors detect physical properties like temperature, pressure, flow rate, or liquid level. Transmitters then take that raw signal and convert it into a standardized electrical signal (often 4-20 mA) that a computer can understand. Without accurate sensing, the “brain” of the system is essentially flying blind. ### Controllers The controller is the decision-maker. It receives the signal from the transmitter, compares it against a desired “setpoint” (the target value), and calculates how much of a change is needed. This calculation is performed using control algorithms, the most famous being the PID algorithm. ### Actuators and Final Control Elements Once the controller decides on an action, it sends a command to an actuator. This could be a motor that turns a conveyor belt, a heating element that warms a vat, or a control valve that opens to let more fluid through. These are the “muscles” that do the heavy lifting. ### Human Machine Interface (HMI) While the system is designed to be automatic, humans still need to keep an eye on things. The HMI provides a visual dashboard—often a touchscreen or a computer monitor—where operators can view real-time data, change setpoints, and respond to alarms. For larger facilities, these components are often overseen by [supervisory control](https://sterlingcontrols.com/industries-applications/general/supervisory-control/) systems that coordinate multiple loops simultaneously to ensure the entire plant is running at peak efficiency. ### Functional Hierarchy Levels Modern **industrial process control** isn’t just a flat network of wires; it is organized into a strict five-level hierarchy (Level 0 to Level 4) that ensures data flows from the shop floor to the front office: - **Level 0 (Field Level):** The physical devices like sensors and valves. - **Level 1 (Direct Control):** PLCs and DCS modules that execute the immediate control logic. - **Level 2 (Plant Supervision):** Monitoring and supervisory systems (SCADA) that provide the HMI for operators. - **Level 3 (Production Management):** Systems that manage the workflow, such as Manufacturing Execution Systems (MES). - **Level 4 (Enterprise Scheduling):** The business level (ERP) where production is scheduled based on orders and logistics. ### Control Loop Interactions In a complex plant, control loops rarely live in isolation. They interact. For example, if you increase the flow of cold liquid into a tank (Loop A), the temperature will drop, forcing the heater (Loop B) to work harder. We often use “cascaded loops” to handle these interactions. In a cascade setup, the output of one controller becomes the setpoint for another. This creates a sophisticated web of [Industrial Process Control](https://sterlingcontrols.com/products-capabilities/controls-automation/process-controls-automation/) that can handle unpredictable “disturbances”—those annoying outside factors like changes in ambient temperature or raw material consistency that try to knock the process out of whack. ## Evolution of Control: From Ancient Floats to Digital Twins The history of process control is a long journey of humans trying to get machines to behave themselves. It didn’t start with microchips; it started with water and wind. Ancient inventors like Ktesibios of Alexandria developed float valves for water clocks as early as the 3rd century BC. If you’ve ever looked inside a modern toilet tank, you’ve seen a direct descendant of this ancient technology! Later, during the Industrial Revolution, James Watt’s centrifugal governor used spinning weights to regulate the speed of steam engines, a classic example of mechanical feedback. The theoretical “big bang” for modern systems happened in 1922 when Nicolas Minorsky published his research on the “Directional stability of automatically steered bodies.” By observing how helmsmen steered ships in rough gales, he realized they didn’t just look at where the ship was (proportional), but also how long it had been off course (integral) and how fast it was veering (derivative). This led to the formalization of the PID algorithm. For decades, control was handled by local pneumatic panels—walls of gauges and dials that used compressed air to move valves. If you wanted to change a setting, you had to walk to the specific machine. The shift to centralized control rooms and eventually digital systems changed everything, as we detail in our [Enhancing process control white paper](https://sterlingcontrols.com/white-paper/enhancing-process-control/). ### The Shift to Distributed Control Systems The 1970s brought the microprocessor, which allowed for the birth of the Distributed Control System (DCS). Instead of one giant computer controlling everything (which was a huge risk if that one computer crashed), the DCS spread the “intelligence” across many small controllers. This evolution improved operations by providing: - **Advanced Alarm Handling:** Notifying operators only when something actually needs attention. - **Data Logging:** Recording every second of production for later analysis. - **System Redundancy:** If one controller fails, another can take over instantly. - **Remote Access:** Allowing engineers to troubleshoot a system in Illinois from a desk in Canada. ## Comparing Control Strategies: PID vs. MPC When we design an **industrial process control** strategy, we generally choose between two main philosophies: Reactive and Predictive. ### Reactive Logic: The PID Algorithm Proportional-Integral-Derivative (PID) control is the workhorse of the industry. It is “reactive” because it only acts after an error is detected. - **Proportional (P):** Acts on the current error. If the temperature is 5 degrees too low, it turns the heater on. - **Integral (I):** Acts on the accumulation of past errors. It ensures that even small, lingering deviations are eventually eliminated. - **Derivative (D):** Predicts the future error based on the current rate of change. It acts like a brake to prevent the system from overshooting the target. While PID is incredibly reliable, it has a “lack of foresight.” It doesn’t know that a huge load of cold ingredients is about to hit the mixer; it only knows the temperature is dropping *now*. For those interested in the math, you can experiment with a [PID control virtual laboratory](http://www.pidlab.com/). ### Predictive Modeling: Model Predictive Control (MPC) Model Predictive Control is the “advanced” cousin of PID. Instead of just reacting, MPC uses a mathematical simulation model of the process to predict what will happen in the future. MPC is multivariable, meaning it can look at temperature, pressure, and flow all at once. It considers “constraints”—like the fact that a tank can’t exceed a certain pressure—and optimizes the process to get as close to the limit as possible without breaking it. This allows for much higher efficiency, though it requires significantly more computing power. | Feature | PID (Reactive) | MPC (Predictive) | |---|---|---| | **Response** | Reacts to past/present error | Predicts future behavior | | **Complexity** | Simple, easy to tune | Complex, requires model | | **Variables** | Single Input, Single Output (SISO) | Multivariable (MIMO) | | **Constraints** | Hard to manage | Built into the optimizer | | **Cost** | Low | High | ## System Architectures: PLC, DCS, and SCADA Choosing the right “brain” for your industrial process control system depends on what you are making. ### Programmable Logic Controllers (PLC) PLCs were originally designed to replace physical relay racks in automotive assembly lines. They are masters of “discrete” control—logic that is either on or off. If you need to stop a conveyor when a sensor detects a box, a PLC is your best friend. They are rugged, fast, and perfect for [Process Controls for OEMs](https://sterlingcontrols.com/industries-applications/general/process-controls-for-oems/). ### Distributed Control Systems (DCS) As mentioned earlier, a DCS is designed for continuous, complex processes like oil refining or large-scale chemical production. While a PLC might control a single machine, a DCS manages the entire plant. It prioritizes stability and safety above all else. ### SCADA (Supervisory Control and Data Acquisition) SCADA is more of a software layer than a hardware one. It sits on top of PLCs and DCS units, gathering data from across a wide geographic area (like a pipeline or a city water system) and presenting it to operators. It is the “big picture” tool. To see how these fit together, read about [The essential role of controls and automation](https://sterlingcontrols.com/blog/the-essential-role-of-controls-and-automation-in-process-manufacturing/). ### Hardware and Software Integration The “glue” that holds these systems together is the communication protocol. In the old days, this was 4-20 mA analog signals. Today, we use Industrial Ethernet and digital protocols that allow devices to share massive amounts of data. This connectivity is the foundation of the “Digital Twin,” where a virtual version of your plant runs in real-time alongside the physical one. ## Applications Across Batch and Continuous Industries **Industrial process control** looks different depending on the “rhythm” of the production. ### Continuous Processes In continuous manufacturing—like oil refining or power generation—the plant runs 24/7. Raw materials flow in one end, and finished products flow out the other without stopping. Here, the goal of process control is “steady-state” optimization. Even a 1% increase in efficiency can result in millions of dollars in savings over a year. ### Batch Processes In batch processing—common in food, feed, and pharmaceuticals—products are made in specific quantities. You mix a “batch” of cookie dough, bake it, and then clean the equipment before the next batch. Control systems here must be flexible, managing recipes and ensuring that every batch is identical to the last. This is where [Plantwide Systems](https://sterlingcontrols.com/industries-applications/general/plantwide-systems/) and material weighing become critical. ### Economic and Operational Benefits Why invest in high-end [Controls & Automation](https://sterlingcontrols.com/products-capabilities/controls-automation/)? The numbers speak for themselves: - **Waste Reduction:** By tightening control, you produce less “off-spec” product that has to be thrown away. - **Energy Optimization:** Advanced algorithms can run pumps and heaters only when necessary, slashing utility bills. - **Safety:** Systems can detect a dangerous pressure rise in milliseconds—faster than any human could—and trigger an automatic “trip” to shut the process down safely. - **Throughput:** When you reduce the “variability” of a process, you can run it closer to its maximum capacity. ### Frequently Asked Questions **What is the difference between feedback and feedforward control?** Feedback control is reactive; it looks at the output (the result) and makes a change if it’s wrong. It’s like driving a car by looking in the rearview mirror—you only know you’ve veered off the road after it happens. Feedforward control is proactive. It measures a “disturbance” (like a change in outdoor temperature) before it hits the process and makes a preemptive adjustment. Most modern systems use a hybrid of both. **Why is PID the most common control algorithm?** PID is popular because it works remarkably well for about 90% of industrial applications without needing a complex mathematical model of the process. It is easy for technicians to understand, easy to “tune,” and there are over 5 billion loops currently proving its effectiveness every day. **How does industrial process control improve ROI?** By reducing the “buffer” or margin of error required for production. If your control is sloppy, you have to aim for a much higher quality setpoint just to ensure the “dips” don’t fall below the legal limit. Tight control allows you to shift your setpoint closer to the limit, saving raw materials and energy while still guaranteeing a quality product. ### Conclusion At Sterling Systems & Controls, we know that industrial process control is about more than just wires and code—it’s about giving your business a competitive edge. Whether you are looking for an [Automation Upgrade](https://sterlingcontrols.com/industries-applications/general/automation-upgrade/) for an aging line or a custom-engineered solution for a new facility in the US or Canada, we provide the “brains” that make your “brawn” more productive. The future of the industry is moving toward even greater intelligence. We are already seeing the integration of AI and machine learning, where systems don’t just follow a program—they learn from the data to find efficiencies that humans might miss. You can read more about these exciting trends in [The future of process controls and automation](https://sterlingcontrols.com/blog/the-future-of-process-controls-and-automation-embracing-the-next-wave-of-innovation/). Ready to optimize your production? [Explore material weighing systems](https://sterlingcontrols.com/products-capabilities/batching-weighing/material-weighing-systems/) and see how precision control can transform your bottom line. **Categories:** Blog --- ### [Essential Dust Control Measures for Safe and Efficient Manufacturing](https://sterlingcontrols.com/blog/essential-dust-control-measures-for-safe-and-efficient-manufacturing/) **Published:** December 4, 2024 **Author:** p1ws **Excerpt:** Dust control is essential in manufacturing with dry materials to prevent health risks and explosive hazards. Dust from processes like grinding can cause respiratory issues and even deadly explosions. Compliance with NFPA and OSHA standards, regular equipment maintenance, and dust control solutions like sealed hoppers and collection systems help manage these risks. Training employees and building a safety-focused culture ensure a safer, more efficient workplace. **Content:** # Essential Dust Control Measures for Safe and Efficient Manufacturing Controlling dust should be a top priority if you’re working with dry materials like powders and granules. Dust poses serious health risks to workers and can even lead to dangerous explosions. Taking the proper steps to control dust guarantees a safe, efficient work environment and keeps your operations running smoothly. ## Understanding Dust Hazards Dust in manufacturing comes from various sources—metal shavings, food ingredients, or chemicals. During handling processes like grinding or conveying, these particles easily become airborne. For instance, flour dust in a bakery can lead to respiratory issues if workers inhale it. Toxic dust, such as those from chemical powders, can cause severe long-term health problems, including lung damage. Accumulated dust also poses a risk of explosion. In 2008, the [Imperial Sugar explosion](https://www.csb.gov/imperial-sugar-company-dust-explosion-and-fire/) killed 14 people due to sugar dust accumulation. Another dust explosion occurred in 2017 at [Didion Milling in Wisconsin](https://www.csb.gov/didion-milling-company-explosion-and-fire-/), leading to five fatalities. These examples show how dangerous unchecked dust can be. ## Key Standards and Regulations Compliance with established standards is vital for managing dust hazards in process manufacturing. Here are some of the critical guidelines that apply. #### **NFPA 654: General Requirements for Preventing Dust Explosions** [NFPA 654](https://www.nfpa.org/codes-and-standards/nfpa-654-standard-development/654) provides guidelines to prevent fires and explosions in facilities manufacturing, processing, and handling particulate solids that can produce combustible dust. It stresses the importance of conducting a Dust Hazard Analysis (DHA) to spot and manage risks. This standard does not provide instructions or methods suggested for performing the DHA as this is manufacturer and process dependent. Manufacturers should internally discuss this and may find other sources for more detailed instructions on performing the DHA for their process. With compliance the manufacturer does due diligence to identify potential problems, their sources, and resolutions. When followed and resolutions implemented, less dust related issues will occur. #### **NFPA 652: Managing Combustible Dust Across Industries** [NFPA 652](https://www.nfpa.org/codes-and-standards/nfpa-652-standard-development/652) lays out basic guidelines for managing dust hazards in different sectors. It mandates that facilities perform DHA’s and outlines proven techniques for identifying potential ignition sources, and controlling dust accumulation, which will help mitigate problems associated with dust in combustible particulate material processing and manufacturing. #### **NFPA 660: New Consolidated Standard** [NFPA 660](https://www.nfpa.org/codes-and-standards/nfpa-660-standard-development/660) will soon combine six existing standards, including the NFPA 654 and NFPA 652, into one cohesive guideline to address combustible dust safety. This consolidated document aims to make compliance more manageable by offering a single reference point covering practices for safety where combustible particulate solids are processed, including hazard identification and developing the DHA. #### **OSHA Guidelines** The Occupational Safety and Health Administration (OSHA) also provides vital safety standards for dust exposure. OSHA’s guidelines emphasize the importance of managing dust emissions to prevent explosions. For more information, check OSHA’s [combustible dust standards](https://www.osha.gov/combustible-dust/standards). ## Dust Generation in Process Manufacturing In process manufacturing such as baking, food processing, pet food manufacturing, and others, the handling of dry particulate materials—whether through weighing, batching, mixing, or conveying—frequently results in the creation of dust (fine particles of dry material small enough to be suspended in the air). Identifying the specific points in your process and facility where dust is created is essential for successfully controlling dust and implementing prevention strategies. Dust generation can occur naturally through processes such as abrasion/erosion and decomposition of the dry particulate material. In addition, dust can be created through processing of the material. This processing includes handling of the dry materials through actions like conveying, or dust can occur due to the inherent manufacturing process such as batching, mixing, or particle size reduction (grinding/classifying). The specific points where dust is created may include areas where the dry materials are transferred between pieces of process equipment or where mechanical action takes place (like grinding or agitation). Airborne dust can also be created during the discharge of powders from bulk bags for further processing. Containment and control of dust is critical in all of these examples. Maintaining cleanliness, like following 5S principles, can help limit dust buildup. Dust particles can pose various health and safety concerns. Fine dust can become a respiratory hazard when inhaled, potentially causing conditions such as asthma or chronic lung diseases. Many dust explosions involve secondary blasts triggered by accumulated dust on equipment or structural elements. Keeping surfaces clean and managing dust through proper ventilation, and filtration is essential for maintaining a safe environment. ## Effective Dust Control Solutions Controlling dust involves a mix of smart strategies and the right equipment. Let’s explore a few effective and simple methods that are easy-to-implement for ingredient batching systems. ![](https://sterlingcontrols.com/wp-content/uploads/SEALEDHOPPER.DUSTSOCKS-1024x453.png "SEALEDHOPPER.DUSTSOCKS | Sterling Systems & Controls")#### **Sealed Scale Hoppers** Ingredient batching systems often include scale hoppers. These are hoppers used to feed from one to several ingredients into them and weigh them while feeding. Using sealed scale hoppers helps to contain the dust produced when the dry materials are fed into the scale hoppers. By keeping materials enclosed, you can stop dust from escaping into the surrounding area in the facility. #### **Feeder Socks** Sealing the connection between the dry material feeder and the scale hopper will minimize dust in the area. When auger feeders are utilized in the ingredient batching system, feeder socks can be used. These are flexible, sealed connections between feeders and hoppers. They help prevent dust from escaping while transferring materials, keeping the environment cleaner. #### **Dust Collection Systems** Dust collection systems can maintain good air quality when properly sized, installed and maintained. Systems like baghouses or cyclones can capture dry material particulates before they have a chance to accumulate. For example, dust collectors used during batching system bin filling and feeding can significantly reduce airborne dust in the area surrounding an automatic ingredient batching system with multiple dry material powders involved. ![](https://sterlingcontrols.com/wp-content/uploads/DUST-COLLECTOR-FOR-INGREDIENT-BATCHING-1024x844.png "DUST COLLECTOR FOR INGREDIENT BATCHING | Sterling Systems & Controls"). ## Implementing Dust Control Systems Putting dust control systems in place requires proper planning and understanding of the amount of dust, its location and source, and your facility’s specific needs. #### **Proven Techniques** Using sealed systems and the right dust collection equipment is key. Regular maintenance will also help ensure these systems function effectively. It’s also wise to monitor equipment closely to identify and fix issues before they escalate. #### **Employee Training and Awareness** Training your employees about dust hazards and how to operate equipment safely is equally important. When workers understand the risks and know the proper procedures, they can help ensure a safe working environment. Building a culture of safety boosts the success of your dust control efforts. ## Benefits of Prioritizing Dust Control Effective dust control systems offer several benefits: - **Improved Safety**: Reduces health risks and explosion hazards - **Regulatory Compliance**: Meets OSHA and NFPA requirements - **Operational Efficiency**: Reduces downtime of equipment linked to dust issues - **Cost Savings**: Lowers maintenance by reducing equipment wear and tear Taking proactive steps to control dust is a wise investment that pays off in safety and efficiency. ## Conclusion Managing dust in process manufacturing is not just about maintaining cleanliness and preventing ignition sources; it’s about ensuring the health and safety of workers, protecting the facility from potential disasters, and complying with regulatory standards. By understanding the sources of airborne dry material particulates, implementing effective control measures like sealed hopper systems, feeder socks, and dust collection units, and implementing rigorous maintenance and housekeeping, manufacturers can significantly reduce dust hazards. Prioritizing dust control brings many advantages to the process manufacturer: it improves personnel and facility safety by reducing health risks and explosion dangers; it ensures regulatory compliance, boosts operational efficiency by minimizing dust-related downtime, and increases cost savings through a reduction in processing equipment wear and tear, and maintenance needs. Training employees and fostering safety in the company culture further amplify the success of dust control measures. By taking proactive steps to address dust control, process manufacturers build safer and more efficient work environments that benefit everyone; from the workers on the factory floor to the executive and management leadership overseeing manufacturing operations. ## Next Steps With over 50 years of expertise in custom engineering solutions for process control and automation in the dry material processing industries; material weighing, ingredient batching, bulk bag unloading and filling, liquid handling, and much more; Sterling Systems & Controls proudly has the experience to provide you with expert guidance in dust control and mitigation, and to achieve your automation and process improvement goals.[ Contact us today](https://sterlingcontrols.com/contact/) to discuss how our knowledge and expertise can align with your goals, and how you can continue your journey toward manufacturing excellence! **Categories:** Blog --- ### [Manual Batching vs. Semi-Automatic: What’s Right for You?](https://sterlingcontrols.com/blog/manual-batching-vs-semi-automatic-whats-right-for-you/) **Published:** May 5, 2026 **Author:** p1ws **Excerpt:** Manual batching prioritizes flexibility and low capital cost, while semi-automatic batching improves accuracy and repeatability through automated weighing and controls. **Content:** # Manual Batching vs. Semi-Automatic: What’s Right for You? ## **When to Move from Manual to Semi-Automatic Batching** Manual batching prioritizes flexibility and low capital cost, while semi-automatic batching improves accuracy and repeatability through automated weighing and controls. Semi-automatic systems are often the preferred transition for growing operations seeking higher throughput and process consistency without moving to full automation. Choosing between manual and semi-automatic batching is a common decision point for manufacturers handling bulk materials. Both approaches can be effective—but the right choice depends on production volume, accuracy requirements, labor constraints, and long-term operational goals. Manual batching often works well for smaller operations or limited formulations. Semi-automatic batching, on the other hand, introduces weighing automation and controls that reduce variability while preserving operator oversight. This article breaks down the key differences between manual and semi-automatic batching, outlines where each approach makes sense, and explains how engineered batching systems help bridge the gap as production needs evolve. ### **What Is Manual Batching?** Manual batching relies heavily on operators to measure, add, and sequence materials. While scales or weigh indicators may be used, the batching process itself is controlled by people rather than automation. Typical characteristics of manual batching include: - Operators weighing ingredients individually - Manual start/stop of feeders or gates - Visual confirmation of batch completion - Paper or basic digital batch records Manual batching is common in facilities with low throughput, frequent recipe changes, or limited automation infrastructure. #### **Benefits of Manual Batching** Manual batching can be a practical choice when: - Batch sizes are small or inconsistent - Production schedules are flexible - Capital investment needs to be minimal - Skilled operators are readily available For some applications, manual batching offers simplicity and control without the complexity of automated systems. #### **Limitations of Manual Batching** As production scales, manual batching can introduce challenges: **Inconsistent accuracy** due to operator variability **Slower batch cycles**, limiting throughput **Higher labor dependency**, especially across shifts **Limited data visibility** for traceability and reporting These limitations often become more pronounced as ingredient counts increase or tolerances tighten. ### **What Is Semi-Automatic Batching?** [Semi-automatic batching](https://sterlingcontrols.com/products-capabilities/batching-weighing/batching-systems/) combines operator involvement with automated weighing and control logic. Materials are still loaded or initiated by operators, but the system manages weight targets, sequencing, and batch validation. Semi-automatic systems typically include: - Integrated scales or weigh hoppers - PLC-based control logic - Operator HMIs for recipe selection - Automated cutoff at target weights This approach reduces manual error while maintaining flexibility and oversight. #### **Benefits of Semi-Automatic Batching** Semi-automatic batching is often selected to: - Improve batch accuracy and repeatability - Reduce operator workload - Increase throughput without full automation - Standardize batch execution across shifts Because weight targets and cutoffs are automated, semi-automatic systems help ensure consistent results even as production volume increases. #### **Key Differences: Manual vs. Semi-Automatic Batching** **Accuracy and Repeatability** Manual batching accuracy depends on the operator’s technique and attention. Semi-automatic batching improves consistency by automating weight measurement and cutoff logic. **Throughput** Manual batching typically requires longer cycle times. Semi-automatic systems shorten batching cycles by reducing rework and minimizing corrections. **Labor Requirements** Manual batching is labor-intensive. Semi-automatic batching allows operators to oversee the process rather than perform every step. **Data and Traceability** Manual batching offers limited batch data. Semi-automatic systems support digital batch records, alarms, and performance tracking. #### **When Manual Batching Still Makes Sense** Manual batching can remain the right choice when: - Production volumes are low - Formulations change frequently - Accuracy tolerances are wide - Budget constraints limit automation In these cases, properly designed weighing stations and procedures can still deliver acceptable performance. #### **When Semi-Automatic Batching Is the Better Fit** Semi-automatic batching is typically justified when: - Batch accuracy directly impacts product quality - Throughput demands are increasing - Labor availability or consistency is a concern - Management needs better process visibility Many facilities transition to semi-automatic batching as a first step toward broader automation. #### **The Role of System Design in Semi-Automatic Batching** Performance in semi-automatic batching depends less on individual components and more on the system’s overall design. Key design considerations include: - Proper load cell selection and mounting - Material flow behavior during feeding - Control logic tuned for real-world conditions - Operator interfaces that reduce training time Engineered batching systems account for these variables to deliver reliable, repeatable performance. #### **Scaling from Manual to Semi-Automatic Batching** One advantage of semi-automatic batching is scalability. Systems can often be designed to: - Start with operator-initiated batching - Add automated sequencing over time - Integrate with upstream or downstream processes - Expand recipe management and reporting This phased approach helps manufacturers improve accuracy and efficiency without committing to full automation upfront. ### **How Sterling Approaches Batching System Design** Rather than offering fixed batching packages, Sterling Systems & Controls engineers batching and weighing systems around each application’s materials, production goals, and operating constraints. This approach focuses on: - Matching batching methods to real process needs - Integrating weighing, controls, and material handling - Supporting long-term reliability and expandability The result is a batching solution that fits the operation—not the other way around. ### Manual vs. Semi-Automatic Batching: Decision Table Decision Factor Manual Batching Semi-Automatic Batching **Typical Batch Size** Small to moderate, variable Moderate to high, repeatable **Weighing Accuracy** Operator-dependent System-controlled, repeatable **Batch Consistency** Varies by operator and shift Consistent across shifts **Throughput Capability** Limited by manual cycle time Higher throughput with shorter cycles **Labor Requirement** High operator involvement Reduced operator workload **Process Control** Manual start/stop and verification Automated weight targets and cutoffs **Recipe Management** Paper-based or basic digital PLC/HMI-based recipes **Data & Traceability** Limited or manual records Digital batch records and alarms **Scalability** Difficult to scale reliably Designed to scale with production **Upfront Investment** Lower initial cost Moderate investment with ROI **Long-Term Operating Cost** Higher due to labor variability Lower due to repeatability **Best Fit Applications** Low volume, flexible production Growing or accuracy-critical operations ***How to Read This Table*** *Manual batching emphasizes flexibility and low upfront cost but becomes less reliable as volumes and accuracy demands increase. Semi-automatic batching improves consistency and throughput by automating weighing and control logic while retaining operator oversight. For many manufacturers, semi-automatic batching represents the most practical transition point between fully manual processes and fully automated systems.* #### **Bottom Line** **Choose manual batching if:** - Volumes are low or inconsistent - Accuracy tolerances are wide - Labor is stable and skilled - Capital investment must remain minimal **Choose semi-automatic batching if:** - Accuracy directly affects product quality - Throughput or batch frequency is increasing - Operator-to-operator variability is an issue - Digital batch data and repeatability matter ### **Learn More About Sterling’s Batching & Weighing Capabilities** Choosing between manual and semi-automatic batching is ultimately about balancing accuracy, throughput, and operational control. The right solution depends on where your operation is today—and where it needs to go next. Learn more about how Sterling designs [batching and weighing systems](https://sterlingcontrols.com/products-capabilities/batching-weighing/) to support both manual and semi-automatic operations. ## Post navigation [< Back](https://sterlingcontrols.com/blog/how-to-choose-the-perfect-bulk-sack-unloader-for-your-plant/) [Next >](https://sterlingcontrols.com/blog/the-hidden-cost-of-bad-batches/) **Categories:** Blog --- ### [The 7 Steps of Manufacturing Process Automation and Scalability](https://sterlingcontrols.com/blog/the-7-steps-of-manufacturing-process-automation-and-scalability/) **Published:** April 14, 2026 **Author:** p1ws **Excerpt:** For process manufacturers, the pressure to do more with less is constant. Demand shifts. Ingredients change. Regulations tighten. And skilled labor is harder to find every year. **Content:** # The 7 Steps of Process Automation and Scalability in Manufacturing ## Why Scalable Automation Solutions Are the Foundation of Modern Manufacturing Scalable automation solutions are systems that grow with your business, handling more volume, more complexity, and more variation without requiring you to start over from scratch. Here is a quick answer to what scalable automation involves: 1. **Map your processes** to find bottlenecks in weighing, batching, or material handling 2. **Choose modular tools** that can expand as production volume increases 3. **Start small** with your highest-cost or most error-prone steps 4. **Integrate with existing systems** like ERP and process controls 5. **Add AI and cloud capabilities** to handle errors, predict issues, and scale on demand 6. **Train your team** to work alongside automated systems 7. **Measure results** and expand automation where it delivers the most value For process manufacturers, the pressure to do more with less is constant. Demand shifts. Ingredients change. Regulations tighten. And skilled labor is harder to find every year. Manual weighing and batching systems that worked fine at lower volumes start to crack under pressure as you grow. Errors creep in. Quality becomes inconsistent. Costs climb. Think of it like a rubber band. A good automation system *stretches* to meet demand without snapping. A rigid or outdated one breaks under the load. The good news is that scalable automation is no longer reserved for large enterprises. Advances in modular hardware, cloud platforms, and AI-driven controls have made it practical and affordable for small and mid-sized process manufacturers too. This guide walks through the 7 concrete steps to scale your manufacturing processes, what features to look for in a platform, and how companies like yours are making it work in the real world. ![Infographic showing the 7 steps of manufacturing process automation and scalability](https://images.bannerbear.com/direct/4mGpW3zwpg0ZK0AxQw/requests/000/137/012/653/P0ev7XDZrzqql8WvzMjR9og8N/d095d803ad2d4d197d61b5b9b6237110f182d5d9.jpg "Infographic showing the 7 steps of manufacturing process automation and scalability") ## The Strategic Value of Scalable Automation Solutions When we talk about scalability, we are talking about growth without limits. In the past, many manufacturers viewed automation as a “big company” luxury. You either did everything manually, or you spent millions on a rigid, custom-built line that was hard to change. Today, **Scalable automation solutions** offer a middle ground that provides immediate relief and long-term flexibility. ### Flexibility and Resilience The modern supply chain is a rollercoaster. One month you are dealing with a 20% spike in orders; the next, you are reformulating a product because a specific raw material is unavailable. Scalable systems allow you to adapt. Whether you are handling small batches of 20 units or ramping up to high-volume continuous production, the software and hardware should stay the same. This resilience ensures that when the market moves, you move with it. ### Solving the Labor Shortage It is no secret that finding skilled operators for material weighing and batching is getting harder. Automation does not just replace tasks; it fills the gaps left by labor shortages. By automating repetitive, heavy, or precision-dependent tasks, you allow your existing team to focus on higher-value work. This reduces worker fatigue and ensures that production continues 24/7 if needed, regardless of the local labor market. ### Quality and Consistency In industries like food, feed, and chemicals, precision is everything. A minor error in a micro-ingredient addition can ruin a whole batch. Scalable automation removes the “human element” of error from the most sensitive parts of your process. This leads to higher quality, reduced waste, and guaranteed regulatory compliance. | Feature | Manual Production | Scalable Automated Systems | |---|---|---| | **Growth Capacity** | Requires hiring more staff | Scales instantly via software/hardware modules | | **Error Rate** | High (Human fatigue/distraction) | Low (Precision sensors and AI error handling) | | **Consistency** | Varies by operator | Identical results every time | | **Cost Structure** | High variable costs (Labor) | Higher initial investment, lower long-term TCO | | **Data Tracking** | Manual logs (Prone to loss) | Real-time digital trails and ERP integration | For a deeper look at how these systems are built, explore our [Controls and Automation Solutions](https://sterlingcontrols.com/products-capabilities/controls-automation/). ## The 7 Steps to Manufacturing Process Scalability Scaling your facility is not about buying the biggest machine available today. It is about building a foundation that supports where you want to be in five years. ![technician mapping industrial workflows in a manufacturing plant](https://images.bannerbear.com/direct/4mGpW3zwpg0ZK0AxQw/requests/000/137/012/656/BjdZ0l7VAYABDrppz3Kn1DLqe/308c68cc92d4168c54381c68b4d5c25ac28d4c0e.jpg "technician mapping industrial workflows in a manufacturing plant") ### 1. Process Mapping Before you touch a single piece of hardware, we must look at the “as-is” state. Where are the bottlenecks? Usually, they appear in material handling, weighing, or data entry. We look for the “choke points” where production slows down or where the most errors occur. Mapping these workflows allows us to target the most cost-intensive steps first. ### 2. Tool Selection The key to scalability is modularity. You want “off-the-shelf” technologies that can be customized to your needs without being “one-off” inventions that no one can fix later. This includes choosing platforms that support multi-tenant SaaS or modular PLC (Programmable Logic Controller) configurations. ### 3. Pilot Programs (Starting Small) You do not have to automate the entire plant on day one. Incremental implementation is often the smartest path for SMEs. Start with a single batching station or a specific weighing line. This allows you to prove ROI and get the “bugs” out before expanding. If you are updating an old system, consider an [Automation Migration](https://sterlingcontrols.com/blog/automationmigration/) to modernize your existing assets step-by-step. ### 4. Team Training Your people are your greatest asset. As you introduce Scalable automation solutions, involve the team early. When operators understand how the system makes their jobs easier—by handling heavy lifting or tedious data entry—they become champions of the new technology. ### 5. ERP Integration Automation should not live on an island. To truly scale, your floor-level controls must talk to your business-level software. [Integrating Process Control with ERP](https://sterlingcontrols.com/?vendor-embed=white-paper-integrating-process-control-with-erp) allows for real-time inventory updates, automated job ordering, and accurate demand forecasting. ### 6. AI Optimization Once the data is flowing, AI can take over the heavy lifting of optimization. This includes handling 95% of runtime errors automatically and using predictive maintenance to fix a motor before it fails. ### 7. ROI Measurement Finally, measure everything. Are you saving 150,000 working hours like some major enterprises? Or perhaps you’ve seen an 11% YoY growth by reducing waste? Continuous measurement tells you where to invest next. ## Essential Features of Scalable Automation Platforms What makes a platform “scalable” versus just “automated”? It comes down to the architecture. ### Modular Setup A modular system is like building with LEGO bricks. If you need more capacity, you add a module. If you change your product line, you swap a module. This prevents the “rip and replace” cycle that kills profitability. ### User-Friendly Design If only the IT department can run the automation, it isn’t truly scalable. Look for platforms with “no-code” or “low-code” interfaces. This empowers every team—from finance to the shop floor—to use the data and adjust the workflows. ### Integration Capability A scalable platform must have a library of prebuilt connectors. Whether you are connecting to a new scale, a different ERP, or a cloud-based analytics tool, the “handshake” between systems should be seamless. This is the heart of [What is Industry 4.0?](https://sterlingcontrols.com/blog/what-is-industry-4-0-what-it-means-for-growing-process-manufacturers/)—a connected, intelligent ecosystem. For those looking for a [Complete cloud-based enterprise automation solution \| UiPath](https://www.uipath.com/product/automation-cloud) offers a robust starting point for digital workflows that mirror physical processes. ### Leveraging AI for Scalable Automation Solutions Artificial Intelligence is the “brain” that allows automation to scale. In the past, if a sensor misread a batch, the whole line stopped. Today, AI-driven runtimes can handle errors automatically, ensuring 24/7 uptime. - **Predictive Maintenance:** AI analyzes vibration and heat data from motors and scales to predict failures. - **Reusable Intelligence:** Using templates and prebuilt logic to automate 70% faster. - **Data Interconnectivity:** Moving data from the process floor to the cloud for [Data Interconnectivity and Predictive AI](https://sterlingcontrols.com/blog/interconnectivity-of-data-from-process-to-cloud-and-process-manufacturing-implementation-of-predictive-ai-the-future-in-process-manufacturing/) insights. Platforms like the [Enterprise Integration Platform & Automation Software \| Celigo](https://www.celigo.com/) demonstrate how AI can unify these fragile workflows into a single, resilient system. ### Cloud Infrastructure for Scalable Automation Solutions The cloud is the “infinite engine” behind modern scalability. By using a multi-tenant SaaS (Software as a Service) model, you can scale from one user to thousands instantly. - **Remote Access:** Monitor your plant in Sterling, Illinois, from a laptop in Canada. - **Lower TCO:** Reduce Total Cost of Ownership by eliminating the need for massive on-site server rooms. - **Security:** Benefit from enterprise-grade security (SOC 2, ISO 27001) that small businesses could never afford on their own. Cloud-based [Plantwide Automation Systems](https://sterlingcontrols.com/industries-applications/general/plantwide-systems/) provide a unified view of your entire operation, ensuring data residency and compliance across regions. ## Industry Applications and Success Stories Scalable automation solutions are transforming diverse sectors by making high-tech efficiency accessible to everyone. ### Food and Feed Industry In the food industry, batch sizes can vary wildly. A manufacturer might need to run a small test batch of a new recipe followed by a massive production run of a flagship product. Scalable weighing systems allow for this “pick-up” technology, where automated spindles or robotic loaders handle different volumes with the same precision. ### E-commerce and Warehouse Spikes We have seen e-commerce platforms handle massive order spikes during peak seasons by using cloud-based inventory updates. When the physical automation (conveyors and sorters) is tied to the digital automation (order processing), the “rubber band” stretches to meet the holiday rush without snapping. ### Small-Scale Manufacturing Success One electrical equipment manufacturer with only five employees managed to grow over 11% YoY by implementing low-cost, step-by-step optimization. They didn’t buy a million-dollar robot; they automated their most time-consuming assembly steps and integrated their [Automation Software Applications](https://sterlingcontrols.com/products-capabilities/software-applications/) with their job management system. ### Massive Time Savings A database company recently reported saving over 150,000 working hours and generating $1.5 million in cost savings through targeted automation. This shows that whether you are moving physical materials or digital data, the principles of scalability remain the same. ## Frequently Asked Questions about Scalable Automation ### What does scalable automation really mean? It means automation that can grow or shrink based on your business needs. Like a rubber band, it stretches to handle more orders or more complex recipes without breaking or requiring a total system redesign. ### Why is scalability essential for business growth? Without scalability, growth becomes painful. You end up “throwing bodies” at a problem, which increases costs and errors. Scalable systems allow you to increase output while keeping your overhead stable. ### How can small manufacturers afford automation? The “all-or-nothing” days are over. Small manufacturers can use off-the-shelf, modular solutions and implement them incrementally. By automating the most expensive or error-prone steps first, the system often pays for itself, providing the capital for the next phase of growth. ## Conclusion The future of manufacturing belongs to the agile. Whether you are operating in the United States or Canada, the ability to scale your production quickly is a massive strategic advantage. Scalable automation solutions are no longer a “future” technology—they are the standard for any business that wants to remain competitive in an era of labor shortages and fluctuating demand. At Sterling Systems & Controls, we specialize in providing these single-source, custom-engineered solutions. We don’t just sell machines; we provide the expertise to integrate your diverse process equipment into a unified, scalable whole. From material weighing to complex batching and process control, we help you build a system that is ready for today and prepared for tomorrow. Ready to take the first step toward a more flexible facility? Explore [More info about batching and weighing services](https://sterlingcontrols.com/products-capabilities/batching-weighing/) to see how we can tailor a solution to your specific objectives. **Categories:** Blog --- ### [A Complete Guide to Bulk Sack Unloader Systems](https://sterlingcontrols.com/blog/how-to-choose-the-perfect-bulk-sack-unloader-for-your-plant/) **Published:** April 21, 2026 **Author:** p1ws **Excerpt:** Choose the perfect bulk sack unloader for your plant. Compare forklift vs hoist types, dust control features, capacities up to 4400 lbs & automation integration. **Content:** # A Complete Guide to Bulk Sack Unloader Systems ## What Is a Bulk Sack Unloader and Do You Need One? A bulk sack unloader is a piece of industrial equipment designed to safely and efficiently empty large flexible intermediate bulk containers (FIBCs), also called bulk bags, super sacks, or jumbo bags, into your process line. Here’s what you need to know about bulk sack unloaders: | Feature | Details | |---|---| | What it does | Discharges dry bulk materials from FIBCs into downstream equipment | | Typical capacity | Up to 4,400 lbs (2 tonnes) per bag | | Main types | Forklift loaded, hoist and trolley, low profile | | Key benefits | Dust control, reduced labor, accurate material flow | | Common industries | Food, pharmaceutical, chemical, agriculture | | Discharge rates | From hundreds of pounds to thousands of tons per hour | If your plant is still having workers manually cut and dump 50 lb bags batch after batch, the labor cost and contamination risk adds up fast. One real world example: workers loading herbs, spices, and salt into large blenders were handling dozens of bags per batch across 21 batches in a single 8 hour shift. That is a serious ergonomic and efficiency problem. Switching to a bulk sack unloader solves this. But not every system fits every application, and the wrong choice can cause bridging, dust exposure, or poor material flow. This guide walks you through everything you need to select the right system for your plant. ![Step by step bulk bag unloading process from bag positioning to material discharge](https://storage.googleapis.com/ai-templates.appspot.com/temp_images/823e6b7172b34064ab81c738d90d2385.png "Step by step bulk bag unloading process from bag positioning to material discharge") Bulk sack unloader vocabulary: - [automated bulk bag unloading](https://sterlingcontrols.com/blog/unlock-efficiency-with-automated-bulk-bag-unloading/) - [bulk bag dispenser](https://sterlingcontrols.com/blog/mastering-material-flow-with-bulk-bag-dispensers/) - [bulk bag hopper](https://sterlingcontrols.com/blog/from-bag-to-batch-the-ultimate-bulk-bag-hopper-selection-guide/) ## Understanding the Bulk Sack Unloader and How It Works At its core, a bulk sack unloader is a structural steel frame designed to hold a heavy bag while it is being emptied. But it is much more than just a rack. To me, the magic happens in the discharge mechanism and how it interacts with the material. The process usually begins by securing the bag to a lifting frame. Once positioned over the unloading station, the bag spout is connected to a sealed interface. This is critical for dust containment. Many systems use a “tie box” or an access chamber where an operator can safely untie the bag drawstring without being engulfed in a cloud of powder. Inside these systems, you will find features like iris valves. An iris valve works like the shutter of a camera, closing around the bag spout to control the flow of material or to allow for partial bag emptying. To ensure the material actually leaves the bag, we use flow promotion tools. Since many powders tend to pack down or “bridge” during transit, the unloader needs to physically manipulate the bag to keep things moving. Safety is the biggest driver here. I have seen far too many operations where people are manually beating bags with sticks or standing under suspended loads. A properly engineered bulk sack unloader removes these hazards by using heavy duty 3 inch or 4 inch tubular steel frames that are lagged to the floor for absolute stability. ## Comparing Main Types of Bulk Sack Unloader Systems Choosing the right frame style is usually the first big decision I help clients make. Your choice depends mostly on two things: how you plan to move the bags and how much ceiling height you have available. Standard load ratings for these systems typically range from 2,000 lbs to 4,400 lbs (approximately 2 tonnes). It is vital to know your heaviest bag weight before you start, as undersizing a frame is a recipe for structural failure. | Feature | Forklift Loaded | Hoist and Trolley | |---|---|---| | **Loading Method** | Forklift places bag on frame | Internal electric hoist lifts bag | | **Ceiling Height** | Requires room for forklift mast | Requires room for hoist/monorail | | **Cost** | Generally lower initial cost | Higher cost but more independent | | **Safety** | Relies on forklift operator precision | Controlled lifting within the frame | | **Typical Capacity** | Up to 3,000 – 4,400 lbs | Up to 4,000 – 4,400 lbs | For a deeper dive into the logistics of the entire process, you can read more about [bulk bag handling from filling to unloading](https://sterlingcontrols.com/blog/bulk-bag-handling-from-filling-to-unloading/). ### Forklift Loaded Bulk Sack Unloader The forklift style is a popular, cost effective choice for plants that already have forklift traffic nearby. In this setup, the forklift operator slides the bag loops onto a detachable lifting frame or receiver arms. The forklift then lifts the entire assembly and sets it into the unloader frame. One feature I always recommend looking for is tool free adjustment. If your plant uses bags of different heights, you don’t want your maintenance team spending an hour with a wrench every time the bag size changes. Many high quality frames allow for 30 inches of adjustment in small increments. Safety stops and target plates are also essential to help the driver position the bag correctly every time. You can learn more about the nuances of [bulk bag handling](https://sterlingcontrols.com/blog/bulk-bag-handling/) to see how these systems fit into a broader warehouse strategy. ### Hoist and Trolley Bulk Sack Unloader If you don’t want to tie up a forklift and a driver every time a bag needs to be changed, the hoist and trolley model is the way to go. These systems feature an integrated I-beam monorail and a 2 ton capacity electric hoist. The operator simply attaches the bag loops to the hoist’s bag hanger at floor level, and the motorized trolley carries the bag into position. This is often safer because the bag stays within the footprint of the machine during the lift. It is also the preferred choice for facilities with overhead clearance that can accommodate the monorail but might not have the swing room for a large forklift mast. ## Key Features for Dust Control and Material Flow If you are handling invasive powders like titanium dioxide, cocoa powder, or fine chemicals, dust is your enemy. It’s a health hazard, a slip hazard, and in some cases, a combustion hazard. To combat this, look for a bulk sack unloader with a dust tight bag interface. This usually involves a telescoping tube that maintains downward tension on the bag spout as it empties, preventing the bag from sagging and creating dead pockets where dust can hide. Beyond dust, you also have to worry about flow. If your material is sticky or prone to clumping, it will not simply fall out of the bag. You need agitation. - Pneumatic massagers: These are paddles that massage the bottom and sides of the bag at timed intervals, breaking up clumps. - Vibratory discharge: A vibrating pan or gyrated bed can help fluidize the material, ensuring it flows consistently into the hopper. - Bag shakers: Some systems use a BagShaker mechanism to ensure the very last bit of material is evacuated, reducing waste to less than 0.3%. For more technical details on keeping your air clean, check out this info on [reducing dust in bulk bag unloaders](https://sterlingcontrols.com/blog/reducing-dust-in-bulk-bag-unloader/). You can also find more general best practices for bulk bag discharging to ensure your material reaches its destination without manual intervention. ## Integration with Downstream Equipment and Automation A bulk sack unloader is rarely a standalone island. In a modern plant, it needs to connect with the rest of the line. At Sterling Systems & Controls, we specialize in making sure these systems integrate seamlessly with your conveyors and feeders. Common integration points include: 1. Screw conveyors and augers: Ideal for moving material horizontally or at an incline once it leaves the unloader hopper. 2. Vibratory feeders: These can meter material at precise rates, anywhere from 1,000 lbs per hour to over 1,000 tons per hour. 3. Loss-in-weight (LIW) batching: By mounting the entire unloader frame on load cells, we can measure exactly how much material has been discharged. This is crucial for precision recipes in the food and chemical industries. 4. Rotary airlocks: Essential if you are discharging into a pneumatic conveying line. Automation is where things get really exciting. By using PLC interfacing, we can automate the agitation paddles, monitor the bag weight in real time, and even use IoT analytics to predict when a bag will be empty. This reduces downtime by as much as 30% because your operators get an alert to prep the next bag before the line runs dry. To understand how to bring your system into the digital age, explore our guide on [automated bulk bag unloading](https://sterlingcontrols.com/blog/unlock-efficiency-with-automated-bulk-bag-unloading/). For those focused on precision, our page on [bulk bag unloading and weighing systems](https://sterlingcontrols.com/blog/bulk-bag-unloading-and-weighing-system/) covers the hardware needed for high accuracy batching. ## Frequently Asked Questions about Bulk Sack Unloaders ### What is the typical capacity of a bulk sack unloader? Most industrial units are designed to handle bags weighing between 2,000 lbs and 4,400 lbs. While some smaller “half frame” units exist for 500 kg bags, the industry standard for a “super sack” is usually around 2,500 to 3,000 lbs. Always check the load rating of the hoist and the structural frame to ensure they match your heaviest possible container. ### How do you prevent material bridging in the bag? Bridging happens when material forms an arch over the discharge spout. We prevent this using dual pivot paddles or pneumatic massagers that press against the bag to break the bridge. Some advanced models, like the SacMaster style, use proximity sensors to detect when the bag is nearly empty, triggering specific paddle movements to clear out the corners of the bag. ### What safety certifications are required for food grade applications? For food, dairy, or pharmaceutical use, you should look for USDA accepted designs and 3-A sanitary standards. This usually means the equipment must be constructed from 304 or 316 stainless steel with ground welds to prevent bacterial growth. In hazardous environments, ensure the system is ATEX rated or meets local explosion proof requirements, especially if the material being unloaded creates combustible dust. For general background on combustible dust hazards, the [Occupational Safety and Health Administration](https://www.osha.gov/combustible-dust) provides useful guidance. ## Conclusion Choosing the right bulk sack unloader isn’t just about buying a piece of steel; it’s about optimizing your entire process. Whether you need a simple forklift loaded frame for agricultural seeds or a fully automated, loss-in-weight system for precision food batching, the goal is the same: safety, efficiency, and dust free operation. At Sterling Systems & Controls, we don’t believe in one size fits all. We pride ourselves on custom engineered solutions that integrate with your existing equipment and your specific plant objectives. From the initial material testing to the final PLC programming, we provide a single source solution backed by decades of experience in the process industries. If you’re ready to move away from manual bag dumping and want a system tailored to your facility in the United States or Canada, we can help you design a solution that works bag after bag, year after year. Ready to take the next step? [Unlock Efficiency with Bulk Bag Unloading Systems](https://sterlingcontrols.com/products-capabilities/bulk-bag-handling-systems/bulk-bag-unloading/) and let’s build a system that grows with your business. **Categories:** Blog --- ### [Semi-Automatic vs. Fully Automatic Batching Systems](https://sterlingcontrols.com/blog/semi-automatic-vs-fully-automatic-batching-systems/) **Published:** April 1, 2026 **Author:** p1ws **Excerpt:** If you want fast ROI with targeted throughput gains, choose semi-automatic batching: automate the repetitive ingredient adds (micro/minor/major) with LIW/GIW feeders while keeping guided prompts for a few hand-adds. When you need plant-wide, high-volume, low-labor production with centralized recipe governance, go fully automatic—with enterprise-level data capture and supervisory visibility. **Content:** # Semi-Automatic vs. Fully Automatic Batching Systems ## **How to Choose the Best Fit** If you want fast ROI with targeted throughput gains, choose semi-automatic batching: automate the repetitive ingredient adds (micro/minor/major) with LIW/GIW feeders while keeping guided prompts for a few hand-adds. When you need plant-wide, high-volume, low-labor production with centralized recipe governance, go fully automatic—with enterprise-level data capture and supervisory visibility. Sterling delivers both approaches on a modular, expandable platform. ### **Key Definitions** **Semi-Automatic Batching** Automates weighing, tolerance control, and device control for selected ingredients (e.g., micro/minor feeders), while an operator still performs limited hand-add steps guided by the system. Runs on the same industrial PC/HMI-PLC stack and SQL-based data model as full automation, making expansion simple. **Fully Automatic Batching** Centralized control of feeders, scales, valves, conveyors, mixer interfaces, and routing—across micro, minor, and major ingredients. Provides comprehensive data collection, barcode/RFID traceability, ERP connectivity, alarms, and minimal operator intervention. ### **At-a-Glance Comparison** | Dimension | Semi-Automatic | Fully Automatic | |---|---|---| | Primary Goal | Raise throughput by automating repeat adds; guided exceptions remain | Maximize volume, repeatability, and labor efficiency across the line | | Changeovers | Flexible (operator input remains) | Strong with recipe governance | | Throughput | Medium → High (manual steps remain) | High → Very High (closed-loop control end-to-end) | | Accuracy & Tolerance | Tight tolerance gating for targeted ingredients | Tightest and most consistent across all ingredients | | Traceability | SQL batch records; barcode/RFID optional | Enterprise capture; barcode/RFID + ERP/formulation integration | | Labor Dependency | Moderate | Lowest | | CapEx & Timeline | $$ and fast deployment | $$$ and project-based | | Best Fit | Many recurring micro/minor adds; phased growth | 24/7 or standardized SKUs; multi-line governance | ### **Key Decision Factors** **Batch Volume & Cadence** - **<200 batches/shift with repeat micro/minor adds** → Semi-auto is ideal. - **Continuous, high-volume, multi-line operations** → Fully automatic. **Ingredient Profile** - Many micro/minor repeats → Automate with auger/vibratory feeders (2–6″ screw sizes; LIW/GIW options). - Majors with routing/mixer integration → Fully auto. **Compliance & Audits** - Both support barcode/RFID lot tracking and SQL history. - Fully automatic centralized traceability plant-wide. **Scalability** - Start semi-auto where ROI is highest. - Add bins, feeders, and scales over time—Sterling’s modular design supports phased upgrades. **Visibility** - Add **WebCentral** for browser-based supervisory access and reporting across the network. ### **When to Choose Each Option** **Choose Semi-Automatic When…** - You have repeat micro/minor ingredients that constrain throughput. - You want SQL traceability + barcode without a full plant-wide project. - You prefer phased upgrades: automate the quick wins first, expand later. - Micro Weighing Systems, Minor & Major Weighing Systems (modular building blocks). **Choose Fully Automatic When…** - You need high-volume batching with minimal labor and centralized recipe control. - You want end-to-end integration: feeders, scales, conveyors, mixers, routing, ERP, and enterprise reporting. - Fully Automatic Batching Systems with LIW/GIW feeders, barcode/RFID traceability, and multi-scale/multi-bin architectures. ## **Phased Upgrade Path** **Phase 1 — Target High-Frequency Adds (Weeks 1–8)** - Automate repeat micro/minor ingredients with feeders and scales. - Keep a few guided hand-adds. - Capture all batches to SQL. - **Phase 2 — Expand Control Surfaces (Months 2–6)** - Add bins, scales (GIW/LIW), device interlocks, and routing. - Integrate mixers or packaging as needed. - **Phase 3 — Full Automation (Months 6–12)** - Centralize recipes, alarms, and reporting. - Connect ERP/formulation systems. - Deploy WebCentral for supervisory access and QA visibility. ### **Frequently Asked Questions** **What is semi-automatic batching?** Semi-automatic batching automates repetitive ingredient additions while leaving guided manual steps. It offers fast ROI, accuracy, and flexibility for plants with recurring micro/minor ingredients. **What is fully automatic batching?** Fully automatic batching centralizes control of all feeders, scales, routing, and mixers. It delivers plant-wide throughput, minimal labor dependency, and enterprise-level traceability. **Can semi-automatic batching be upgraded later?** Yes. Sterling’s modular batching platform allows semi-auto systems to expand into fully automatic by adding feeders, bins, scales, and recipe governance without replacing the core system. **Which batching system is best for high-volume production?** Fully automatic batching is best for high-volume, standardized production. It minimizes labor, ensures recipe consistency, and integrates with ERP and supervisory reporting tools. **Do both batching systems support audits and compliance?** Yes. Both semi-automatic and fully automatic batching provide SQL batch records, barcode/RFID tracking, and audit-ready traceability. ### **Conclusion** Whether you choose semi-automatic for targeted throughput gains or fully automatic for plant-wide performance, Sterling’s modular platform lets you scale on your terms. Start with quick ROI, maintain your SQL data model, and expand from automated micro/minor adds to end-to-end control when volume demands it. #### **Plan Your Best-Fit Batching Upgrade with Sterling Systems & Controls** Sterling Systems & Controls delivers [modular batching and weighing solutions](https://sterlingcontrols.com/products-capabilities/batching-weighing/) that help manufacturers improve throughput, traceability, and ROI. From semi-automatic upgrades to fully automated systems with enterprise governance, we tailor solutions to your production needs. [Book your 30-minute consult today](https://sterlingcontrols.com/contact/) to get a phased, ROI-driven plan—no rip-and-replace required. **Categories:** Blog **Tags:** automatic batching system, batching automation, batching system, batching systems, ingredient batching, minor ingredient batching systems --- ### [Streamline Your Operations with Material Flow Control](https://sterlingcontrols.com/blog/streamline-your-operations-with-material-flow-control/) **Published:** March 25, 2026 **Author:** p1ws **Excerpt:** Why Material Flow Control is Essential for Modern Manufacturing Material flow control is the systematic management and optimization of all material movements within a production facility. **Content:** # Streamline Your Operations with Material Flow Control ## Why Material Flow Control is Essential for Modern Manufacturing Material flow control is the systematic management and optimization of all material movements within a production facility. It synchronizes the physical handling of goods with the information systems that track them, ensuring materials arrive at the right place, at the right time, and in the right quantity. **Quick Overview: What Material Flow Control Does** - **Coordinates Movement:** Synchronizes physical goods flow with data systems from receiving through production to shipping - **Optimizes Resources:** Manages inventory levels, transport routes, and production supply for maximum efficiency - **Reduces Costs:** Cuts waste, minimizes bottlenecks, and improves throughput across operations - **Enables Real-Time Control:** Provides visibility and automated decision-making for material handling equipment For manufacturers in process industries like food processing or chemical production, inefficient material flow translates directly to wasted time, excess inventory, and lost profitability. When materials fail to move seamlessly from raw ingredient storage, through weighing and batching, and into production, the entire operation can grind to a halt. Optimized material flow control is the engine that prevents this, keeping your facility running smoothly. Modern systems achieve this by integrating hardware (like conveyors and automated guided vehicles) with software that manages transport orders, monitors performance, and handles exceptions in real time. The system acts as the crucial link between your warehouse management system (WMS) and the programmable logic controllers (PLCs) that operate physical equipment. ![Infographic showing the core benefits of material flow control:](https://images.bannerbear.com/direct/4mGpW3zwpg0ZK0AxQw/requests/000/115/826/676/jMDOvP3KezRnJekrzlqoyk8AW/e2d4581a12209166b22bb28cb8f69183851d2a32.jpg "Infographic showing the core benefits of material flow control:") ## Understanding Material Flow Control: The Engine of Your Operations Think of material flow control as the conductor of an orchestra. Every piece of equipment—every conveyor, storage bin, and automated vehicle—has a part to play. Material flow control orchestrates these movements, synchronizing the physical flow of goods with the information systems that manage them to create end-to-end efficiency. When materials flow smoothly, resources are used wisely and operations run without costly interruptions. For process manufacturing, where precision and consistency are critical, this coordination is the foundation of reliable operations. As we explored in [the essential role of controls and automation in process manufacturing](https://sterlingcontrols.com/blog/the-essential-role-of-controls-and-automation-in-process-manufacturing/), integrated automation creates the robust framework your facility needs. Companies with strong material flow control see measurable improvements, including reduced inventory, shorter lead times, and higher productivity. ### Core Functions and Tasks Material flow control consists of several interconnected functions: - **Inventory management:** This involves optimizing stock levels, setting smart reorder points, and automating replenishment to prevent shortages. Knowing what you have, where it is, and when you’ll need more cuts holding costs and production stops. Our [batching systems include material lot tracking](https://sterlingcontrols.com/blog/batching-systems-include-material-lot-tracking/) for granular visibility. - **Transport control:** This function handles the physical movement of materials by planning efficient routes, managing conveyors and vehicles, and prioritizing orders to prevent bottlenecks. Our automated systems, like those in [mechanical conveying that automatically discharges batches](https://sterlingcontrols.com/blog/mechanical-conveying-automatically-discharges-batches/), handle this coordination seamlessly. - **Production supply:** This ensures production lines receive a steady stream of materials, with managed buffers for work-in-progress to prevent waste and downtime. These functions are driven by key decision points: order generation (what to make), order release (when to start a job), and production authorization (when to begin a specific activity). [Scientific research on production authorization](https://link.springer.com/article/10.1007/s10696-024-09532-2?error=cookies_not_supported&code=30098b1d-1a27-4c49-b607-e691389043e2) highlights how these tasks work together to determine system performance. ### Key Strategies for Material Flow Control Different facilities require different approaches. The strategy you choose shapes how materials move through your production process. - **Push vs. Pull Systems:** The fundamental choice. Push systems move materials based on a preset schedule, while pull systems are demand-driven, starting production only when a downstream station signals a need. - **Kanban:** A popular pull system that uses simple visual signals (cards, bins, or digital displays) to trigger replenishment when materials are consumed. - **Constant Work-In-Process (CONWIP):** A hybrid system that limits the total number of jobs in the system at any one time. A new job is released only when a finished job leaves. - **Just-in-Time (JIT):** A philosophy focused on producing exactly what’s needed, when it’s needed, and in the right quantity, requiring minimal inventory and excellent material flow control. - **Load-Oriented Manufacturing Control:** This strategy focuses on balancing the workload across all production units by releasing orders strategically to prevent overloads and idle time. The right choice depends on your specific operations. We help clients identify the best approach and implement systems that make it work reliably. ## The Building Blocks of Modern Material Flow Systems Modern material flow control systems integrate hardware and software to move materials with precision and efficiency. When these components work in harmony, your operations can achieve remarkable results with minimal human intervention. The magic happens when physical hardware, intelligent software, and seamless data communication come together. ### Key Technologies and Components - **Material Flow Controllers (MFCs):** This specialized software acts as the conductor, receiving transport orders from higher-level systems and translating them into commands for your equipment. - **Programmable Logic Controllers (PLCs):** These rugged industrial computers directly control machinery. When the MFC issues a command, the PLC makes it happen. We integrate PLCs throughout our [controls and automation](https://sterlingcontrols.com/products-capabilities/controls-automation/) solutions for reliable operation. - **Automated Guided Vehicles (AGVs):** These autonomous vehicles transport materials using floor markers, lasers, or vision systems, reducing labor costs and increasing consistency. - **Conveyor systems:** These are the highways of your facility. Our [mechanical conveying systems](https://sterlingcontrols.com/blog/mechanical-conveying-automatically-discharges-batches/) can automatically discharge batches with precision, while specialized solutions like [bulk bag handling systems](https://sterlingcontrols.com/products-capabilities/bulk-bag-handling-systems/) ensure smooth flow for bulk materials. - **Robotic solutions:** Robots add flexibility and precision for repetitive tasks like picking, packing, and palletizing, especially in challenging environments. - **Sensors and RFID technology:** These are the eyes and ears of the system, providing real-time data on presence, position, and identity. This data is critical for systems like our [batching systems that include material lot tracking](https://sterlingcontrols.com/blog/batching-systems-include-material-lot-tracking/). ### The Role of Software in Effective Material Flow Control Hardware provides the muscle, but software provides the brain, turning simple automation into intelligent optimization. - **Process visualization:** Intuitive graphical displays show what’s happening across your facility in real time, allowing you to spot bottlenecks and respond quickly. - **Route optimization:** The system continuously calculates the most efficient routes for materials based on current conditions, increasing throughput. - **Real-time data analysis:** Software actively analyzes data to predict potential issues and make immediate adjustments, such as rerouting materials to avoid a forming bottleneck. - **Performance monitoring:** By tracking key metrics like throughput and equipment utilization, the software provides actionable intelligence for continuous improvement. - **Exception handling:** When equipment fails or materials are misplaced, the software adapts by rerouting tasks or alerting operators, minimizing disruption. At Sterling Systems & Controls, we design integrated solutions where every hardware and software component works together to meet your specific operational goals. ## MFC, WMS, and MES: Clarifying Roles in Your Tech Stack When building your operational technology stack, you’ll encounter three key acronyms: MFC, WMS, and MES. Understanding their distinct roles is essential for creating an efficient, integrated operation. - **Warehouse Management Systems (WMS):** The WMS is the strategic brain for inventory. It knows what you have, where it’s stored, and where it needs to go. It manages inventory accuracy, optimizes storage, and coordinates order fulfillment. - **Material Flow Control (MFC):** The MFC is the on-the-ground traffic controller. It executes the physical movement of materials in real time, taking instructions from the WMS and translating them into precise commands for conveyors, AGVs, and other automated equipment. - **Manufacturing Execution Systems (MES):** The MES focuses on the production process itself. It monitors and controls work on the factory floor, managing production schedules, tracking quality, and optimizing manufacturing workflows. In short, the WMS manages inventory, the MES manages production, and the MFC manages the physical movement between them. ### How Systems Integrate for Seamless Operations The real power is open uped when these systems communicate. Imagine your MES signals that a new production batch is needed. It requests specific materials from the WMS, which confirms availability and generates a transport order. This order flows to the MFC. This is where our [receiving transfer automation application](https://sterlingcontrols.com/blog/receiving-transfer-automation-application/) shows its value. The MFC takes the order and translates it into commands for your equipment, determining the optimal route and directing an AGV or conveyor to move the materials. As the materials move, the MFC sends real-time status updates back to the WMS and MES, ensuring inventory records are accurate and production knows its materials have arrived. This creates a powerful feedback loop. If the MFC detects a jam, it can inform the other systems, allowing them to adjust plans accordingly. This seamless integration is critical in process manufacturing, where precise timing and accurate material delivery are essential for product quality. Together, the three systems ensure the right ingredients arrive at the right time, in the right quantities, every time. ## Navigating Implementation: Challenges and Best Practices Implementing a robust material flow control system is a transformative project, but it requires careful planning to succeed. It’s about creating a new operational ecosystem that harmonizes your people, processes, and technology. Success hinges on overcoming common challenges and following a structured approach. ### Common Implementation Challenges Facilities often face several problems when implementing material flow control. These include accurately identifying hidden bottlenecks, integrating new systems with a diverse mix of legacy equipment, and ensuring the data feeding the system is consistently accurate. The high initial investment requires a strong business case, and underestimating the need for comprehensive employee training can undermine the entire project. Addressing these challenges upfront is key. ### A 3-Step Framework for Success Our experience has shown that a methodical, three-step framework delivers the best results. **Step 1: Analysis of Current State** Before you can improve, you must understand. This step involves mapping how materials currently move through your facility, from receiving to shipping. By documenting every step and talking to your team, you can identify the true bottlenecks and opportunities for improvement. This detailed analysis, supported by principles from [research on material flow management](https://publica.fraunhofer.de/search?configuration=researchoutputs&query=subject%3A%28material+flow+management%29), provides the foundation for a successful project. **Step 2: Digital Change** With your analysis complete, you can implement the right technologies. This involves automating workflows with MFCs, deploying real-time tracking with sensors and RFID, and, most critically, integrating your systems. Your WMS, MFC, and MES must communicate seamlessly with the PLCs controlling your equipment. Our expertise in [controls and automation](https://sterlingcontrols.com/products-capabilities/controls-automation/) ensures we can create these integrated solutions, even with equipment from different eras. **Step 3: Continuous Improvement Process** Implementation is the beginning, not the end. The most successful systems evolve over time. Continuously monitor key performance indicators (KPIs) like throughput, lead times, and inventory levels. Use this data to make iterative adjustments, refining routing algorithms or buffer levels. Documenting these improvements and updating procedures ensures that the benefits of your material flow control system continue to grow. If you’re ready to begin this journey, consider submitting a [process optimization request](https://sterlingcontrols.com/process-optimization-request/) with our team. We can help you design a solution that delivers measurable results. ## The Future is Smart: AI, IoT, and the Next Generation of Flow Control The next wave of manufacturing efficiency is here. Driven by Industry 4.0, material flow control is becoming smarter, more connected, and increasingly autonomous. While traditional systems are like following a map, the next generation acts as an expert guide, anticipating problems and adjusting the route in real time. ![Digital twin of a factory floor with real-time data overlays](https://images.bannerbear.com/direct/4mGpW3zwpg0ZK0AxQw/requests/000/115/826/784/5R7NlW8nEzjA3MaXYmvbxgLyP/44920cd5b9137d603c2e147fa5be55025df7875d.jpg "Digital twin of a factory floor with real-time data overlays") ### Emerging Technologies Shaping the Future Several key technologies are driving this evolution: - **AI-powered route optimization:** Artificial intelligence analyzes real-time data—traffic, equipment status, and priorities—to dynamically adjust material routes for maximum efficiency. - **IoT-based tracking systems:** Internet of Things (IoT) sensors on pallets, containers, and equipment provide constant data on location and condition, enabling precise inventory management and instant decision-making. - **Digital twin simulations:** A virtual copy of your facility allows you to test new strategies and predict the impact of changes without risking production time, as detailed in [academic papers on advanced modeling](https://export.arxiv.org/pdf/2111.10693v3.pdf). - **Autonomous mobile robots (AMRs):** Unlike AGVs that follow fixed paths, AMRs steer dynamically, making them ideal for complex and changing environments. Our [complete systems](https://sterlingcontrols.com/products-capabilities/complete-systems/) are increasingly incorporating these advanced technologies. ### How AI and IoT Improve Material Flow When combined, these technologies transform material flow control from reactive to proactive. Predictive maintenance is a prime example. IoT sensors monitor equipment health, and AI algorithms predict failures before they happen, allowing you to schedule maintenance during planned downtime. This prevents unexpected breakdowns and keeps materials flowing smoothly. AI also enables real-time demand forecasting, helping your system adjust inventory levels and production schedules dynamically. This ensures materials arrive just in time, reducing holding costs without risking stockouts. These technologies create self-optimizing systems that learn from every movement and delay. They adapt to new products and seasonal changes without constant human intervention, leading to lean, agile operations. The improved transparency from IoT data and AI analysis gives managers a crystal-clear view of the entire supply chain, enabling better decisions based on real-time facts. ### Frequently Asked Questions about Material Flow Control Here are answers to some of the most common questions we hear from manufacturers about material flow control. **What is the difference between material flow control and logistics?** Think of logistics as the broad, strategic planning of your entire supply chain—sourcing, storing, and transporting goods. Material flow control is the tactical, real-time execution of material movements *within your facility*. It’s a key part of intralogistics. While logistics plans the journey, material flow control does the driving. **Can material flow control be applied in semi-automated or manual environments?** Absolutely. While most powerful with automation, the core principles apply anywhere. Simple strategies like Kanban (using visual cues for replenishment) or mapping efficient paths for workers can significantly reduce waste and improve workflow in manual settings. The goal of efficiency is universal, regardless of the tools used. **How does material flow control improve product traceability?** By integrating with sensors, RFID, and other systems, material flow control creates a digital breadcrumb trail for every material. It tracks and records each item from receiving through every production step to final shipping. This detailed digital record is crucial for quality control and regulatory compliance. If an issue arises, you can quickly trace a product back to its source. Our [batching systems include material lot tracking](https://sterlingcontrols.com/blog/batching-systems-include-material-lot-tracking/) to provide this critical capability. ### Conclusion Effective material flow control is more than just moving items; it’s the coordinating force that turns disconnected processes into a seamless, efficient, and profitable operation. By optimizing the flow of materials, you can achieve significant results: reduced inventory, shorter lead times, and a major boost in productivity. From the strategic integration of WMS, MFC, and MES to the adoption of smart technologies like AI and IoT, the path to modern manufacturing excellence is clear. While implementation has its challenges, a structured approach focused on analysis, smart digital change, and continuous improvement makes them manageable. At Sterling Systems & Controls, we specialize in custom-engineered automated solutions for material weighing, batching, and process control. As a single-source provider, we bring together the hardware, software, and controls expertise to create a cohesive system custom to your goals. We partner with you to build solutions that work today and adapt for tomorrow. Material flow control is the foundation for sustainable growth, quality assurance, and the flexibility to meet market demands. It’s about changing your operations from good to exceptional. Ready to see what optimized material flow control can do for your facility? Explore our custom [batching systems](https://sterlingcontrols.com/products-capabilities/batching-weighing/batching-systems/) or reach out to discuss how we can help you achieve the efficiency and reliability that sets industry leaders apart. **Categories:** Blog --- ### [Enhancing Sustainability in Process Manufacturing through Automated Ingredient Batching and Process Control](https://sterlingcontrols.com/blog/enhancing-sustainability-in-process-manufacturing-through-automated-ingredient-batching-and-process-control/) **Published:** June 17, 2025 **Author:** sitemanager@wpmanager.io **Content:** # Enhancing Sustainability in Process Manufacturing through Automated Ingredient Batching and Process Control Sustainable process manufacturing sits at the center of every growth plan today. Rising energy bills, tighter rules, and customer pressure demand fewer mistakes and cleaner output. At Sterling Systems & Controls, we build the automation that helps you hit those marks while keeping production moving. ## Why Sustainability Needs Automation Manual tasks can leave gaps. An operator may add a scoop too many, a pump might run five minutes longer, and resources disappear. Automation replaces guesswork with data-driven moves that trim waste and lower emissions. The result is a tighter, greener, and more predictable line. Consider how automation lifts Sustainable Process Manufacturing in practical ways: - Cuts raw material waste through precise batching. - Lowers energy use by starting motors only when sensors call for them. - .Reduces airborne dust with controlled ingredient sequencing. - Saves water and cleaners because batches leave less residue. - Shrinks rework by hitting target weights the first time. Those five wins ripple through the plant. You spend less on inputs, improve worker comfort, and log cleaner numbers for auditors. ## Precision Batching Cuts Waste Manual tasks can leave gaps. An operator may add a scoop too many, a pump might run five minutes longer, and resources disappear. Automation replaces guesswork with data-driven moves that trim waste aIndustries that rely on exact recipes, such as baking, pet food, specialty chemicals, see the biggest gains from automated [batching and weighing systems](https://sterlingcontrols.com/products-capabilities/batching-weighing/). Our controls grab each ingredient within set tolerances and record the result in real time. One [minor ingredient case study](https://sterlingcontrols.com/case-study/minor-ingredient-weighing-batching-system/) shows the impact. A bakery needed to handle ten powders in a tight 13-by-18-foot footprint. We installed a modular system that ran a full day’s production without operator scoops. Accuracy improved, dust dropped, and the team reclaimed floor space once used for storage bins. ## Intelligent Controls Save Energy Sustainable Process Manufacturing is about more than raw materials. A motor that idles all shift long wastes power and shortens its life. We design [process controls and automation](https://sterlingcontrols.com/products-capabilities/controls-automation/process-controls-automation/) that turn equipment on exactly when needed, then shut it down the moment the job wraps up. A long-time bread producer offers a clear example. After a controls upgrade, batch size grew tenfold while mixer handling shrank. Dust levels fell so far that the night cleaning crew asked if production had even run. The [baking system case study](https://sterlingcontrols.com/case-study/baking-industry-upgraded-batching-solution/) tells the full story, but the quick headline is less energy, less cleanup, and higher throughput inside the same walls. ## Results Across Industries Feed mills, pet food plants, and the [baking and food processing industry](https://sterlingcontrols.com/industries-applications/) share a common goal: keep quality high while shrinking their footprint. Our controls track every gram, gallon, and kilowatt, then feed that data to an easy dashboard. Operators spot issues early, and managers pull accurate sustainability reports with one click. Many customers come to us hoping to avoid costly construction. Because we custom-engineer each project, we often tie new controls into existing silos, conveyors, or mixers. Reusing gear cuts downtime, saves money, and keeps old equipment out of landfills. You can explore other sectors we serve on our [industries and applications](https://sterlingcontrols.com/industries-applications/) page. ## Ready for the Next Step? Precise batching, smart sequencing, and real-time monitoring build a cleaner operation on day one. They also lay the groundwork for future gains as you add renewable power or advanced analytics. If your team is mapping out a stronger sustainability plan, let’s talk. [Request a quote](https://sterlingcontrols.com/about/request-a-quote/) and see how our automated solutions turn sustainability targets into daily practice, one accurate batch at a time. **Categories:** Blog --- ### [Precision in Food Processing: How Automated Weighing and Ingredient Batching Improve Quality and Efficiency](https://sterlingcontrols.com/blog/precision-in-food-processing-how-automated-weighing-and-ingredient-batching-improve-quality-and-efficiency/) **Published:** July 8, 2025 **Author:** sitemanager@wpmanager.io **Content:** # Precision in Food Processing: How Automated Weighing and Ingredient Batching Improve Quality and Efficiency Food production demands accuracy. Even a slight mistake in measuring ingredients can throw off a recipe, affecting taste, texture, and shelf life. When workers weigh and batch ingredients by hand, mistakes happen, slowing production, creating waste, and sometimes leading to product recalls. Automation takes these problems off the table by making measurements exact and repeatable. At Sterling Systems & Controls, Inc., we help food manufacturers improve their production processes with automated food batch weighing and ingredient batching systems. These solutions replace outdated methods that rely on guesswork, giving businesses the precision they need to improve quality while cutting costs. See how automation helps in [baking and food processing](https://sterlingcontrols.com/industries-applications/baking-food-processing/). ## The Role of Automated Weighing in Food Production Automated weighing systems use sensors and software to track ingredient amounts before mixing begins. These systems adjust for factors like bulk density, flow rates, and environmental conditions. Unlike traditional methods that introduce human error, automated food batch weighing locks in accuracy every time. Beyond improving accuracy, automated weighing speeds up production. Workers no longer have to measure ingredients manually, allowing them to focus on other tasks. By removing this bottleneck, manufacturers can increase output without sacrificing quality or consistency. ## Ingredient Batching for Efficiency and Quality Control Ingredient batching keeps [food production on track](https://sterlingcontrols.com/blog/food-and-baking-automation-enhancing-quality-and-consistency/) by adding the right amounts of each component in the correct order. Even minor miscalculations can ruin a batch, leading to wasted raw materials or problems meeting regulations. Automation helps prevent these issues by following weight requirements exactly as programmed. Fully automated batching systems measure multiple ingredients at once and add them in precise amounts before mixing starts. This process works well for large-scale production lines that need speed and accuracy. For smaller operations transitioning to automation, semi-automatic batching stations allow workers to add materials while the system confirms the correct weights. ## Reducing Variability With Advanced Technology Outside factors can throw off weighing accuracy like temperature fluctuations, humidity levels, and vibrations from nearby equipment. [Advanced weighing systems](https://sterlingcontrols.com/blog/maximizing-accuracy-in-material-weighing-systems/) account for these variables, keeping measurements steady in any environment. Regular calibration also helps prevent small shifts from turning into bigger errors over time. Our systems’ real-time monitoring features detect fluctuations as they happen and automatically correct them when needed. This reduces downtime by preventing errors before they disrupt production. ## Why More Food Processors Are Choosing Automation Manufacturers who upgrade to automated weighing and batching systems see measurable improvements in several areas. Waste drops because ingredients are measured correctly every time—no more costly overuse of raw materials. Output increases since automated systems move faster than manual processes without losing precision. Compliance with industry regulations also becomes easier since products are made consistently with correct formulations every time. As businesses grow, automated systems allow them to scale up production without adding unnecessary labor costs or major process overhauls. Every facility has different production needs, which is why we work closely with each customer to build automation strategies that fit their specific goals while improving efficiency and quality control. ## Take the Next Step Toward Better Production Switching to automated food batch weighing and ingredient batching can transform manufacturing operations while improving product consistency. Whether upgrading an existing system or installing a new one, automation helps businesses produce better products while staying efficient and cost-effective. [Request a quote](https://sterlingcontrols.com/about/request-a-quote/) today to find out how our expertise can make your food processing facility more accurate and reliable. ## Post navigation [< Back](https://sterlingcontrols.com/blog/enhancing-sustainability-in-process-manufacturing-through-automated-ingredient-batching-and-process-control/) [Next >](https://sterlingcontrols.com/blog/sustainability-in-process-manufacturing-trends-and-innovations/) **Categories:** Blog --- ### [Sustainability in Process Manufacturing - Trends and Innovations](https://sterlingcontrols.com/blog/sustainability-in-process-manufacturing-trends-and-innovations/) **Published:** July 22, 2025 **Author:** sitemanager@wpmanager.io **Content:** # Sustainability in Process Manufacturing – Trends and Innovations At Sterling Systems & Controls, we understand that sustainability is no longer optional. It’s now a necessity for manufacturing companies wanting to meet the expectations of today’s informed consumers. Younger generations demand transparency, ethical responsibility, and environmental mindfulness from the brands they support. Adopting sustainable manufacturing practices benefits the environment while driving long-term operational success. ## Embracing Energy Efficiency One trend we see consistently is the push toward energy-saving technologies. These innovations reduce resource consumption, providing clear financial and environmental benefits. Manufacturers are increasingly investing in automated systems that closely monitor energy usage during production. Our automation solutions offer real-time data insights to pinpoint inefficiencies and opportunities for improvement. Additionally, companies are upgrading their processes through advanced controls to minimize their carbon footprint. At Sterling, we specialize in cutting-edge [process controls and automation](https://sterlingcontrols.com/products-capabilities/controls-automation/process-controls-automation/) solutions specifically targeted at reducing energy consumption while maintaining optimal productivity. ## Reducing Material Waste Through Precision Another key trend involves reducing waste across manufacturing operations. By using accurate weighing and batching systems, manufacturers can avoid excess material usage and significantly lower operational waste. Our automatic batching systems precisely measure ingredients to prevent wasteful errors, ensuring consistency in every batch produced. If you’re curious, our white paper “[Optimizing Production Efficiency](https://sterlingcontrols.com/white-paper/optimizing-production-efficiency/)” explains how these precise systems directly contribute to sustainable manufacturing practices by eliminating unnecessary material usage. ## Leveraging Digital Technologies for Sustainability Manufacturers are also embracing digital solutions like AI-driven platforms and advanced data management software. These technologies make it easier than ever to track raw material usage, energy consumption, and waste generation throughout the production cycle. Our [data management system SandTrack™](https://sterlingcontrols.com/products-capabilities/controls-automation/data-management-for-fracturing-sand-facilities/), for example, provides easy-to-understand insights into daily operations. This historical data allows businesses to identify wasteful patterns and take proactive steps toward sustainability. When integrated with our advanced automation systems, digital tools offer unmatched visibility into process efficiencies, helping companies reduce their environmental impact. [Process control plays a major role in driving green initiatives](https://sterlingcontrols.com/blog/sustainability-in-manufacturing-how-process-control-can-drive-green-initiatives/), improving resource management, and lowering operational waste. ## Adopting a Circular Economy Mindset The circular economy is an approach to manufacturing that minimizes waste by keeping materials, products, and resources in continuous use for as long as possible. Unlike traditional “take-make-dispose” models, the circular economy emphasizes recycling, reuse, and recovery to reduce reliance on raw materials and decrease environmental impact. Manufacturers adopting this model can significantly reduce their dependence on virgin resources while minimizing landfill contributions. Companies can extend product life cycles and reduce overall waste by repurposing materials and optimizing production processes. Our automation solutions support circular economy principles by precisely managing your process flow, ensuring efficient material usage, and reducing waste generation at every stage. ## Moving into a Sustainable Future The manufacturing landscape continues to evolve rapidly as sustainability becomes a primary factor influencing consumer decisions and business outcomes. At Sterling Systems & Controls, we offer comprehensive solutions designed explicitly with efficiency and environmental respect at their core. Whether your goal is energy management optimization, reducing waste via automated batching systems, or enhancing process monitoring through digital technology—we have your needs covered. If you’re ready to take meaningful steps toward sustainable manufacturing practices within your operations, [reach out today to request a quote](https://sterlingcontrols.com/about/request-a-quote/). Together, let’s build a greener future for our industries, customers, and communities. ## Post navigation [< Back](https://sterlingcontrols.com/blog/precision-in-food-processing-how-automated-weighing-and-ingredient-batching-improve-quality-and-efficiency/) [Next >](https://sterlingcontrols.com/blog/interconnectivity-of-data-from-process-to-cloud-and-process-manufacturing-implementation-of-predictive-ai-the-future-in-process-manufacturing/) **Categories:** Blog --- ### [Interconnectivity of Data from Process to Cloud and Process Manufacturing Implementation](https://sterlingcontrols.com/blog/interconnectivity-of-data-from-process-to-cloud-and-process-manufacturing-implementation-of-predictive-ai-the-future-in-process-manufacturing/) **Published:** August 5, 2025 **Author:** sitemanager@wpmanager.io **Content:** # Interconnectivity of Data from Process to Cloud and Process Manufacturing Implementation of Predictive AI: The Future in Process Manufacturing Manufacturing is changing fast. Real-time data, cloud connectivity, and predictive AI are setting new standards. We see these shifts as tools you can use today to improve your operations. ## What Is Process Control in Manufacturing? Process control in manufacturing sets the foundation for consistent product quality and efficiency. It uses automated systems to monitor and adjust production conditions like temperature, pressure, and material inputs. By gathering and interpreting real-time data, we minimize waste, boost productivity, and correct deviations before they grow. Good process control strengthens decision-making and supports continuous improvement. ## How Interconnectivity from Process to Cloud Changes Manufacturing Connecting on-site processes to cloud systems reshapes how we manage production. Cloud integration stores and analyzes data from multiple locations without barriers. Now, we can monitor every piece of equipment in real time. This interconnectivity gives us a complete view of production. With platforms like Azure, manufacturers manage predictive analytics, optimization, and quality control across facilities. Seamless data flow helps improve performance, cut costs, and spot issues early. ## Implementing Predictive AI in Process Manufacturing AI in manufacturing has moved from an idea to a driving force. Predictive AI analyzes historical and live data to forecast when equipment needs maintenance. We plan repairs before breakdowns hit. Predictive AI refines scheduling, optimizes resource use, and extends equipment life. Instead of running equipment until it fails, we manage assets with precision. Machine learning models, time series databases, and sensor networks make it possible. Sterling Systems & Controls sees how predictive AI transforms process manufacturing. One example shows how [preventative maintenance](https://sterlingcontrols.com/blog/preventative-maintenance/) evolves into predictive maintenance through automation. ## Why Predictive Maintenance Matters More Than Ever Moving from traditional maintenance to predictive maintenance makes a real difference. It lowers downtime, protects profits, and helps manage resources smarter. Our [video on predictive maintenance](https://sterlingcontrols.com/blog/video-how-preventive-maintenance-leads-to-predictive-maintenance/) shows how these advances work inside modern feed mills and grain plants. QR codes and AI monitoring move maintenance from reactive to planned. Better asset management builds stronger, more resilient facilities. ## Digital Twins and Cloud Analytics: Building the Next Generation Digital twins are changing manufacturing. A digital twin is a real-time digital model of a physical system. It lets you simulate, test improvements, and predict issues without touching real equipment. Manufacturers combine digital twins with cloud analytics to reduce waste and forecast outcomes. [Companies like BMW](https://www.wired.com/story/bmw-virtual-factory-ai-hone-assembly-line) already model assembly lines virtually to sharpen processes. Digital twins feed refined data to predictive AI, making smarter decisions possible. ## Overcoming Challenges with AI Integration Adopting AI and cloud integration comes with hurdles. High-quality data is necessary. Integration with legacy systems can be tough. Cybersecurity risks must be handled carefully. Taking the right steps early, like building a smart adoption plan, leads to lasting rewards and strengthens the path toward [embracing the next wave of innovation](https://sterlingcontrols.com/blog/the-future-of-process-controls-and-automation-embracing-the-next-wave-of-innovation/). ## Preparing for the Future of Process Manufacturing At Sterling Systems & Controls, we see the future of process manufacturing in connected, flexible operations. Investing in predictive AI, cloud-based controls, and smart maintenance strategies puts manufacturers on a faster, stronger path. The future is about giving teams better tools to act faster and adapt more easily. With over 50 years of expertise in custom-engineered automation systems, we are ready to help manufacturers shape what comes next. ## Post navigation [< Back](https://sterlingcontrols.com/blog/sustainability-in-process-manufacturing-trends-and-innovations/) [Next >](https://sterlingcontrols.com/blog/the-lack-of-skilled-process-operations-labor-how-process-automation-and-control-helps/) **Categories:** Blog --- ### [The Lack of Skilled Process Operations Labor: How Process Automation and Control Helps](https://sterlingcontrols.com/blog/the-lack-of-skilled-process-operations-labor-how-process-automation-and-control-helps/) **Published:** August 19, 2025 **Author:** sitemanager@wpmanager.io **Content:** # The Lack of Skilled Process Operations Labor: How Process Automation and Control Helps We work with manufacturers across the country who are struggling to fill process operations roles. The skilled labor shortage in manufacturing is not just a headline. It is something we see every day. Jobs go unfilled. Turnover stays high. Production slows down or becomes inconsistent. That is why we focus on building process automation and control systems that reduce the need for manual labor while increasing efficiency. ## The Challenge: Fewer Skilled Workers, More Demand Manufacturing in the U.S. faces a serious labor issue. Over 600,000 positions are currently unfilled. By 2033, that number could rise to 1.9 million. Nearly 60 percent of manufacturers say they cannot attract or keep enough employees. We hear the same concerns from our customers. They need systems that support their workforce, not replace them, but make it possible to do more with fewer hands. ## How Automation Bridges the Gap Process automation and control helps companies maintain output even when labor is tight. By automating repetitive tasks, like batching or ingredient weighing, we allow teams to focus on jobs that need judgment or troubleshooting. Our [automation systems](https://sterlingcontrols.com/products-capabilities/controls-automation/) can manage complex operations with precision. We customize controls to match your equipment, whether you are blending, grinding, or handling bulk material. This allows a smaller crew to keep operations running smoothly with fewer errors. ## Smarter Batching Means Fewer Mistakes Batching is one area where automation makes an immediate impact. Our [batching systems](https://sterlingcontrols.com/products-capabilities/batching-weighing/batching-systems/) are built to reduce the risk of missed ingredients, incorrect weights, or poor documentation. These systems are easy to scale and expand as needed. They support micro, minor, and major ingredient batching using accurate controls and real-time data tracking. That kind of precision not only improves product quality. It also allows you to train fewer people to manage more process steps. ## Simplifying Complex Operations We know that manufacturing processes vary across sectors. From [agriculture to food processing to industrial processing](https://sterlingcontrols.com/industries-applications/), our experience helps us build systems that match your application. Whether you are moving powders, liquids, or mixed ingredients, we develop process controls that make your operations easier to run and easier to maintain. We also provide [process controls and automation](https://sterlingcontrols.com/products-capabilities/controls-automation/process-controls-automation/) that can upgrade existing systems or launch new production lines. Our control panels, software, and user interfaces are all designed with simplicity and reliability in mind. ## Supporting Your Workforce with Training No automation system runs on its own. We make sure your team understands how to operate and troubleshoot your systems. Our engineers handle software, mechanical, and electrical setup. We also stay available for support after startup. Because we build custom solutions, our systems do not come with generic instruction manuals. Instead, your team gets to work with engineers who know your project from start to finish. This hands-on approach reduces downtime and builds confidence in your operations. ## The Way Forward for Process Industries Companies who adapt to the labor shortage with process automation and control will be more resilient. They will rely less on hard-to-find labor and be better prepared for future demand shifts. If your facility is ready to make a change, we are here to help. You can [request a quote](https://sterlingcontrols.com/about/request-a-quote/) today to start the conversation. --- ## Manufacturing labor shortage: - As of January 2024, there were approximately 622,000 unfilled manufacturing positions in the United States (source: uschamber.com). - From 2024 to 2033, the manufacturing industry is projected to need 3.8 million new workers, but 1.9 million jobs may remain unfilled due to ongoing labor shortages (source: supplychaindive.com). - Nearly 60% of manufacturers cite the inability to attract and retain employees as their top challenge (source: deloitte.com). - About 15% of manufacturing workers report a skills mismatch, showing a gap between available skills and job requirements (source: weforum.org). - 81% of manufacturers say high turnover has disrupted operations, and 78% report decreased productivity due to workforce shortages (source: ohsonline.com). ## Post navigation [< Back](https://sterlingcontrols.com/blog/interconnectivity-of-data-from-process-to-cloud-and-process-manufacturing-implementation-of-predictive-ai-the-future-in-process-manufacturing/) [Next >](https://sterlingcontrols.com/blog/industry-5-evolution-or-revolution/) **Categories:** Blog --- ### [Industry 5.0: Evolution or Revolution?](https://sterlingcontrols.com/blog/industry-5-evolution-or-revolution/) **Published:** August 21, 2025 **Author:** p1ws **Content:** # Industry 5.0: Evolution or Revolution? In recent years, the term *Industry 5.0* has emerged in conversations about the future of manufacturing and automation. Following the wave of digital transformation known as Industry 4.0, Industry 5.0 presents itself as the next stage in the industrial journey—one that emphasizes human-centric technology, sustainability, and mass customization. ***But is Industry 5.0 truly a revolutionary shift, or is it a natural progression of principles that have been evolving over the past decade?*** ## Defining Industry 5.0 While Industry 4.0 was characterized by the integration of smart technologies—such as IoT, AI, and advanced analytics—into industrial systems, Industry 5.0 is being positioned as a more collaborative and sustainable evolution. It focuses on putting humans back at the center of industrial innovation by pairing advanced automation with human creativity, problem-solving, and adaptability. **Three themes consistently define the Industry 5.0 narrative:** - Human-machine collaboration - Industrial sustainability - Hyper-personalization and mass customization From AI-assisted control systems to environmentally conscious production lines, the focus shifts from maximizing productivity alone to achieving long-term resilience and value creation. ## Evolution, Not Disruption Many of the ideas promoted under the Industry 5.0 banner are not entirely new. Human-machine collaboration, for instance, has long been an element of lean manufacturing and ergonomic design. Sustainability has increasingly shaped automation projects, with energy efficiency and material traceability becoming essential elements of modern control systems. At Sterling Systems & Controls, we’ve seen firsthand how clients are already adopting principles attributed to Industry 5.0—whether through batch automation systems that reduce waste and energy consumption, or through customized control solutions that enhance operational agility. These developments reflect a natural progression, not a radical departure. In this sense, *Industry 5.0 may be better viewed as an evolution rather than a revolution*—a rebranding of priorities that have been steadily building within industrial automation. ## Beyond the Buzzword Critics argue that Industry 5.0 functions more as a marketing label than a groundbreaking concept. The term can sometimes obscure the fact that many manufacturers have already been implementing its pillars—especially in sectors where human oversight and customization are critical. However, what Industry 5.0 *does* offer is a useful framework for aligning industrial goals with broader societal and environmental values. It invites manufacturers to think beyond output and efficiency, and to instead focus on adaptability, workforce empowerment, and long-term sustainability. ## The Path Forward Whether it’s viewed as a new era or an incremental improvement, Industry 5.0 reflects the ongoing transformation of manufacturing—from rigid automation to flexible, intelligent systems designed for a more complex world. At Sterling Systems & Controls, our commitment to supporting this transition remains the same. Through custom-engineered automation systems, material weighing solutions, and integrated software, we help manufacturers optimize processes while remaining agile, efficient, and sustainable. **In the end, the industrial journey isn’t defined by buzzwords—but by the real-world solutions that drive lasting value.Learn more about our capabilities** in [batching automation](https://sterlingcontrols.com/batching-systems/) and [custom control systems](https://sterlingcontrols.com/custom-systems/) to see how we’re helping manufacturers lead the way—whether they call it Industry 4.0, 5.0, or beyond. --- ## Post navigation [< Back](https://sterlingcontrols.com/blog/the-lack-of-skilled-process-operations-labor-how-process-automation-and-control-helps/) [Next >](https://sterlingcontrols.com/blog/how-to-run-a-successful-process-optimization-audit/) **Categories:** Blog **Tags:** Manufacturing & Automation --- ### [How to Conduct a Successful Process Optimization Audit](https://sterlingcontrols.com/blog/how-to-run-a-successful-process-optimization-audit/) **Published:** September 16, 2025 **Author:** p1ws **Content:** # How to Conduct a Successful Process Optimization Audit A process optimization audit enables us to identify hidden waste, enhance quality, and safeguard profits. At Sterling Systems & Controls, we draw on more than five decades of custom automation, so the steps below come straight from shop-floor experience and process audit proven techniques. ## Set Clear Objectives and Scope Start with the end in mind. Define the line, cell, or plant you want to review, and match each goal to a measurable business result. Scoping this way keeps the audit tight and lets findings feed real projects rather than vague wish lists. ## Gather the Right Team and Data We bring together production, maintenance, and quality leads, then add an outside voice to limit bias. Pull recent run sheets, batch records, and downtime logs. Hard numbers sharpen observations and let the team test ideas in real time. ## Map and Observe Workflows Spend time on the floor. Walk the flow from raw material receipt to finished product and sketch a value stream map. Look for long travel paths, excessive handoffs, or manual data entry. Short pauses with operators often reveal workarounds that never reach formal procedure documents. #### **Value Stream Mapping** A simple line diagram with cycle times and inventory totals highlights bottlenecks in minutes. Mark each delay and decide if it adds value to the customer. Most do not. Eliminating even one non-value step frees capacity without new capital. #### **Layered Process Audits** Daily checks by supervisors, weekly checks by managers, and monthly checks by executives create layered visibility. ## Measure Performance with Focused KPIs Choose metrics that link to cost or customer satisfaction. Overall equipment effectiveness, first-pass yield, and on-time delivery cover most bases. Track leading indicators too; open corrective-action count can warn of trouble before scrap rises. Our control software logs these numbers automatically inside many [complete process systems](https://sterlingcontrols.com/products-capabilities/complete-systems/complete-process-systems/). ## Document Findings and Assign Actions Write each gap as a factual statement, back it with photos or parameter screenshots, and tie it to a root cause. Then assign an owner, deadline, and target result. A concise report keeps momentum and helps auditors check progress later. Before closing the action list, confirm that paperwork, calibration records, and training files match plant practice. Clean documentation supports compliance audits and accelerates future staff onboarding. ## Validate Improvements and Keep the Loop Closed Run a follow-up audit once actions finish. Compare new metrics with the baseline. If gains stick, lock them into standard work and operator checklists. For broad initiatives, we recommend scheduling quarterly reviews to stop drift. Our customers in food, feed, rubber, and many other [process industries we serve](https://sterlingcontrols.com/industries-applications/) use this cycle to maintain momentum. Consistent review turns a one-time event into an ongoing habit. ## Turn Insights Into Automation with Sterling Systems & Controls A process audit is only as valuable as the improvements it unlocks. The opportunities uncovered—whether eliminating manual data entry, reducing bottlenecks, or streamlining reporting—can be fully realized through automation. That’s where Sterling Systems & Controls comes in. With over 50 years of experience designing custom control systems for food, feed, rubber, and other process industries, we transform audit findings into automated solutions that drive measurable results. From integrating real-time KPI tracking into your process control software to engineering fully automated batching, mixing, or material handling systems, we help ensure that every identified gap is not just corrected, but future-proofed. Partner with us to turn your audit into a long-term automation strategy that reduces waste, safeguards profits, and delivers continuous improvement at scale. Reach out to discuss goals, timelines, and resource needs. You can [request a quote](https://sterlingcontrols.com/about/request-a-quote/) in minutes, and one of our senior engineers will walk you through next steps. --- ## Post navigation [< Back](https://sterlingcontrols.com/blog/industry-5-evolution-or-revolution/) [Next >](https://sterlingcontrols.com/blog/from-grain-to-glory-mastering-feed-mill-automation/) **Categories:** Blog **Tags:** Manufacturing & Automation --- ### [From Grain to Glory: Mastering Feed Mill Automation](https://sterlingcontrols.com/blog/from-grain-to-glory-mastering-feed-mill-automation/) **Published:** February 2, 2026 **Author:** p1ws **Excerpt:** Your Introduction to Feed Mill Automation A feed mill automation guide is your roadmap to modernizing operations with technology, changing your feed mill to: Boost Efficiency: Make more feed, faster, with less effort. **Content:** # From Grain to Glory: Mastering Feed Mill Automation ## Your Introduction to Feed Mill Automation A feed mill automation guide is your roadmap to modernizing operations with technology, changing your feed mill to: - **Boost Efficiency**: Make more feed, faster, with less effort. - **Improve Quality**: Ensure every batch is perfect and consistent. - **Improve Safety**: Protect your team and your products. - **Enable Traceability**: Track every ingredient from start to finish. - **Reduce Costs**: Save money on labor, waste, and energy. Welcome to the ultimate feed mill automation guide from Sterling Systems & Controls. As a production manager, you know the pressure: the world demands more high-quality animal feed, requiring greater efficiency and precision. Traditional methods often cause errors and delays, but feed milling is evolving with new technology. This guide shows how automation helps you meet today’s challenges and prepare for tomorrow. It’s about shifting from manual tasks to smart, controlled processes, changing your feed mill into a more productive, safer, and profitable business. ![Top 5 benefits of feed mill automation](https://images.bannerbear.com/direct/4mGpW3zwpg0ZK0AxQw/requests/000/117/155/919/DdWb1LGkNYNygK0ZQ70OKvRAP/d031f7f3efdad4574e886d3de8ffbd601d2d2ede.jpg "Top 5 benefits of feed mill automation") ## Why Automate? The Transformative Benefits for Your Feed Mill Running a feed mill today means facing tighter margins, stricter regulations, and demands for perfect quality. Old methods can’t keep up. Automation isn’t just new equipment; this feed mill automation guide is about fundamentally changing how your operation runs. Studies show smart factory solutions can increase plant performance by 10% to 30%, and many feed mills see a return on investment in under two years. This is a reality we’ve seen repeatedly. The benefits are comprehensive: improved product consistency keeps customers happy, automation of dangerous tasks improves safety, and automatic data logging simplifies regulatory compliance. You’ll also reduce labor costs while increasing output. Automation virtually eliminates costly batching errors and improves supply chain optimization from receiving to shipping. [Learn more about the essential role of automation](https://sterlingcontrols.com/blog/the-essential-role-of-controls-and-automation-in-process-manufacturing/) in modern manufacturing. These are transformative changes that redefine your feed mill’s capabilities. ### Boosting Efficiency and Productivity Efficiency drives profitability, and automation is key. By eliminating manual handling and other time-consuming tasks, automated systems free up your team and significantly speed up production. Automation enables 24/7 operation potential. Systems can run continuously, allowing you to meet demand spikes without overtime or extra shifts. The result is faster production processes and dramatically increased throughput using existing infrastructure, often without expensive expansions. Automation also allows for workforce reallocation. With machines handling repetitive work, your team can focus on valuable tasks like quality control and process optimization. You’re empowering your workforce, not replacing it. [The Need for Speed in Batching](https://sterlingcontrols.com/blog/the-need-for-speed-in-batching/) is about achieving smart speed that maintains quality while boosting output. ### Ensuring Best Quality and Consistency In animal nutrition, consistency is everything. Uniform diets lead to better animal performance, and automation is your secret weapon to achieve it. Precise ingredient measurement is a core benefit. Digital controls add every ingredient in the exact quantity required, with precision down to fractions of a gram for micro-ingredients—an accuracy impossible to sustain manually. Eliminating human error is a key advantage. Automation removes the variability of manual work, ensuring recipes are followed perfectly every time. This precision ensures consistent feed formulation. Every batch has an identical nutritional profile, leading to better animal health and performance, which improves your reputation. Micro-ingredient accuracy is especially critical. These tiny but impactful additions are handled with the necessary precision that manual dispensing lacks. The impact is significant, as [automated batching systems support optimal nutrition](https://sterlingcontrols.com/blog/boosting-gut-health-how-automated-batching-systems-support-optimal-nutrition/) for improved animal gut health and performance—a measurable value for your customers. ### Enhancing Safety and Regulatory Compliance Safety is paramount for your team and the end consumer. Automation dramatically improves safety in both areas. ![feed mill automation software](https://firebasestorage.googleapis.com/v0/b/ai-templates.appspot.com/o/bot%2FYUtz7bFuSHwb0FfmnSvz%2FcustomImages%2FFEEDMILL-AUTOMATION-PAGE_compressed.png?alt=media&token=f63ba39c-fd30-41e7-9ab1-96f2134ece9d "feed mill automation software") Automation improves safety by reducing hazardous manual tasks like climbing bins, handling heavy bags, and working near dangerous machinery. It removes people from harm’s way. Sensor integration for equipment monitoring provides another layer of protection. Systems monitor critical parameters like temperature and pressure, and can shut down automatically if an issue arises, often before an operator would notice. This monitoring also ensures compliance with safety guidelines by automatically enforcing proper procedures. For regulatory compliance, automatic data logging is a game-changer. The system records all production data, creating a complete, unalterable digital record for easy audits. Traceability for feed safety becomes simple. In case of a recall, you can trace any product back to its raw ingredients in minutes, protecting animal health and your reputation. Automation helps you meet regulatory requirements with precise control and automatic documentation, saving you time and effort. ## The Anatomy of an Automated Feed Mill: Processes and Equipment An automated feed mill is like a tuned orchestra, creating high-quality animal feed. Understanding how automation integrates into each process is key to open uping your operation’s full potential and a core part of this feed mill automation guide. ![schematic of automated feed mill flow](https://images.bannerbear.com/direct/4mGpW3zwpg0ZK0AxQw/requests/000/117/155/923/7gAk4KJj8Qmovg8WzvwqxrD20/6ad9a3f1aa84885d221212d1c0a30bce902c58c0.jpg "schematic of automated feed mill flow") At its core, an automated feed mill relies on four key technologies: PLCs (Programmable Logic Controllers) to run equipment, the HMI (Human-Machine Interface) as a central control screen, Sensors to gather real-time data, and Actuators to perform physical tasks like opening valves or starting motors. These components are the foundation of automation. For a deeper dive, see this [overview of feed milling and pet food manufacturing](https://sterlingcontrols.com/industries-applications/feed-milling-pet-food-manufacturing/). Now, let’s examine how automation transforms each stage of the process. ### Receiving and Transfer The receiving process sets the stage for production. Automation ensures it’s precise and efficient. Upon arrival, automated material tracking creates a digital record of the ingredient, source, and quantity, eliminating manual errors. The unloading process is also automated for safe and efficient transfer. Automation eliminates the dangerous task of manually checking bin levels. Silo and bin level monitoring uses sensors for continuous, real-time inventory tracking. The control system then automatically directs ingredients to the correct storage, preventing cross-contamination and optimizing space. Our specialized solutions for [feed mill automation for receiving and transfer](https://sterlingcontrols.com/industries-applications/feed-milling-pet-food-manufacturing/feed-mill-automation-receiving-transfer/) streamline this critical first step. ### Grinding and Particle Size Reduction Grinding is a critical process, as particle size directly impacts nutrient digestion. Automated systems manage hammermills and roller mills with best precision. You can program exact micron specifications for different animal feeds, and the system delivers them consistently. This matters because uniform particles increase the surface area for digestion, improving nutrient absorption and customer value. Automated grinding also improves energy efficiency, lowering your operational costs. Our [grinding feed mill automation](https://sterlingcontrols.com/industries-applications/feed-milling-pet-food-manufacturing/grinding-feed-mill-automation/) solutions provide this level of control and consistency. ### Batching and Mixing Batching and mixing is where automation’s value is most apparent, as precision here dictates product quality. Automated systems handle bulk major, minor, and micro-ingredients with digital precision, managing multiple scales simultaneously. Liquid ingredients are also metered accurately for uniform distribution. Automated recipe management allows you to store hundreds of formulas. Simply select a recipe, and the system executes it perfectly, measuring every ingredient to spec. Real-time monitoring catches and corrects discrepancies instantly. Automation eliminates the costly errors of manual batching, especially with micro-ingredients. We can automate your entire batching process for powders, bulk materials, and liquids. Explore our solutions for [batching feed mill automation](https://sterlingcontrols.com/industries-applications/feed-milling-pet-food-manufacturing/batching-feed-mill-automation/) for more details. ### Pelleting and Conditioning Pelleting transforms loose feed into dense pellets, improving handling and digestibility. This complex process requires precise control. Automation monitors and adjusts four key parameters: Feeder speed for optimal flow, Steam valve adjustments for conditioning, Mash temperature for gelatinization, and Mill load (amps) to prevent overloading. Our automated systems make real-time adjustments to feeder speed and steam to maintain target set-points. This maximizes throughput and ensures consistent pellet quality, which directly impacts animal health and your customers’ success. Learn more about our [pelleting automation application for feedmills](https://sterlingcontrols.com/blog/pelleting-automation-application-for-feedmills/) and how control helps in [enhancing animal health by controlling the pelleting process](https://sterlingcontrols.com/blog/enhancing-animal-healthcontrolling-the-pelleting-process/). ### Loadout The final stage, loadout, is prone to costly errors in manual operations. Automation eliminates mistakes like loading the wrong product or incorrect quantities. Automated truck filling systems manage the process with precision, and integration with your batching system ensures the correct product is loaded every time. Technologies like RFID (Radio Frequency Identification) can further improve accuracy by automatically identifying trucks and verifying loads. The operator’s role shifts to supervision rather than manual labor. This guarantees order accuracy and customer satisfaction. You get complete documentation for delivery integrity, and our systems ensure the correct product is delivered with an accuracy manual operations can’t match. Find out how our solutions for [loadout feed mill automation](https://sterlingcontrols.com/industries-applications/feed-milling-pet-food-manufacturing/loadout-feed-mill-automation/) can transform this final critical step. ## Your Comprehensive Feed Mill Automation Guide to Implementation Starting your automation journey can feel overwhelming, but with a solid plan and the right partner, it’s a rewarding investment. Many feed mills see a return on investment (ROI) in less than two years. While the initial investment is significant, long-term savings on labor, waste, and energy, combined with increased throughput, ensure it pays for itself quickly. Every feed mill is unique, so we often recommend a phased implementation. This approach allows you to automate one process at a time, spreading out the investment and minimizing disruption. A complete overhaul is also an option. The key is to find the right fit for your needs and budget. For more on custom solutions, listen to this podcast on [exploring customized control solutions for feed mills](https://www.feedandgrain.com/expert-insights/podcasts/podcast/15680710/exploring-customized-control-solutions-for-feed-mills-podcast). Here’s how manual operations stack up against automated systems: | Metric | Manual Feed Mill Operations | Automated Feed Mill Operations | |---|---|---| | Cost | High labor, waste | Lower operational, energy, labor costs; Higher initial investment, but quick ROI | | Speed | Slower, bottleneck-prone | Significantly faster production; Potential for 24/7 operation | | Accuracy | Prone to human error | Highly precise ingredient measurement and mixing; Near-zero batching errors | | Safety | Higher risk of injury | Reduced hazardous tasks; Sensor monitoring prevents accidents; Compliance with safety guidelines | | Traceability | Difficult, manual records | Automatic data logging; Detailed records for every batch; Easy traceability for compliance and quality control | ### The Role of Software and Data Analytics Software is the brain of your automated mill, turning data into actionable insights. Centralized control software provides a command center, typically an HMI screen, to monitor and control your entire facility from one location. Real-time monitoring allows you to watch operations as they happen, spotting and addressing issues like bearing temperatures or equipment vibration before they become major problems. The system collects vast amounts of data on ingredient usage, batch parameters, and energy consumption. This is compiled into reports for tracking Key Performance Indicators (KPIs), giving you a clear view of performance and areas for improvement. Data analytics also enables predictive maintenance. By analyzing data patterns, the system can predict equipment failure before it occurs. This allows you to schedule maintenance proactively, reducing downtime and costs. See [an overview of automated feed mill control systems](https://sterlingcontrols.com/industries-applications/feed-milling-pet-food-manufacturing/automated-feed-mill-control-system/) for a complete picture. ### Integrating with Business Systems (ERP) True automation extends beyond the production floor. Integrating control systems with your Enterprise Resource Planning (ERP) software creates a seamless flow of information across your entire operation. Seamless data flow means production and inventory data are automatically shared with your ERP, eliminating manual entry and errors. This leads to smarter inventory management. Real-time data helps with forecasting and purchasing, minimizing stockouts and excess inventory. The system can even automate reordering. Production scheduling becomes more responsive, allowing you to optimize schedules based on real-time data. With sales order integration, production can be triggered directly by customer demand, connecting all parts of your operation. If you have older systems, explore your options for [upgrading your legacy software for a feedmill](https://sterlingcontrols.com/industries-applications/feed-milling-pet-food-manufacturing/legacy-software-upgrade-feedmill/). ### Overcoming Challenges and Potential Drawbacks It’s important to be honest about the challenges of automation. Understanding them upfront helps you plan effectively. The initial capital cost is substantial, but the ROI is often achieved in less than two years due to long-term savings. Your team will need new technical skills, which is an opportunity for workforce development. We provide comprehensive training and support to ensure your team is proficient with the new technology. Automated systems also require regular maintenance. A well-planned schedule is crucial, and predictive maintenance capabilities help you plan strategically to avoid emergency breakdowns. Finally, choosing the right partner is critical. You need a provider with deep experience in feed mills who can offer custom-engineered, single-source solutions that integrate all your process equipment. [Navigating a feed mill automation migration or upgrade](https://sterlingcontrols.com/blog/feed-mill-automation-migration-upgrade/) offers practical guidance for this journey. ## Future-Proofing Your Operations for Tomorrow’s Demands The animal feed industry is constantly changing. To keep pace, your feed mill needs to be adaptable. Automation provides a competitive advantage for the future. We design our systems with scalability and flexibility in mind, so they can grow with your business. These programmable and expandable systems adapt to increased demand and process changes, allowing your operations to grow without a complete overhaul. Automation also addresses the challenge of preparing for operator retirement. As experienced operators retire, their knowledge can be lost. Automation captures this institutional knowledge in digital systems, encoding recipes and best practices to ensure operational continuity. The ability to adapt to market changes is crucial. Automated systems provide the agility to pivot quickly in response to new formulations, demand spikes, or changes in raw material availability. Learn how we are [revolutionizing feed mill operations with advanced automation](https://sterlingcontrols.com/blog/revolutionizing-feed-mill-operations-with-advanced-automation/) and helping clients stay ahead. ### Sustainability and Environmental Impact Your environmental footprint matters to customers, regulators, and your bottom line. Automation helps you improve sustainability. Optimizing energy consumption is an immediate benefit. Energy-efficient components and optimized processes reduce electricity and fuel waste, lowering costs. Reducing resource wastage is another key advantage. Precise measurement and control minimize material loss throughout the production process. Minimizing product waste is also significant. Consistent, accurate batching means fewer rejected batches, reducing landfill waste. These improvements combine to lower your carbon footprint. By optimizing processes and reducing waste, automation makes your feed mill more sustainable—a win for your business and the environment. ### Preparing for Scalability with this feed mill automation guide A compelling aspect of automation is its ability to scale with your business, whether you’re increasing production, adding a new product line, or acquiring another facility. The value of programmable and expandable systems is clear. We design systems for future expansion, so you can add capacity by building on your existing foundation. Our modular software design simplifies expansion. You can add new functionalities without disrupting your entire system. Automation helps you in meeting increased production demand gracefully. You can produce more feed in less time to maintain a steady supply without scrambling to hire new staff or overworking equipment. Adding new processes or equipment is also straightforward. Automation simplifies the integration of new machinery, as the control system adapts and the software scales to keep your operation running smoothly. This feed mill automation guide is about building a future-proof foundation for your operation, turning a good investment into a great one. ## Frequently Asked Questions Considering automation for your feed mill? It’s a big step, and it’s normal to have questions. Here are answers to some common queries about the possibilities discussed in this feed mill automation guide. ### What is the first process I should automate in my feed mill? For your first automation step, we recommend batching. Automating the weighing and batching of ingredients offers a high return on investment (ROI) by directly improving product quality, consistency, and cost control. Reducing errors and waste at this critical stage is the quickest way to see significant benefits. Learn more about our [batching feed mill automation](https://sterlingcontrols.com/industries-applications/feed-milling-pet-food-manufacturing/batching-feed-mill-automation/) solutions. ### How does automation improve traceability? Automation is key for traceability. Systems automatically record every ingredient, lot number, and quantity for each batch, creating a detailed digital trail. This makes it easy to trace products forward to customers and backward to suppliers, which is crucial for regulatory compliance and quality control. You get clear, accurate data at your fingertips. ### Can I automate my existing feed mill? Yes, you can absolutely automate an existing mill. A migration or upgrade can be done in phases to minimize downtime. This typically involves replacing manual controls with modern PLCs and software, and integrating new automated equipment where it will have the most impact. We are experts at [navigating a feed mill automation migration or upgrade](https://sterlingcontrols.com/blog/feed-mill-automation-migration-upgrade/) to bring your current facility into the future. ## Conclusion: Take Control of Your Feed Mill’s Future You’ve reached the end of our feed mill automation guide. As you’ve seen, automation is a strategic decision that transforms your operation from a cost center into a competitive advantage. We’ve explored its deep impact on boosting efficiency, ensuring unparalleled product quality, and enhancing safety. These improvements lead to increased profitability. By reducing human error and optimizing resources, automation helps you meet today’s demands and adapt to future market changes. ## Ready to Start? Partnering with an experienced provider like Sterling Systems & Controls means you get a custom, single-source solution that integrates all your process equipment to meet your specific goals. Don’t let outdated methods hold you back. It’s time to open up your feed mill’s full potential. [Take the next step with a complete feed mill automation system](https://sterlingcontrols.com/products-capabilities/complete-systems/feed-mill-automation/) and lead your operations from grain to glory. We’re ready to help. **Categories:** Blog --- ### [Unlock Efficiency with Automated Bulk Bag Unloading](https://sterlingcontrols.com/blog/unlock-efficiency-with-automated-bulk-bag-unloading/) **Published:** February 12, 2026 **Author:** p1ws **Excerpt:** The Shift from Manual Labor to Smart Automation Automated bulk bag unloading transforms how process industries handle bulk materials, replacing labor-intensive manual methods with efficient, safe, and precise systems. **Content:** # Unlock Efficiency with Automated Bulk Bag Unloading ## The Shift from Manual Labor to Smart Automation Automated bulk bag unloading transforms how process industries handle bulk materials, replacing labor-intensive manual methods with efficient, safe, and precise systems. These systems use mechanical lifts, dust-tight connections, and controlled discharge mechanisms to empty bags containing powders, granules, or pellets without the hazards and inefficiencies of manual dumping. **Quick Comparison: Manual vs. Automated Unloading:** | Factor | Manual Unloading | Automated Unloading | |---|---|---| | Product Loss | 1-2% per bag | <0.01% per bag | | Throughput | 400 bags/8-hour shift | Up to 1,300 bags/hour | | Operator Safety | High injury risk (lifting, dust, lacerations) | Minimal physical contact, enclosed systems | | Dust Emissions | Significant exposure | Near-zero with integrated collection | | Labor Required | 1-2 operators per station | 1 part-time operator for multiple stations | For decades, manual bag dumping has been the standard in food processing, chemical manufacturing, and pharmaceutical production. Operators would cut open 50-pound bags, dump contents into hoppers, and flatten empty bags a repetitive task that causes back injuries, lacerations, and chronic exposure to airborne dust. The financial impact is significant. Manual unloading can leave 1-2% of product in each bag. For an operation handling 400 bags per shift, this can add up to over $100,000 in lost product annually. Manual methods also create contamination risks, inconsistent flow rates, and high workers’ compensation claims. Modern automated systems solve these problems. They achieve 99.99% emptying efficiency, process materials faster, protect workers from hazardous tasks, and integrate seamlessly with downstream equipment like mixers, conveyors, and batching systems. As one industry analysis noted, “the great resignation has made jobs involving repetitive, injury-prone tasks extremely hard to fill and retain” making automation not just efficient, but essential. ![Infographic comparing manual and automated bulk bag unloading](https://images.bannerbear.com/direct/4mGpW3zwpg0ZK0AxQw/requests/000/129/118/266/KZA1qL8r0zlxqAg2zepakDXbM/aa4e53923f055cb48494a431d568f54331b89eaa.jpg "Infographic comparing manual and automated bulk bag unloading") ## Why Automate? The Transformative Benefits of Automated Bulk Bag Unloading The decision to automate bulk bag unloading is a strategic one, yielding benefits that impact every facet of a processing operation. From the factory floor to the bottom line, automation transforms challenges into opportunities for growth and efficiency. ![automated bulk bag unloading software](https://firebasestorage.googleapis.com/v0/b/ai-templates.appspot.com/o/bot%2FYUtz7bFuSHwb0FfmnSvz%2FcustomImages%2FBULK-BAG-UNLOADING-SCREEN_compressed.png?alt=media&token=178e4e11-2e81-4e44-b7fc-d5852d733923 "automated bulk bag unloading software") When an operator can safely oversee the unloading process from a control panel, removed from the physical strain and hazards of manual handling, the results are immediate improvements in ergonomics and operational consistency. This shift allows for higher throughput, significant labor cost savings, and dramatically reduced material waste. ### Boosting Operational Efficiency and Throughput Manual bulk bag handling is limited by human speed and endurance, creating bottlenecks and unpredictable output. In contrast, automated bulk bag unloading systems are designed for relentless efficiency. Semi-automatic systems can achieve capacities of up to 360 bags per hour, while fully automated robotic systems can unload up to 1,300 bags per hour (32.5 tons per hour). This remarkable throughput ensures a consistent flow of material to your production line, drastically reducing downtime and optimizing your overall process. Maintaining such high, consistent flow rates is a game-changer for operations aiming to scale up. For a deeper dive into how these systems revolutionize material flow, explore our insights on [Bulk Bag Handling Systems](https://sterlingcontrols.com/products-capabilities/bulk-bag-handling-systems/). ### Enhancing Workplace Safety and Reducing Injuries One of the most compelling reasons to invest in automated bulk bag unloading is the profound impact on workplace safety. Manual bag dumping is fraught with ergonomic hazards like repetitive strain injuries from lifting heavy bags, laceration risks from cutting, and dust inhalation. Automated systems virtually eliminate these dangers. Enclosed systems protect team members from direct contact with materials and airborne particulates. Robotic arms or mechanical hoists handle the heavy lifting, removing manual intervention in hazardous zones and reducing forklift-operator interactions. This transforms a high-risk task into a safe, controlled, and nearly hands-off operation, fostering a more positive and productive work environment. Understanding dust control is paramount for safety. Learn more about [Essential Dust Control Measures for Safe and Efficient Manufacturing](https://sterlingcontrols.com/blog/essential-dust-control-measures-for-safe-and-efficient-manufacturing/). ### Realizing Significant Cost Savings and ROI The financial benefits of automated bulk bag unloading contribute to a rapid return on investment (ROI). The most immediate saving comes from reduced product loss. Manual methods typically leave 1-2% of product in each bag. For an operation handling 400 bags per shift, this can accumulate to a loss of $128,000 annually. In stark contrast, automated systems boast emptying efficiencies over 99.99%, reducing product loss to less than 0.01%. In the same scenario, this represents a material saving of over $118,000 per year. Beyond material recovery, automation leads to significant labor cost savings, helps address labor shortages, and allows skilled workers to be redeployed to higher-value activities. Improved safety also translates to fewer workplace injuries, which means reduced workers’ compensation claims and lower insurance premiums. While the ROI timeframe varies, many businesses see a positive return within 1-3 years, making it a sound financial decision. For a detailed look at how these systems can integrate with precise weighing, visit our page on [Bulk Bag Unloading and Weighing Systems](https://sterlingcontrols.com/blog/bulk-bag-unloading-and-weighing-system/). ## A Guide to Automated Bulk Bag Unloading Systems and Technologies When considering an automated bulk bag unloading solution, it’s important to understand the available technologies and how they can be customized to your operational needs. Our goal is to provide a system that integrates perfectly with your existing infrastructure. | Unloader Type | Headroom Requirement | Loading Method | Footprint | Best-Use Application | |---|---|---|---|---| | Hoist & Trolley | High | Integrated Hoist | Medium | Versatile, high-volume operations | | Forklift Loaded | Medium | Forklift | Large | Existing forklift infrastructure | | Low Profile | Low | Forklift | Medium | Space-constrained environments | | Split-Frame | Medium | Forklift/Hoist | Medium | Isolating vibration, specific processes | | Container/Tote | Varies | Forklift/Crane | Small | Rigid containers, batch processing | ### Common Types of Automated Unloading Systems Automated bulk bag unloading systems offer various configurations to address specific challenges. We work with you to determine the best fit for your facility in Sterling, Illinois, or anywhere across the United States and Canada. - Hoist and Trolley Systems: These feature an integrated hoist and trolley to lift the bag, making them ideal for facilities without forklift access or where minimizing forklift traffic is a priority. They often require higher headroom but offer excellent control. - Forklift-Loaded Models: These systems are designed for bags to be loaded using a forklift and are a common choice for facilities with robust forklift operations. - Low-Profile Designs: For environments with limited overhead space, these unloaders are engineered to fit into tight quarters with compact designs. - Split-Frame Unloaders: These designs separate the upper bag support frame from the lower discharge section, offering flexibility for specific process requirements. - Container/Tote Unloaders: While not for flexible bags, these systems handle rigid containers or totes, providing similar automated discharge benefits. For a comprehensive overview of the various options, refer to our detailed information on [Bulk Bag Unloading Systems](https://sterlingcontrols.com/blog/bulk-bag-unloading-systems/). ### Key Features to Consider When Selecting a System Selecting the right automated bulk bag unloading system involves evaluating features that optimize performance and safety. Our custom-engineered solutions consider every detail: - Bag Support Frame: The frame’s structural integrity is crucial for safely supporting heavy bulk bags (typically 2,000 to 4,000 pounds). - Flow Promotion Devices: For materials that bridge or cake, features like bag agitator paddles, side puncher paddles, and vibrators are essential for consistent flow. - Spout Clamping Systems: To prevent dust and control flow, systems use iris valves or clamp rings to create a dust-tight seal around the bag spout. - Dust Collection Ports: Integrated dust collection is vital for maintaining a clean, safe environment by capturing fine particulates. - Access Chambers: These allow operators to safely untie bag spouts without direct exposure to dust. - Loss-in-Weight Controls: Integrating load cells allows for highly accurate material dispensing for precise batching. - Construction Materials: Systems can be fabricated from carbon steel for general use or stainless steel for sanitary or corrosive environments. We pride ourselves on offering custom solutions. Learn more about our approach to [Custom Bulk Bag Unloader](https://sterlingcontrols.com/blog/custom-bulk-bag-unloader/) designs. ### Handling Diverse Bulk Materials Automated bulk bag unloading systems are versatile enough to handle a vast spectrum of materials. Our systems can be configured to ensure smooth discharge for everything from free-flowing powders to more challenging substances. - Free-flowing Powders, Granules, and Pellets: These materials flow easily by gravity, but dust containment remains a critical consideration. - Non-free-flowing Materials: Products that bridge or compact (e.g., flour, pigments) require specialized flow promotion, such as bag conditioners, agitator paddles, and vibrating discharge pans. - Sticky Substances: For difficult materials, advanced designs with smooth contact surfaces and aggressive agitation prevent buildup and ensure complete discharge. - Abrasive Materials: For abrasive products, construction materials are chosen to maximize durability and minimize wear. Our expertise extends to designing specialized solutions for the food industry, where material purity and sanitary conditions are paramount. Find more about [Bulk Bag Unloading Systems for Food](https://sterlingcontrols.com/blog/bulk-bag-unloading-systems-for-food/). ## Advanced Integration, Purity, and Automation The true power of modern automated bulk bag unloading systems lies in their sophisticated integration, attention to product purity, and advanced automation capabilities. ![automated system precisely placing a bulk bag onto an unloader - automated bulk bag unloading](https://firebasestorage.googleapis.com/v0/b/ai-templates.appspot.com/o/bot%2FYUtz7bFuSHwb0FfmnSvz%2FcustomImages%2FBULKBAGMINORMICROSYSTEMCROP2-scaled_compressed.jpg?alt=media&token=0a714576-6526-4d52-a536-0d7dd27c2975 "automated system precisely placing a bulk bag onto an unloader - automated bulk bag unloading") With robust PLC controls, seamless system integration, and comprehensive data logging, these systems transform material handling into a highly optimized and automated process. ### How Automated Bulk Bag Unloading Systems Ensure Product Purity Maintaining product purity is non-negotiable in industries like food, pharmaceutical, and chemical processing. Automated bulk bag unloading systems excel in this area through several key design principles: - Sealed Connections and Dust-Tight Operation: The primary defense against contamination is a sealed system. Inflatable neck seals, iris valves, and clamp rings create dust-tight connections between the bag spout and the hopper, preventing cross-contamination. - Construction Materials: For sensitive applications, components are often constructed from stainless steel, which is easy to clean and corrosion-resistant. Sanitary designs with polished surfaces prevent bacterial growth in food-grade facilities. - Enclosed Systems and Negative Pressure: Many unloaders operate within an enclosed environment with integrated dust collectors that create negative pressure. This draws any escaping dust into the collector, ensuring it doesn’t contaminate the product or the surrounding area. For critical information on maintaining a pristine processing environment, read our article on [Dust Containment for Ingredient Batching Systems](https://sterlingcontrols.com/blog/dust-containment-for-ingredient-batching-systems/). ### The Role of Automation in Modern Unloading Systems Automation is the backbone of efficiency in modern bulk material handling. In automated bulk bag unloading, it orchestrates a seamless process from start to finish. - Automatic Bag Positioning, Cutting, and Opening: Advanced robotic systems can automatically position, cut, and empty bags, eliminating manual intervention to make the process faster and safer. - Emptying and Compacting: Once emptied, bags are often automatically compacted into a storage container, significantly reducing waste volume. Some systems can compact 1,500-2,000 empty bags before the container needs changing. - High Emptying Efficiency and Uptime: Robotic systems achieve extremely high emptying efficiencies (99.99%) and boast near-100% uptime. This level of automation addresses labor shortages by handling repetitive, physically demanding tasks. - Advanced Controls: Programmable Logic Controllers (PLCs) and Human-Machine Interfaces (HMIs) provide precise control over every step of the unloading process. While this discussion focuses on unloading, the principles of automation extend to the entire material handling chain. Explore how automation is revolutionizing the other end of the spectrum with [Automating Bulk Bag Filling](https://sterlingcontrols.com/industries-applications/general/automating-bulk-bag-filling/). ### Integrating Unloaders with Existing Process Equipment A key advantage of our custom-engineered systems is their seamless integration with your existing equipment. A bulk bag unloader is a vital link in a larger production chain, not a standalone component. Our systems are designed to connect effortlessly with: - Conveyors: Unloaders can feed material directly into flexible screw, pneumatic, or tubular cable conveyors for a continuous, contained flow. - Mixers and Blenders: For precise ingredient introduction, unloaders can discharge directly into industrial mixers, often with controlled feed rates. - Weigh Batching Systems: Integrating unloaders with weigh batching systems allows for highly accurate, loss-in-weight dispensing of bulk materials. - Centralized Control Systems: Your automated unloader can be fully integrated into your plant’s existing control architecture for centralized monitoring, data logging, and process automation. As a single-source solutions provider, we specialize in ensuring all components of your material handling system work together harmoniously, from unloading to micro-ingredient weighing. For examples of such integration, see our case study on a [Micro Ingredient Weighing System with Bulk Bags](https://sterlingcontrols.com/case-study/micro-minor-weighing-system-with-bulk-bags/). ## Implementation Roadmap: Costs, Maintenance, and Environmental Factors Starting on the journey to automate bulk bag unloading involves considering the initial investment, ongoing costs, maintenance, and environmental impact. We guide you through each step to ensure a successful implementation in your facility in the United States or Canada. ### Understanding ROI and Cost Implications The decision to implement an automated bulk bag unloading system is driven by a strong return on investment (ROI). While there is an initial capital expenditure (CAPEX), the operational savings quickly add up. - Initial Capital Expenditure (CAPEX): This includes the cost of the unloader, facility modifications, installation, and integration. The investment varies based on system complexity and features. - Operational Expenditure (OPEX): Ongoing costs include energy consumption, maintenance, and consumables, but these are often significantly offset by savings. - Labor Savings: Reducing manual bag handling allows operations to reallocate personnel, address labor shortages, and lower overall labor costs. - Material Recovery Value: Dramatically reducing product loss (from 1-2% down to <0.01%) leads to substantial material savings, often totaling six figures annually. - Long-Term Value: Automated systems improve product quality, reduce waste disposal costs, improve safety records, and increase production capacity. The typical ROI is often within 1 to 3 years. Ready to explore the financial benefits for your specific operation? [Request a Quote](https://sterlingcontrols.com/?vendor-embed=request-a-quote) from us today. ### Maintenance Requirements and Potential Challenges While automated bulk bag unloading systems are designed for reliability, they require proper maintenance for optimal performance and longevity. - Preventive Maintenance Schedules: Regular inspections, lubrication, and checking for wear on moving parts will prevent unexpected breakdowns. - Component Wear: Key components like seals, valves, and filters will experience wear and require periodic replacement. Keeping common spare parts on hand minimizes downtime. - Troubleshooting Flow Issues: Operators should be trained to identify and safely address minor blockages or bridging with challenging materials. - Operator Training: Proper training for operators and maintenance staff is essential for safe operation, routine checks, and troubleshooting. - Sourcing Spare Parts: Partnering with a reputable supplier like Sterling Systems & Controls ensures easy access to genuine spare parts and expert technical support. Our commitment extends beyond installation. Learn more about our comprehensive [Services](https://sterlingcontrols.com/service/) to support your operations. ### Addressing Dust Control and Environmental Impact Automated bulk bag unloading systems offer significant environmental advantages, particularly in dust control and waste reduction. - Integral Dust Collectors and Negative Pressure Systems: These systems use integrated dust collectors to create negative pressure, capturing airborne particulates at the source. This protects worker health, prevents environmental contamination, and maintains product purity. - Reduced Airborne Particulates: By containing dust, automated unloaders drastically reduce airborne particulates in the workplace, contributing to cleaner air and regulatory compliance. - Empty Bag Compaction: An integral compactor processes emptied bags, reducing their volume significantly. Some systems can compact 1,500-2,000 bags before the waste container needs changing. This leads to: - Waste Volume Reduction: Less bulky waste means fewer waste pickups and reduced storage needs. - Lower Disposal Costs: A smaller volume of waste translates directly to lower disposal fees. By minimizing dust and managing waste, automated unloaders demonstrate a commitment to environmental stewardship while improving operational efficiency. For more detailed strategies on minimizing dust, explore our insights on [Reducing Dust in Bulk Bag Unloader](https://sterlingcontrols.com/blog/reducing-dust-in-bulk-bag-unloader/). ### Frequently Asked Questions **How fast can an automated system unload bags?** The speed of an automated bulk bag unloading system depends on the level of automation and material characteristics. Semi-automatic systems can process around 360 bags per hour, while fully automated robotic systems can exceed 1,000 bags per hour. This high efficiency is ideal for operations requiring rapid material introduction. **Can I unload a partial bag and tie it off?** Yes, many systems are designed for this flexibility. They feature components like iris valves or pneumatic pinch valves that securely close a partially full bag’s discharge spout. This allows you to remove and store the bag for later use without spillage, providing greater control over inventory. **What if my material doesn’t flow well?** Non-free-flowing materials are a common challenge that our automated bulk bag unloading systems are designed to overcome. Systems can be equipped with various flow promotion devices to ensure consistent discharge, including: - Bag agitator paddles: These massage the bottom of the bag to break up compacted material. - Side puncher paddles: These apply force to the bag’s sides to prevent bridging. - Vibrating pans or tables: These use vibration to encourage material flow. ### Conclusion: The Future of Bulk Material Handling is Automated We’ve explored how automated bulk bag unloading is more than a technological upgrade; it’s a fundamental shift in material handling. The benefits are clear: improved safety, greater operational efficiency, and substantial cost savings through reduced product loss and optimized labor. Looking ahead, the future of bulk material handling will involve even greater automation. We anticipate more integration with IIoT (Industrial Internet of Things) devices for predictive maintenance and real-time performance monitoring. This will lead to smarter, more autonomous systems that adapt to production demands with minimal human intervention. The success of any automated system hinges on its ability to meet your unique needs. That’s why customization is key. At Sterling Systems & Controls, we provide custom-engineered, single-source solutions designed to align with your process objectives. We partner with you to deliver an automated bulk bag unloading system that solves today’s problems and positions you for future success. **Ready to transform your material handling?** [Explore our custom Bulk Bag Unloading Systems](https://sterlingcontrols.com/products-capabilities/bulk-bag-handling-systems/bulk-bag-unloading/) and find how we can help you open up new levels of efficiency and safety. **Categories:** Blog --- ### [Streamline Your Workflow: The Best Automated Dispensing Solutions](https://sterlingcontrols.com/blog/streamline-your-workflow-the-best-automated-dispensing-solutions/) **Published:** February 17, 2026 **Author:** Joe Lewis **Excerpt:** Introduction to Automated Fluid Dispensing Automated fluid dispensing systems are machines that measure and deliver precise amounts of liquids or semi-liquids without manual intervention. **Content:** # Streamline Your Workflow: The Best Automated Dispensing Solutions ## Introduction to Automated Fluid Dispensing Automated fluid dispensing systems are machines that measure and deliver precise amounts of liquids or semi-liquids without manual intervention. These systems use pumps, valves, load cells, and controllers to dispense everything from water-thin chemicals to thick pastes. **Top automated dispensing system types:** 1. Volumetric systems – Dispense by volume using time-pressure, piston pumps, or auger valves 2. Gravimetric systems – Measure by weight using load cells for maximum accuracy 3. Positive displacement systems – Use peristaltic, gear, or progressive cavity pumps for consistent flow If you’re still measuring ingredients by hand or dealing with inconsistent batch quality, you’re facing the core problem these systems solve. Manual dispensing leads to *human error*, *material waste*, and *production bottlenecks*. Every time an operator eyeballs a measurement or hand-pours a chemical, you risk off-spec batches and safety incidents. Automated systems eliminate guesswork. They deliver the same amount every single time, whether you’re filling 10 containers or 10,000. This means fewer rejected batches, less raw material waste, and faster production cycles. The right system depends on your fluid properties and accuracy needs. Thin liquids with tight tolerances? Gravimetric dispensing might be your answer. Thick adhesives or shear-sensitive materials? Positive displacement pumps handle those best. ![Infographic showing automated fluid dispensing workflow: bulk storage tank connects to automated pump system, which feeds through flow meter and control valve, monitored by PLC controller, finally dispensing precise amounts into production containers - automated fluid dispensing systems infographic infographic-line-5-steps-colors](https://images.bannerbear.com/direct/4mGpW3zwpg0ZK0AxQw/requests/000/118/888/648/w0gWbdEPaYa99G4PYrVklOA5j/81fb42e5ad3c19a2eb5337f21095eb14190a83c6.jpg "Infographic showing automated fluid dispensing workflow: bulk storage tank connects to automated pump system, which feeds through flow meter and control valve, monitored by PLC controller, finally dispensing precise amounts into production containers - automated fluid dispensing systems infographic infographic-line-5-steps-colors") When we talk about automated fluid dispensing systems, we’re really talking about a revolution in how industries handle liquids. Gone are the days of manual pours and “close enough” measurements. Today, we have the technology to achieve unparalleled precision, consistency, and efficiency in any process involving fluids. From bulk storage to the final, precise dispense point, these systems ensure every drop counts. The challenges of manual dispensing are numerous and often costly. Think about it: an operator might be tired, distracted, or simply less precise than a machine. This can lead to variations in product quality, inconsistent batches, and even regulatory compliance issues. Furthermore, handling certain fluids manually can pose significant safety risks, exposing personnel to hazardous materials. These are the very issues we aim to eradicate with well-designed automated fluid dispensing systems. Our goal is to transform your workflow, making it smoother, safer, and significantly more profitable. ### Why Your Process Needs an Automated Dispensing Solution Imagine a production line where every single batch is identical, where material waste is drastically reduced, and where your team can focus on higher-value tasks rather than repetitive dispensing. This isn’t a dream; it’s the reality that automated fluid dispensing systems bring to the table. We’ve seen how these solutions can dramatically improve operations across various industries. Let’s explore the core reasons why investing in an automated dispensing solution is not just a good idea, but often a critical one for modern manufacturing: - **Improved Accuracy:** At the heart of automation is precision. Our systems are designed to deliver exact quantities, eliminating the variability inherent in manual processes. This means your product formulations are consistently met, leading to higher quality and fewer rejected batches. We’re talking about dispensing accuracy that’s often measured in fractions of a gram or milliliter, far beyond what human hands can reliably achieve. - **Improved Repeatability:** Consistency is king in manufacturing. Once an automated system is programmed, it will perform the same task, in the same way, every single time. This ensures that batch after batch, day after day, your product maintains its exact specifications, building trust with your customers and simplifying quality control. - **Reduced Material Waste:** Inaccurate dispensing means wasted raw materials. Whether it’s over-dispensing expensive ingredients or incorrectly mixing a batch that needs to be discarded, manual errors can quickly eat into your profits. Automated systems minimize this waste by dispensing only what’s needed, with incredible accuracy. This is particularly crucial for valuable or hazardous materials, where every drop saved translates directly to cost savings and environmental responsibility. - **Increased Production Speed:** Automation doesn’t just improve quality; it boosts your output. Our automated fluid dispensing systems operate at speeds that manual processes simply cannot match, consistently and without fatigue. This allows for higher throughput, shorter lead times, and the ability to meet increased demand without expanding your labor force. Think about the potential for boosting your bottom line! - **Safer Work Environment:** Handling certain chemicals or fluids can be dangerous. Automated dispensing minimizes human exposure to hazardous, corrosive, or high-temperature materials, significantly enhancing workplace safety. By enclosing the dispensing process and automating the handling, we protect your most valuable asset: your people. This also reduces the risk of spills, contamination, and other incidents that can lead to costly downtime or regulatory fines. - **Labor Cost Savings:** While there’s an initial investment, the long-term labor cost savings are substantial. Automation reduces the need for constant human oversight in repetitive dispensing tasks, allowing your skilled employees to be redeployed to more complex, value-added activities. This optimization of your workforce can lead to significant operational efficiencies and a healthier bottom line. For a deeper understanding of how robust process control contributes to these benefits, we often refer to insights from research in publications like the journal [Control Engineering Practice](https://www.sciencedirect.com/journal/control-engineering-practice), which highlight the tangible advantages of integrated automation. By embracing automated fluid dispensing systems, you’re not just buying equipment; you’re investing in a smarter, more efficient, and safer future for your manufacturing operations. It’s about working smarter, not harder, and letting technology handle the precise, repetitive tasks so your team can innovate and grow. ### Key Types of Automated Fluid Dispensing Systems Choosing the right automated fluid dispensing system for your application is a bit like picking the perfect tool for a specific job – a wrench won’t help you hammer a nail, and a delicate syringe won’t fare well with thick tar. The “best” system isn’t universal; it’s the one that perfectly matches your fluid properties, accuracy requirements, and production goals. We work closely with our clients to understand their unique needs, ensuring they get a solution that truly fits. Dispensing methods vary widely, from simple timed releases to complex gravimetric measurements. Each method relies on specific system components, such as pumps, valves, controllers, and nozzles, all working in harmony to achieve the desired outcome. Let’s explore the primary types of systems you’ll encounter. ![different dispensing nozzles for various fluid viscosities](https://images.bannerbear.com/direct/4mGpW3zwpg0ZK0AxQw/requests/000/118/888/651/jMVrobL3AQ5yy5pwQG9ReqJW5/ea2f74a3af941acb3f4df07f318fbfe2f6b4b17d.jpg "different dispensing nozzles for various fluid viscosities") ### Understanding Volumetric Dispensing Technology Volumetric dispensing systems, as their name suggests, deliver a precise volume of fluid. These systems are excellent for applications where consistent volume is the primary concern, and variations in fluid density are either negligible or accounted for. They are often chosen for their speed and cost-effectiveness in many industrial settings. - **Time-Pressure Systems:** These are among the simplest volumetric dispensers. They work by applying a controlled amount of air pressure to a fluid reservoir for a set period of time. The longer the pressure is applied, the more fluid is dispensed. While straightforward, their accuracy can be influenced by changes in fluid viscosity, temperature, and even the fill level of the reservoir. They are best suited for non-critical applications or fluids with stable properties. - **Piston Pump Dispensers:** These systems use a piston to draw a precise volume of fluid into a chamber and then push it out. Because the piston’s stroke length is highly controllable, they offer excellent volumetric accuracy and repeatability. Piston pumps are robust and can handle a wide range of fluid viscosities, making them a popular choice for many industrial applications. They are less affected by changes in fluid viscosity compared to time-pressure systems. - **Auger Valve Systems:** Specifically designed for highly viscous fluids, pastes, and solder pastes, auger valve systems use a rotating screw (auger) to push a controlled amount of material through a nozzle. The volume dispensed is determined by the number of rotations and the auger’s pitch. These systems excel at preventing stringing and dripping, providing clean, consistent dots or lines of material. The beauty of volumetric systems is their ability to deliver repeatable volumes efficiently. They are often a great choice when your fluid’s density is stable, and you need a consistent amount of material without necessarily needing to weigh every single dispense. ### The Precision of Gravimetric Automated Fluid Dispensing Systems When accuracy is paramount, especially with expensive or critical ingredients, gravimetric automated fluid dispensing systems are the gold standard. Instead of measuring by volume, these systems measure by weight, offering unparalleled precision because weight is a direct measure of mass and is unaffected by temperature, pressure, or minor density variations. - **Loss-in-Weight Dispensing:** In a loss-in-weight system, the entire supply hopper or tank sits on a highly accurate load cell. As material is dispensed, the system continuously monitors the decrease in weight. The dispenser’s speed is then adjusted to ensure the desired dispense rate and total weight are met with exceptional accuracy. This method is ideal for continuous feeding or dispensing small, precise amounts from a bulk source. - **Gain-in-Weight Batching:** For batch operations, gain-in-weight systems work by placing the receiving container (such as a drum or tote) on a load cell. The system then dispenses material into the container until the target weight is reached. This is especially effective for multi-ingredient formulations where each component needs to be added with extreme precision. The system can tare the container and then add each ingredient sequentially, ensuring the final batch weight is perfectly accurate. The core of gravimetric systems lies in their use of sophisticated load cells, which are transducers that convert force (weight) into an electrical signal. These load cells, combined with advanced control algorithms, allow for extremely high-accuracy applications, making them ideal for valuable ingredients where even a slight deviation can be costly. For those interested in the specifics of handling liquids with this level of accuracy, we offer detailed information about our liquid batching systems that dig into the precise engineering behind these solutions. If you’re working with gold-standard ingredients or need to meet stringent regulatory requirements, gravimetric systems are often the way to go. ### Exploring Positive Displacement Automated Fluid Dispensing Systems Positive displacement pumps are a workhorse in automated fluid dispensing systems, particularly when dealing with challenging fluids. These pumps are characterized by their ability to move a fixed amount of fluid with each revolution or cycle, making them highly consistent and excellent for controlling flow rates, especially for viscous or shear-sensitive materials. - **Peristaltic Pumps:** Often called “hose pumps,” peristaltic pumps work by compressing a flexible tube (hose) with rollers, pushing the fluid forward. This design means the fluid never comes into contact with any mechanical parts of the pump itself, only the tubing. This makes them ideal for sterile applications, aggressive chemicals, or highly viscous fluids that might damage other pump types. They are also excellent for shear-sensitive materials, as the gentle squeezing action minimizes stress on the fluid. - **Gear Pumps:** These pumps use two rotating gears that mesh together, trapping fluid between their teeth and carrying it from the inlet to the outlet. Gear pumps are known for their ability to handle high pressures and provide a very consistent, pulsation-free flow. They are widely used for viscous fluids like oils, resins, and polymers, offering good volumetric accuracy. - **Progressive Cavity Pumps:** Also known as eccentric screw pumps, these pumps consist of a helical rotor rotating eccentrically within a double-helical stator. This creates a series of sealed cavities that progress from the inlet to the outlet, carrying the fluid. Progressive cavity pumps are exceptional at handling very viscous fluids, slurries with solids, and shear-sensitive materials. They provide a smooth, low-pulsation flow, making them suitable for precise dispensing of challenging media. These positive displacement systems are often the heroes of dispensing when fluids are thick, sticky, or delicate. They ensure that even the most stubborn or fragile materials are dispensed accurately and consistently, without degradation or mess. ### How to Choose the Right System for Your Application Navigating the landscape of automated fluid dispensing systems can feel a bit like trying to pick out a single star in a galaxy. With so many options, how do you pinpoint the perfect fit for your specific needs? We believe the key lies in a thorough understanding of your fluid, your process, and your desired outcome. It’s not just about what the system can do, but what it should do for you. **Here’s a quick comparison to help frame your decision-making process:** | Feature | Volumetric Dispensing | Gravimetric Dispensing | |---|---|---| | Accuracy | Good to very good (dependent on fluid stability) | Excellent (unaffected by density changes) | | Speed | Generally faster for simpler dispenses | Can be slower due to precise weighing, but highly accurate | | Cost | Often lower initial investment | Higher initial investment due to load cells and controls | | Fluid Comp. | Wide range, but accuracy can be affected by viscosity | Wide range, excellent for valuable/critical ingredients | | Primary Metric | Volume (mL, L) | Weight (g, kg) | ### Critical Factors to Consider: **FLUID PROPERTIES:** This is perhaps the most crucial starting point. - **Viscosity:** Is your fluid water-thin, like a solvent, or thick and gooey, like an adhesive or paste? Low viscosity fluids often work well with time-pressure or piston pumps, while high viscosity materials might demand auger valves or positive displacement pumps. - **Abrasiveness:** Does your fluid contain solid particles that could wear down pump components? If so, you’ll need systems with robust, wear-resistant materials or designs that minimize friction, like peristaltic pumps. - **Corrosiveness:** Is your fluid acidic, alkaline, or otherwise chemically aggressive? Material compatibility is vital here. We ensure all wetted parts of the system are constructed from resistant materials like stainless steel, PTFE, or specific plastics to prevent degradation and contamination. - **Shear Sensitivity:** Some fluids, like certain emulsions or biological materials, can be damaged or have their properties altered by excessive shear forces. Positive displacement pumps, particularly peristaltic or progressive cavity types, are often preferred for their gentle handling. - **Temperature:** Does the fluid need to be heated or cooled to maintain its optimal viscosity or stability during dispensing? We can integrate heated hoppers, jackets, or temperature control systems. **REQUIRED DISPENSE VOLUME:** Are you dispensing micro-liters for electronics, milliliters for pharmaceuticals, or liters for industrial chemicals? The scale of your dispense directly impacts the type and size of the pump and valve needed. **ACCURACY TOLERANCE:** How precise does your dispense need to be? If a +/- 5% deviation is acceptable, a simpler volumetric system might suffice. If you need +/- 0.1% or better, especially for expensive ingredients or critical formulations, a gravimetric system is likely indispensable. **THROUGHPUT REQUIREMENTS:** How many dispenses per minute or hour do you need to achieve? This determines the speed and automation level of the system. High-throughput lines may require multiple dispensing heads or continuous dispensing capabilities. **INTEGRATION WITH EXISTING SYSTEMS:** How will the new dispensing system fit into your current production line? Seamless integration with your existing PLCs, SCADA systems, and material handling equipment is essential for a truly automated workflow. This is where our expertise in process controls integration becomes invaluable, ensuring your new system talks to your old systems without a hitch. By carefully evaluating these factors, we can guide you toward an automated fluid dispensing system that not only meets your current needs but also provides the flexibility for future growth and optimization. It’s about making an informed decision that pays dividends for years to come. ### Frequently Asked Questions We understand that stepping into automated fluid dispensing systems can bring a lot of questions. It’s a significant investment and a crucial component of your production process. Here, we tackle some of the most common inquiries we receive, sharing our expert insights to help you feel more confident about automation. #### **What industries use automated fluid dispensing?** It might be easier to list industries that *don’t* use automated fluid dispensing, but even then, we’d probably find an exception! These systems are incredibly versatile and have become indispensable across a vast array of sectors where precision, consistency, and efficiency in fluid handling are paramount. In North America, we see them in: - Food and Beverage: Think about filling bottles with sauces, mixing ingredients for baked goods, or accurately dispensing flavorings into beverages. From high-speed bottle filling to precise ingredient batching, automation ensures product consistency and safety. - Chemical Manufacturing: This industry relies heavily on precise mixing and dispensing of various chemicals, often hazardous ones. Automated systems provide the accuracy needed for complex formulations and protect workers from exposure. - Pharmaceutical: In pharmaceuticals, accuracy isn’t just about quality; it’s about patient safety and regulatory compliance. Automated systems are used for everything from filling vials with precise drug dosages to creating consistent medical compounds. - Adhesives and Sealants: Whether it’s applying a thin bead of adhesive in an assembly line or dispensing a sealant for weatherproofing, automation ensures uniform application, preventing waste and improving product integrity. - Electronics Assembly: For delicate tasks like applying solder paste, encapsulating components, or bonding intricate parts, micro-dispensing systems offer the precision required for modern electronics. - Automotive Production: From applying lubricants and coolants to dispensing structural adhesives and paints, automated fluid dispensing systems are integral to the efficiency and quality of automotive manufacturing processes. Essentially, if your process involves moving or mixing a liquid or semi-liquid with any degree of accuracy or volume control, there’s a strong case for automation. #### Can these systems handle aggressive or thick fluids? Absolutely, yes! This is a question we hear often, and it’s a critical one. Many industrial processes involve fluids that are either very thick (high viscosity), corrosive, abrasive, or shear-sensitive. The good news is that modern automated fluid dispensing systems are designed with these challenges in mind. The key lies in: - Material Compatibility: We select construction materials for pumps, valves, tubing, and nozzles that are specifically resistant to the chemicals being handled. This could mean using specialized alloys, ceramics, or advanced polymers (like PTFE or PEEK) to prevent corrosion, degradation, or contamination. - Pump Selection: As we discussed earlier, certain pump types are inherently better suited for challenging fluids. Positive displacement pumps (peristaltic, gear, progressive cavity) excel with viscous and shear-sensitive materials. Diaphragm pumps might be chosen for aggressive chemicals. - Custom Engineering: Sometimes, off-the-shelf solutions aren’t enough. We specialize in custom engineering to meet unique fluid challenges. This can involve: - Heated Hoppers and Lines: To reduce the viscosity of thick fluids, making them easier to pump and dispense accurately. - Agitators for Viscosity Control: For fluids that settle or change viscosity over time, agitators ensure homogeneity before dispensing. - Specialized Nozzles and Valves: Designed to handle high-pressure, abrasive, or extremely thick materials without clogging or premature wear. So, whether you’re working with molten chocolate, strong acids, abrasive slurries, or delicate biological reagents, rest assured that there’s an automated solution capable of handling your specific fluid with precision and reliability. #### How is an automated system integrated into a production line? Integrating a new automated fluid dispensing system into an existing production line is a crucial step, and it’s where our expertise in holistic solutions truly shines. We understand that a new system needs to work seamlessly with your current operations, not create new bottlenecks. The integration process typically involves several key components: - PLC Integration: Programmable Logic Controllers (PLCs) are the brains of most industrial automation systems. Our dispensing systems are designed to communicate directly with your existing plant PLCs, allowing for centralized control, data exchange, and synchronized operations. This means your dispensing process can be triggered, monitored, and adjusted from your main control room. - SCADA Systems: Supervisory Control and Data Acquisition (SCADA) systems provide a higher-level overview, allowing operators to monitor and control the entire production line, including the dispensing process, from a human-machine interface (HMI). We ensure our systems can feed data into your SCADA for real-time performance tracking, historical data logging, and alarm management. - Custom Programming: Every production line has its unique rhythm and requirements. We provide custom programming to tailor the dispensing system’s logic to your specific workflow. This could involve complex sequencing, recipe management, error handling, and communication protocols specific to your facility. - Conveyor Synchronization: For lines involving continuous product movement, our dispensing systems can be synchronized with conveyor belts or robotic arms to ensure precise dispensing onto moving targets. This involves vision systems, encoders, and advanced motion control to maintain accuracy at high speeds. - Turnkey Solutions: Our approach is to offer comprehensive custom automation engineering and turnkey solutions. This means we don’t just supply the equipment; we design the entire system, manage its installation, program the controls, and provide training. We ensure that from concept to commissioning, your new automated dispensing system is fully integrated and operational, ready to improve your production from day one. Our goal is to make the integration process as smooth and disruption-free as possible, ensuring your new system improves your production efficiency without unnecessary complications. ### Conclusion: Achieve Best Precision with a Custom Solution As we’ve explored, automated fluid dispensing systems are far more than just machines that squirt liquid. They are sophisticated tools that bring unparalleled precision, consistency, and efficiency to virtually any manufacturing process. We’ve seen how they reduce material waste, increase production speed, create safer work environments, and deliver significant labor cost savings. From volumetric and gravimetric systems to the robust positive displacement pumps, there’s a solution custom-made for every fluid and every application. The journey to optimal fluid dispensing is rarely a one-size-fits-all path. Your fluids are unique, your processes have their quirks, and your production goals are specific to your business. This is precisely why the importance of a custom approach cannot be overstated. Off-the-shelf solutions might get you part of the way, but a truly optimized system is one that’s engineered from the ground up to meet your exact specifications. This is where Sterling Systems & Controls stands apart. We pride ourselves on offering single-source, experienced solutions that are custom-engineered to your client objectives. We don’t just sell equipment; we integrate diverse process equipment into a cohesive, intelligent system that works seamlessly within your facility. Our expertise in material weighing, batching, and process control allows us to design and implement automated fluid dispensing systems that aren’t just efficient, but also robust, reliable, and ready for the future. The future of dispensing is intelligent, adaptive, and increasingly integrated. As technology continues to evolve, so too will the capabilities of these systems, offering even greater levels of control, data analytics, and predictive maintenance. By partnering with us, you’re not just adopting current best practices; you’re investing in a system that’s designed to grow with your business and keep you at the forefront of your industry. Ready to transform your fluid handling operations and achieve new levels of precision and efficiency? Don’t settle for “good enough” when “perfect” is within reach. [Request a quote](https://sterlingcontrols.com/about/request-a-quote/) for your process automation solution today, and let us help you design an automated fluid dispensing system that truly streamlines your workflow. **Categories:** Blog **Tags:** Automation --- ### [Bulk Bag Filling Systems: Your Guide to Efficient Operations](https://sterlingcontrols.com/blog/mastering-the-art-of-bulk-bag-filling-for-industrial-efficiency/) **Published:** March 4, 2026 **Author:** p1ws **Excerpt:** Why Bulk Bag Filling Matters for Your Operation Bulk bag filling is the process of packaging dry bulk materials like powders and granules into large Flexible Intermediate Bulk Containers (FIBCs), also known as super sacks, which hold 500 to 4,400 pounds of product. **Content:** # Bulk Bag Filling Systems: Your Guide to Efficient Operations ## Why Bulk Bag Filling Matters for Your Operation Bulk bag filling is the process of packaging dry bulk materials like powders and granules into large [Flexible Intermediate Bulk Containers (FIBCs)](https://en.wikipedia.org/wiki/Flexible_intermediate_bulk_container), also known as super sacks, which hold 500 to 4,400 pounds of product. Manual bag filling often creates dust, leads to inconsistent weights, and puts workers at risk. A single spill can mean lost product and significant downtime. Modern bulk bag filling systems solve these problems through automation. They deliver consistent package weights, contain dust, and reduce physical strain on your team. Whether you’re filling 10 bags per day or 60 bags per hour, there’s a system configuration that fits your needs. Automated systems can handle materials from free-flowing granules to difficult powders, achieving high filling rates with excellent accuracy. This guide covers how these systems work, the types available, and how to choose the right one for your production goals to improve cost savings and operational efficiency. ![Infographic showing the 5 basic steps of automated bulk bag filling: Step 1 shows a pallet being placed on the filling station platform; Step 2 shows an operator or automatic system hanging a bulk bag on the support frame loops; Step 3 shows material flowing from the fillhead into the suspended bag; Step 4 shows the bag being densified on a vibrating table while the scale verifies target weight; Step 5 shows the filled bag being conveyed away or removed by forklift - bulk bag filling infographic ](https://images.bannerbear.com/direct/4mGpW3zwpg0ZK0AxQw/requests/000/127/350/186/nE38ekNX9QnLPRy8zMamprWxZ/52673d86a754d1ea1fb6d4c663dc732e6b7358ae.jpg "Infographic showing the 5 basic steps of automated bulk bag filling: Step 1 shows a pallet being placed on the filling station platform; Step 2 shows an operator or automatic system hanging a bulk bag on the support frame loops; Step 3 shows material flowing from the fillhead into the suspended bag; Step 4 shows the bag being densified on a vibrating table while the scale verifies target weight; Step 5 shows the filled bag being conveyed away or removed by forklift - bulk bag filling infographic ") ## What is a Bulk Bag Filling System and How Does It Work? A bulk bag filling system is specialized equipment designed to safely package dry bulk solids into FIBCs. These systems handle a wide range of materials, from fine powders to coarse granules, ensuring precise, contained filling. The process typically involves these key steps: 1. **Bag Preparation:** An operator hangs an empty bag by its loops onto a support frame. 2. **Material Feeding:** Material is fed from an upstream source, like a hopper, into the system’s fillhead. 3. **Filling and Weighing:** The material flows into the suspended bag. An integral weigh scale system monitors the weight to achieve a precise target. 4. **Densification:** A vibrating table settles the material, removing air to create a stable, square-shaped bag. 5. **Dust Control:** Features like inflatable neck seals and dust collection ports contain airborne particles, ensuring a clean work environment. 6. **Bag Removal:** Once filled, the bag is released and removed by a forklift or conveyor. Our custom-engineered solutions are designed to integrate seamlessly into your existing operations for optimal performance. ![bulk bag filler system with arrows showing material flow](https://images.bannerbear.com/direct/4mGpW3zwpg0ZK0AxQw/requests/000/127/350/148/w0gWbdEPaYaVlMRpzrVklOA5j/c770c7c836301e648926b5abf5f99a4508713a6c.jpg "bulk bag filler system with arrows showing material flow") ### The Filling Process, Accuracy, and Dust Containment The core of a bulk bag filling operation is transferring material efficiently while maintaining control. Most modern systems are weigh-based, using load cells to monitor the weight and stop the flow at a precise target. Before filling, a blower may inflate the bag to prevent wrinkles and ensure stability. During filling, a vibrating table compacts the material, maximizing fill volume and creating a stable, stackable bag. Accuracy and dust containment are critical for product integrity and operator safety. Our custom weigh scale systems are designed to achieve an NTEP-certified weigh accuracy of +/- 0.05% of the target bag weight. This precision eliminates material waste from over or under-filled bags. Key features for containment and accuracy include: - **Weigh Scale Systems:** Highly sensitive load cells integrated into the filler’s framework provide real-time weight monitoring. - **Inflatable Fillhead Bladder:** Creates a dust-tight seal around the bag’s inlet spout, preventing product leakage and dust escape. - **Dust Collection Port:** Connects to a central dust collection system, actively drawing fine particulates from the filling area to ensure a clean workspace. These features work together to provide precise weight control and maintain a clean, safe working environment. For a deeper dive, you can find [More info about how to fill bulk bags](https://sterlingcontrols.com/blog/how-to-fill-bulk-bags/). ## Types of Bulk Bag Filling Systems Bulk bag filling systems range from simple manual setups to fully automated lines, classified by their level of automation and material handling method. - **Stand-Alone Fillers:** Economical, gravity-fed systems for straightforward filling operations. - **Conveyor Fillers:** Versatile systems that use conveyors to move product horizontally or vertically, ideal for facilities without overhead material supply. - **Pneumatic Systems:** Robust systems for large-scale operations, using vacuum or pressure to transport materials over long distances. - **Manual, Semi-Automatic, and Fully Automated:** The level of automation is a key differentiator, impacting speed, labor, and cost. **This table compares the different levels of automation:** | Feature | Manual Methods | Semi-Automatic Systems | Fully Automated Systems | |---|---|---|---| | **Speed** | Very Low (<5 bags/hour) | Low to Medium (10-20 bags/hour) | High to Very High (20-60+ bags/hour) | | **Labor** | High (constant operator presence) | Medium (operator loads/unloads bags) | Low (minimal operator intervention) | | **Accuracy** | Variable (prone to human error) | Good (integral weighing options) | Excellent (precise, automated weighing) | | **Cost** | Very Low (initial equipment) | Medium (investment in equipment) | High (significant investment in machinery) | | **Dust** | High (open filling, spills) | Low to Medium (inflatable seals, dust ports) | Very Low (closed systems, comprehensive dust control) | | **Safety** | Low (manual handling, heavy lifting) | Medium (less manual handling) | High (reduced manual interaction, safety features) | | **Integration** | Very Low | Moderate (can integrate with some equipment) | High (seamless integration with conveyors, palletizers) | ### Manual and Semi-Automatic Fillers For low to medium-volume operations or those with budget constraints, manual and semi-automatic systems offer a practical balance of human input and mechanical assistance. Semi-automatic fillers significantly improve upon manual methods. An operator hangs the bag and starts the fill cycle, but the system manages the weighing and densification. Key features include adjustable support frames for different bag sizes, integral weighing for accuracy, and optional vibration for product compaction. Many are forklift-portable, adding flexibility to your plant layout. These systems are a cost-effective step towards more reliable bulk bag filling. [More info about filling and packing stations for bulk bags](https://sterlingcontrols.com/blog/filling-and-packing-stations-for-bulk-bags/). ### Fully Automated Bulk Bag Filling Systems For high throughput and accuracy with minimal labor, fully automated systems are the solution. They are designed for continuous, high-efficiency operation. Hallmarks of our fully automated systems include: - **Minimal Operator Intervention:** An operator’s role shifts to supervision, reducing labor costs and human error. - **High Throughput:** These systems are built for speed, with capabilities ranging from 20 to over 60 bags per hour to meet demanding production schedules. - **Integrated Automation:** Features like automatic pallet dispensers, robotic bag placement, and integrated conveyors create a seamless, hands-free packaging line from start to finish. - **Continuous Operation:** Designed for reliability, these systems run for extended periods with consistent performance, maximizing uptime. Our automated solutions integrate construction and controls to improve performance and reduce the total cost of ownership. ## How to Choose the Right Bulk Bag Filling System Selecting the ideal bulk bag filling system requires a thorough assessment of your specific needs. The right choice impacts efficiency, product quality, and your bottom line. A custom solution is often necessary to align with your objectives. ### Key Factors for Your Application To select the best system, we carefully evaluate several key factors: - **Material Characteristics:** The most important factor. Is your product a free-flowing granule, a dense powder, or a fluffy material? Its properties (flow characteristics, bulk density, abrasiveness) will determine the design of the feeder, fillhead, and densification method. - **Throughput and Accuracy:** How many bags do you need to fill per hour, and what level of weight precision is required? This dictates the necessary level of automation and the type of weighing system (e.g., NTEP-certified for high accuracy). - **Bag Specifications:** The system must accommodate your specific bag sizes, types, and capacity (up to 4,400 lbs). - **Facility and Environment:** Consider your available headroom and floor space. If you handle combustible dust, an ATEX-compliant design is critical for safety. ### Customizing Your Bulk Bag Filling Solution At Sterling Systems & Controls, we provide custom-engineered solutions to match your unique operational demands. Customization ensures optimal performance, efficiency, and safety. Key areas for customization include: - **Adjustable Fill Heights:** To accommodate various bag sizes, systems can feature manual or powered mast height adjustments. - **Bag Hanging Mechanisms:** Options range from simple manual hangers to auto-releasing hangers that speed up bag changeout cycles. - **Compaction Methods:** We integrate the right method for your product, whether it’s vibration, tamping, or vacuum de-aeration. - **Downstream Handling:** We design for your process, whether it involves forklift removal or fully integrated conveying to palletizers and wrappers. - **Integration with Existing Equipment:** Our solutions are designed to integrate seamlessly with your upstream and downstream equipment for a cohesive operation. This level of customization ensures your system is an optimized component of your overall production process. For more information, explore ## Core Components and Features A robust bulk bag filling system integrates several key components to ensure accuracy, efficiency, and safety. Primary components include: - **Support Framework:** The structural backbone, available in cantilevered designs for forklift access or four-post designs for maximum stability. - **Fill Head:** The interface where material enters the bag, designed for controlled flow and dust containment. - **Bag Loop Hangers:** Mechanisms (manual or automatic) that suspend the bag securely during filling. - **Weigh Scale System:** Uses load cells to measure product weight. Common types include hang-weigh systems (bag suspended from load cells) and base-weigh systems (bag rests on a scale platform). - **Densification Base:** A vibrating platform that settles material to maximize fill volume and create a stable, square bag. - **Control Panel:** The system’s brain for setting parameters and monitoring the process. ### The Fill Head and Spout Interface The fill head is critical for managing material flow and dust. Key features include: - **Inflatable Seal:** Creates a dust-tight seal around the bag’s inlet spout, preventing leakage and protecting the work environment. - **Bag Inflation Blower:** Pre-inflates the empty bag to remove wrinkles and ensure it fills to capacity. - **Dust Collection:** An integrated port connects to a dust collection system, removing airborne particles from the filling zone. - **Flow Control Valve:** Precisely regulates material flow for accurate dosing. For more information, explore our More info about bulk bag filling systems. ### Weighing and Densification Effective weighing and densification are essential for accuracy and efficiency. **Weighing Systems:** Our weigh scale systems are engineered to achieve NTEP-certified accuracy of +/- 0.05% of the target bag weight, minimizing product giveaway. This is achieved using advanced load cells that provide real-time weight measurement. **Densification:** This process settles material to create a compact, stable bag. Our systems typically use a high-speed vibrating base to remove trapped air. This improves bag stability for easier handling and stacking, maximizes fill volume, and reduces product waste. Together, these technologies ensure our bulk bag filling systems deliver both accuracy and efficiency. ## Benefits of Automated Systems: From Cost Savings to Safety Shifting from manual to automated bulk bag filling provides comprehensive improvements in efficiency, financial performance, and workplace safety. Key benefits of our automated solutions include: - **Increased Productivity:** Continuous, high-speed operation (20-60+ bags/hour) boosts production capacity and reduces downtime. - **Reduced Labor Costs:** Automation minimizes operator intervention, allowing you to reallocate personnel to more critical tasks. - **Minimized Material Waste:** Precision weighing (+/- 0.05% accuracy) eliminates overfilling, while dust containment prevents product loss. - **Improved Workplace Safety:** Automation reduces ergonomic risks from manual handling. Features like dust containment and safety interlocks protect personnel. - **Consistent Package Quality:** Uniform filling and densification result in stable, square bags that are easier to stack and transport. - **Improved Operational Data:** Integrated controls provide valuable data on fill rates, accuracy, and uptime for process optimization. ### Industries and Applications **Bulk bag filling** systems are vital across many industries, including: - **Food & Beverage:** Flour, sugar, spices, coffee, grains - **Animal Feed:** Pet food kibble, feed supplements, corn, soy - **Chemicals:** Plastic pellets, resins, pigments, fertilizers, carbon black - **Minerals & Mining:** Cement, sand, clay, fly ash, iron oxide - **Pharmaceuticals:** APIs, vitamin blends, protein powders - **Agriculture:** Seeds, fertilizers, potting soil Our systems are engineered to meet the specific demands of these industries, ensuring reliable packaging. ### System Integration and Safety Modern bulk bag filling systems realize their full potential through seamless integration and a commitment to safety. **System Integration:** We design our systems to be integral parts of a cohesive production line, integrating with upstream equipment like mixers and downstream equipment like conveyors, pallet dispensers, and robotic palletizers. **Safety:** Safety is paramount. Our systems incorporate numerous features to protect operators, including emergency stops, grounding clamps for static control, safety interlocks, comprehensive dust containment, and ergonomic designs to reduce operator strain. By integrating these features, our systems improve productivity while maintaining the highest safety standards. For more on the complete lifecycle of bulk bag handling. ## Conclusion: Optimizing Your Process with the Right Partner In modern material handling, efficient and accurate bulk bag filling is essential for profitability, safety, and quality. The right automated system transforms operations by delivering efficiency through high throughput, accuracy via precision weighing, and safety through dust containment and ergonomic design. Choosing the right solution requires careful consideration of your product, production rates, and facility. It’s about finding a system that is custom-engineered for your specific objectives. At Sterling Systems & Controls, we are that partner. We specialize in custom-engineered automated solutions for material weighing, batching, and process control. We offer single-source, experienced solutions that integrate diverse process equipment to meet your exact needs. From our locations in Sterling, Illinois, and across the United States and Canada, we are dedicated to helping you achieve superior efficiency and control in your bulk material handling operations. Let us help you design a system that optimizes your process, reduces costs, and lifts your production standards. [Learn more about our comprehensive Bulk Bag Handling Systems](https://sterlingcontrols.com/products-capabilities/bulk-bag-handling-systems/). **Categories:** Blog --- ### [Mastering Material Flow with Bulk Bag Dispensers](https://sterlingcontrols.com/blog/mastering-material-flow-with-bulk-bag-dispensers/) **Published:** March 11, 2026 **Author:** p1ws **Excerpt:** Why Efficient Bulk Material Handling Matters A bulk bag dispenser is a material handling device that allows operators to safely and efficiently unload contents from large flexible intermediate bulk containers (FIBCs) or bulk bags. **Content:** # Mastering Material Flow with Bulk Bag Dispensers ## Why Efficient Bulk Material Handling Matters A bulk bag dispenser is a material handling device that allows operators to safely and efficiently unload contents from large flexible intermediate bulk containers (FIBCs) or bulk bags. These systems range from simple portable units that attach directly to a bag’s outlet spout to complex stationary frames with hoists, dust collection, and automated controls. Quick Overview: Bulk Bag Dispenser Basics - **What it does:** Controls the flow of material from bulk bags (also called super sacks or FIBCs) into your process - **How it works:** Connects to the bag’s discharge spout using a valve, slide gate, or clamp system to meter material flow - **Key benefit:** Eliminates manual cutting and dumping of bags, reducing dust, spills, and worker strain - **Common types:** Portable dispensers for occasional use, stationary frames for high-volume industrial operations - **Typical materials:** Powders, granules, pellets, seeds, fertilizer, salt, plastic resins, food ingredients, chemicals If you’re managing production in a food, chemical, or manufacturing facility, you’ve likely dealt with the challenges of emptying bulk bags. Manual methods create dust clouds, waste material, and put unnecessary strain on your operators. As one plant manager at GOYA Foods noted after implementing automated bulk bag handling: “We package more than a billion packets a year now, and we’re much more comfortable.” The reality is simple: without proper dispensing equipment, material will be spilled, dust will escape, and cleanup becomes a constant burden. The goal isn’t perfection—it’s minimization. A well-designed bulk bag dispenser transforms a messy, labor-intensive task into a controlled, repeatable process that protects both your workers and your bottom line. Whether you’re handling 500-pound bags occasionally on a farm or processing multiple tons per hour in a pharmaceutical plant, the right dispensing solution makes all the difference in safety, efficiency, and material recovery. ![Infographic showing the bulk bag dispensing process](https://images.bannerbear.com/direct/4mGpW3zwpg0ZK0AxQw/requests/000/119/366/765/nBjKDywPW6ZGX0KRQ4vgVoMrN/81039def2d707a1b8aea5c20d6d21c4965027ab0.jpg "Infographic showing the bulk bag dispensing process") ## What is a Bulk Bag Dispenser and How Does It Work? A bulk bag dispenser is essentially a gateway that controls the flow of dry bulk solids from a large FIBC into your process or a smaller container. Imagine trying to pour a 2,000-pound bag of flour into a mixing tank without making a huge mess or wasting valuable product. That’s where a bulk bag dispenser comes in. It’s designed to manage the material flow, ensuring controlled discharge, reducing waste, and significantly improving safety for your operators. These devices are crucial for any operation that relies on bulk bags for transporting and temporarily storing dry bulk solid materials. Bulk bags, also known as super sacks or jumbo bags, are typically constructed of poly woven material with capacities ranging from 500 to 3,000 pounds, or even up to 4,000 pounds. While they are incredibly efficient for storage and transport, getting the material *out* of them safely and effectively requires specialized equipment. Our bulk bag dispensers provide that solution, changing a potentially chaotic task into a seamless part of your material handling process. | Metric | Manual Unloading | Using a Bulk Bag Dispenser | |---|---|---| | **Speed** | Slow, labor-intensive, inconsistent | Fast, controlled, repeatable, automated options available | | **Safety** | High risk of dust exposure, spills, manual lifting | Significantly reduced dust, spills, and operator strain | | **Material Waste** | High, due to uncontrolled flow and spillage | Minimal, precise dosing and complete bag evacuation | | **Labor Cost** | High, requires significant operator intervention | Lower, automated systems reduce manual labor | | **Cleanliness** | Poor, dusty environment, frequent cleanup required | Excellent, dust containment and spill prevention | | **Precision** | Very low, difficult to accurately measure | High, accurate dosing and batching possible | ### The Basic Mechanism At its core, a bulk bag dispenser works by providing a controlled opening for the material to exit the bulk bag. Most bulk bags come with a discharge spout at the bottom. The dispenser connects securely to this spout, creating a sealed interface. Once connected, a valve system within the dispenser, often a slide gate or an iris valve, is opened to allow the material to flow out under gravity. For materials that flow freely, simply opening the valve will initiate discharge. However, the true magic lies in the ability to *control* this flow. Our dispensers are designed for precise metering, allowing you to dispense exactly the amount of material you need. This precision means you can partially empty a bag and then reseal it securely, preserving any remaining material for future use without contamination or spillage. This is a significant advantage over simply cutting open a bag, which often leads to waste and product degradation. **The design features often include:** - **Secure Spout Connection:** A mechanism to firmly attach the dispenser to the bag’s discharge spout, ensuring a dust-tight seal. - **Valve Systems:** These can be simple slide gates for on/off control or more sophisticated iris valves that allow for variable flow rates. Some systems feature pneumatically-actuated flow control valves that cinch the spout concentrically for easy tie-offs and leak prevention. - **Metering Capabilities:** The ability to open and close the valve to dispense specific quantities, which is crucial for batching operations. - **Partial Dispensing and Resealing:** A key benefit, enabling operators to stop the flow mid-bag and secure the remaining contents. This protects product integrity and reduces waste. ### Common Applications and Materials The versatility of bulk bag dispensers makes them indispensable across a wide range of industries in the United States and Canada. From agricultural operations to heavy industrial processing, these devices handle diverse materials with ease. - **Agriculture:** Farmers use bulk bag dispensers for accurately metering seeds, fertilizers, animal feed, and other agricultural products. This ensures consistent application and reduces manual labor. - **Construction:** In construction, they facilitate the controlled dispensing of materials like gravel, sand, cement, and aggregates, helping to manage inventory and reduce waste on job sites. - **Food Processing:** For food manufacturers, hygiene and precision are paramount. Dispensers handle ingredients such as flours, sugars, spices, and various food additives, ensuring sanitary conditions and accurate batching. - **Pharmaceuticals:** The pharmaceutical industry relies on bulk bag dispensers for handling active pharmaceutical ingredients (APIs) and excipients, where precise dosing and dust containment are critical for product quality and safety. - **Chemicals:** Chemical plants use them for dispensing powders, granules, and plastic pellets, often dealing with hazardous or corrosive materials where sealed systems are essential for worker protection. Whether it’s ensuring the consistent flow of plastic pellets in a manufacturing plant or precisely measuring fertilizer for a field, our bulk bag dispensers are engineered to meet the demands of your specific application. [View Video of a Sterling Systems & Controls dispenser in action](https://youtu.be/Y9UlX9x8y6g) ## Types of Bulk Bag Unloading Systems When considering a bulk bag dispenser, it’s important to understand that there isn’t a one-size-fits-all solution. The optimal system design depends heavily on your application needs, the specific material properties you’re handling, your required throughput, and your facility’s layout. We specialize in custom-engineered solutions, ensuring you get the perfect fit for your operations. ### Portable Bulk Bag Dispenser Models For smaller operations, occasional use, or situations requiring flexibility, portable bulk bag dispenser models offer an excellent solution. These devices are designed for ease of use and direct attachment to the bottom of a bulk bag. They typically feature a robust, often reinforced, tip that penetrates the bag fabric, followed by an internal valve or slide gate to control material flow. While offering lower throughput compared to larger stationary systems, their portability makes them ideal for tasks such as dispensing animal feed or fertilizer on farms, or managing materials like gravel and sand on construction sites. Many portable units are designed with ergonomic handles, making them user-friendly and reducing physical strain during operation. They are a significant upgrade from manual cutting, providing controlled dispensing and the ability to partially empty and reseal bags. ![Sterling Systems & Controls portable dispenser attached to a bulk bag - bulk bag dispenser](https://images.bannerbear.com/direct/4mGpW3zwpg0ZK0AxQw/requests/000/119/366/749/aMBJ5DWdLYPykpwPzXRNjrp4Z/e174299882353ec25fb6a024a779272be931aeea.jpg "Sterling Systems & Controls portable dispenser attached to a bulk bag - bulk bag dispenser") ### Stationary Bulk Bag Unloader Frames For high-volume processing and integrated industrial applications, stationary bulk bag unloader frames are the workhorses of material handling. These robust systems are designed for continuous or high-frequency use, seamlessly integrating into your production line. They consist of a sturdy frame that supports the bulk bag while it is being emptied, often incorporating advanced features for dust control, flow promotion, and automation. **There are typically two main ways to load a bulk bag onto a stationary unloader:** - **Forklift Loaded Models:** These systems feature a bag lifting frame that allows a forklift to position the bulk bag onto the unloader. An operator then connects the bag spout to the dispenser. - **Hoist and Trolley Models:** For facilities without forklifts or where precise positioning is required, these unloaders come equipped with an overhead hoist and trolley system. An operator uses the hoist to lift the bulk bag by its loops, maneuvers it into position over the unloader, and then lowers it onto the dispensing mechanism. These often feature a 2-Ton hoist and motorized trolley, with capacities up to 4,000 lbs. Our stationary unloaders are built with integrated safety features, such as interlocks and safety latches, and can be equipped with sophisticated dust collection systems to maintain a clean and safe working environment. They are engineered for durability, often using structural steel and tubular steel for a strong, rigid framework capable of handling bulk bags weighing up to 4,000 lbs. ![Integrated bulk bag unloader frame with a hoist and dust collection system](https://images.bannerbear.com/direct/4mGpW3zwpg0ZK0AxQw/requests/000/119/366/747/NWlVkgmbMQEyXLvDQZyAqEwDo/efd6d88210b8a2a69a9735ed2e393198e44b450f.jpg "Integrated bulk bag unloader frame with a hoist and dust collection system") ### Systems with Advanced Flow Aids Some materials, due to their physical properties, present challenges during discharge. Powders can compact, creating “bridging” or “rat-holing” effects where material forms an arch or a narrow channel, preventing consistent flow. For these difficult materials, we integrate advanced flow aids into our stationary bulk bag dispenser systems. These flow aids are designed to agitate the material within the bag, ensuring a smooth and continuous discharge. Common flow aid technologies include: - **Bag Activators:** These devices raise and lower opposite bottom edges of the bag at timed intervals to direct material into the outlet spout. As the bag empties, their stroke increases, creating a steep ‘V’ shape to promote total evacuation. - **Massage Paddles:** Using pneumatically actuated paddles or arms, these systems gently compress the sides of the bulk bag to break up compacted material and encourage flow. - **Vibration Systems:** Controlled vertical vibrations are applied to the bag or the unloader frame to dislodge material and promote consistent flow, especially for materials prone to densification. - **Bag Stretching Devices:** These pull upward on the bag corners as it empties, stretching the bag into a steep cone shape. This helps to eliminate dead spots and ensures complete discharge, even for poor-flowing materials. By incorporating these specialized features, our bulk bag dispenser systems can guarantee the discharge of virtually any material, no matter how challenging its flow characteristics. This ensures maximum product recovery and minimizes downtime caused by clogged bags. ## Key Features and Benefits of a Bulk Bag Dispenser Implementing a bulk bag dispenser system isn’t just about moving material; it’s about driving significant process improvement, achieving substantial cost savings, enhancing operator safety, and maintaining product integrity. We design our solutions with these critical benefits in mind. ### Improved Safety and Dust Control One of the most compelling reasons to invest in a quality bulk bag dispenser is the dramatic improvement in safety and dust control. Manual bag emptying often releases clouds of dust, which can be hazardous to operator health, contaminate the product, and create an explosion risk in certain environments. Our systems are engineered to mitigate these concerns: - **Dust Containment:** Our dispensers create a sealed interface between the bulk bag and your process, preventing fugitive dust from escaping. This is achieved through features like secure clamp rings and sealed connections. - **Access Chambers:** Many of our unloaders feature enclosed access chambers that provide a safe, contained area for operators to connect and disconnect bag spouts, minimizing exposure to airborne particles. These chambers are often designed with ample space for ease of operation. - **Dust Collection Ports:** Integrated dust collection ports can be connected to a central vacuum system, actively removing any fine particles that might become airborne during the dispensing process. Some systems even include bag evacuation systems that collapse empty bags under negative pressure, eliminating dust release during manual flattening and tie-off. - **Reduced Operator Exposure:** By containing dust and automating the discharge process, we significantly reduce the need for operators to be in close contact with bulk materials, leading to a cleaner, healthier, and safer work environment. - **Spill Prevention:** The controlled discharge mechanism and sealed connections virtually eliminate spills, keeping your plant floor clean and reducing slip hazards. ### Increased Efficiency and Precision Beyond safety, a bulk bag dispenser dramatically boosts operational efficiency and precision, leading to tangible cost savings. - **Accurate Dosing:** Our systems allow for precise metering of material, which is critical for batching operations in industries like food, chemicals, and pharmaceuticals. This ensures consistent product quality and reduces costly over-dosing. - **Reduced Material Waste:** By controlling the flow and ensuring complete bag evacuation, bulk bag dispensers minimize residual material left in bags and prevent spillage, maximizing product recovery. This means less material sent to landfills and more product reaching your customers. - **Faster Batching:** Automated dispensing systems can rapidly deliver precise amounts of material, accelerating batch cycle times and increasing overall production throughput. We’ve seen examples where automated weigh batching systems significantly increase output and end fatigue, making operators “much more comfortable.” - **Automated Handling:** Integrating a bulk bag dispenser into an automated system reduces reliance on manual labor for repetitive, physically demanding tasks. This frees up your workforce for more value-added activities. - **Minimized Cleanup:** With effective dust control and spill prevention, the need for frequent and extensive cleanup is drastically reduced, saving labor hours and operational costs. ### Versatility and Durability Our bulk bag dispenser solutions are built to last and adapt to diverse industrial needs. - **Corrosion-Resistant Materials:** Depending on the application, we use materials like rugged carbon steel with industrial-grade finishes for durability, or corrosion-resistant stainless steel for applications requiring sanitary compliance (e.g., food and pharmaceutical) or resistance to harsh chemical environments. For certain components, robust composite materials may be used to offer stability against high loads and prevent corrosion. - **Handling Various Bag Sizes:** Our systems are designed to accommodate a wide range of bulk bag dimensions and capacities, from 500 lbs to 4,000 lbs, ensuring flexibility for your sourcing needs. - **Adapting to Different Materials:** From fine powders to coarse granules, and free-flowing to cohesive materials, our dispensers can be configured with the necessary flow aids and controls to handle almost any bulk solid. - **Longevity of Equipment:** We build our equipment with superior workmanship and high-quality components, ensuring a long operational life and reliable performance in demanding industrial settings throughout the United States and Canada. ### Frequently Asked Questions We understand that investing in material handling equipment brings questions. Here are some of the most common inquiries we receive about bulk bag dispensers: #### Can a bulk bag be partially emptied and resealed? Absolutely! This is one of the primary advantages of our bulk bag dispenser systems. Most of our dispensers feature a valve or slide gate that allows operators to precisely control the flow of material. You can open it to dispense the desired amount, then close it securely, effectively resealing the bag. This preserves the remaining material for later use, preventing contamination, moisture absorption, and spillage. This capability is invaluable for applications where full bags are not always consumed in a single batch. #### What happens if the material inside the bag is compacted? Compacted or non-free-flowing materials are a common challenge in bulk material handling, leading to issues like bridging or rat-holing within the bag. For these challenging materials, our stationary bulk bag unloader systems can be equipped with a range of advanced flow aids. These include: - Bag activators: These mechanically raise and lower the bottom edges of the bag to break up clumps and direct material towards the outlet. - Massage paddles: Pneumatically actuated paddles gently massage the bag sides to loosen compacted material. - Vibration systems: Controlled vibrations applied to the bag or the unloader frame help to fluidize and dislodge stubborn material. These features ensure a consistent and complete discharge, preventing downtime and maximizing product recovery even with difficult materials. #### How do you choose the right bulk bag dispenser for your needs? Choosing the right bulk bag dispenser involves a careful assessment of several factors unique to your operation: 1. Material Type: Is your material free-flowing, cohesive, abrasive, or prone to compaction? This will determine the need for specific flow aids and construction materials. 2. Required Discharge Rate: Do you need a slow, metered flow for precise batching, or a high-volume, continuous discharge? 3. Bag Type: Are you using single-use bags, or reusable bags with specific spout designs? 4. Facility Constraints: Consider available headroom, floor space, and whether you have forklifts or require a hoist system for bag loading. 5. Safety Requirements: Are dust containment, explosion protection, or sanitary designs critical for your process? A simple portable dispenser is an excellent, cost-effective choice for occasional use, lower throughput, or mobile applications in agriculture or construction. For industrial, high-throughput processes, an integrated stationary unloader frame with automated controls, dust collection, and flow aids will provide superior efficiency, safety, and precision. We recommend consulting with our experienced engineers to discuss your specific process goals and material characteristics. Our team in Sterling, Illinois, and across the United States and Canada, can help you select or custom-design the ideal solution. ### Achieving Optimal Material Flow with Custom Solutions Selecting the right bulk bag dispenser for your operations is a critical decision that impacts efficiency, safety, and your bottom line. It’s not just about buying equipment; it’s about choosing a system that perfectly aligns with your process goals, desired throughput, material characteristics, and stringent safety standards. At Sterling Systems & Controls, we pride ourselves on offering custom-engineered solutions for bulk material handling. We understand that every facility in the United States and Canada has unique challenges, and a “one-size-fits-all” approach rarely delivers optimal results. Our expertise lies in providing single-source, experienced solutions custom precisely to your objectives. We integrate diverse process equipment seamlessly, ensuring a cohesive and efficient system from start to finish. We work directly with you to understand your specific needs, whether it’s for food, feed, chemicals, or other process industries. Our team of experienced engineers will help you steer the complexities of material flow, dust control, and automation, designing a bulk bag dispenser system that not only meets but exceeds your expectations. Don’t settle for generic solutions when your production depends on precision and reliability. Let us help you master your material flow. [Learn more about custom bulk bag unloading systems](https://sterlingcontrols.com/products-capabilities/bulk-bag-handling-systems/bulk-bag-unloading/) **Categories:** White Paper --- ### [The Power of Automation in Production Systems](https://sterlingcontrols.com/blog/unlocking-efficiency-a-guide-to-automation-in-production/) **Published:** April 7, 2026 **Author:** p1ws **Excerpt:** What Is Automation in a Production System? Automation in production system design refers to the use of mechanical, electronic, and computer-based technologies to operate and control manufacturing processes with reduced human involvement. **Content:** # The Power of Automation in Production Systems ## What Is Automation in a Production System? Automation in production system design refers to the use of mechanical, electronic, and computer-based technologies to operate and control manufacturing processes with reduced human involvement. Here is a quick overview of what this means in practice: - What it covers: Both the automation of physical factory operations (processing, assembly, inspection) and the computerization of support functions (planning, design, business operations) - Three main types: Fixed automation (high volume, low variety), programmable automation (batch production, reprogrammable), and flexible automation (variable product mixes, minimal changeover) - Why it matters: Improves labor productivity, product quality, safety, and reduces lead times and operating costs The word manufacturing comes from the Latin words manus (hand) and factus (make), meaning “made by hand.” For most of history, that was literally true. Today, very little about modern manufacturing resembles its origins. From Henry Ford’s moving assembly line in 1913 to today’s computer-controlled factories, production has been steadily shifting from human hands to intelligent machines. For operations in process industries like food, feed, and chemicals, this shift is especially significant. Outdated manual processes for weighing, batching, and process control create real problems: inconsistent output, wasted materials, and shrinking margins. Automation offers a path out of those inefficiencies, but only when implemented with the right understanding of what a production system actually is and how automation fits within it. This guide breaks it all down clearly. ![Infographic showing the evolution of production systems from manual labor through mechanization](https://images.bannerbear.com/direct/4mGpW3zwpg0ZK0AxQw/requests/000/133/239/451/jMVrobL3AQ5wRVndzG9ReqJW5/106bf2d3a55a35c3ccaef9ceda227d15ddeb28ad.jpg "Infographic showing the evolution of production systems from manual labor through mechanization") ## Defining the Production System and Its Core Components To understand how to improve a factory, we first have to define what a production system actually is. In our experience at Sterling Systems & Controls, we view a production system as a collection of people, equipment, and procedures organized to perform the manufacturing operations of a company. It isn’t just a single machine. It is the entire ecosystem that takes raw materials and turns them into finished goods. A production system consists of two major components: 1. Facilities: This includes the physical equipment in the factory, the layout of the workstations, and the material handling systems that move items from one place to another. 2. Manufacturing Support Systems: These are the “brains” of the operation. This component involves the procedures used by the company to manage production, design products, order materials, and ensure quality standards are met. Within these systems, we generally see three levels of human participation. There are manual systems, where workers perform tasks without powered tools; worker-machine systems, where a human operates powered equipment (like a machinist on a lathe); and automated systems, where a machine performs the process with little to no human attention. Understanding [The Essential Role of Controls and Automation in Process Manufacturing](https://sterlingcontrols.com/blog/the-essential-role-of-controls-and-automation-in-process-manufacturing/) is vital because it highlights how these two components, the physical machines and the digital controls, must work in harmony to achieve true efficiency. ### Automation in Production Systems vs. Support System Computerization It is a common mistake to think that automation and computerization are exactly the same thing. While they overlap, they serve different roles in a production environment. Automation of Manufacturing Systems happens on the factory floor. It involves the physical acts of processing, assembly, and inspection. For example, an automated [Batching & Weighing](https://sterlingcontrols.com/products-capabilities/batching-weighing/) system physically moves ingredients into a scale and discharges them into a mixer. According to the International Federation of Robotics, there are now around [3.5 million industrial robots](https://ifr.org/ifr-press-releases/news/wr-report-all-time-high-with-half-a-million-robots-installed) in operation globally, performing these types of physical tasks with incredible precision. Computerization of Support Systems, on the other hand, involves using computers to handle the “paperwork” and planning of manufacturing. This includes product design (CAD), business functions like order entry and billing, and complex production planning. While no physical material is moved by these systems, they provide the data and instructions that tell the physical machines what to do. ### The Three Basic Types of Automation Not all automation is created equal. The right choice for your facility depends on two main factors: how many items you are making (production quantity) and how many different kinds of items you make (product variety). | Automation Type | Production Quantity | Product Variety | Key Characteristic | |---|---|---|---| | Fixed | Very High | Very Low | High initial cost, high speed | | Programmable | Low to Medium | High | Batch production, needs setup time | | Flexible | Medium | Medium | No downtime between different parts | In many industries, [machinery which is used for particular tasks](https://www.britannica.com/technology/automation/Manufacturing-applications-of-automation-and-robotics) is designed specifically for one of these three categories. ### Fixed and Programmable Automation Fixed automation (sometimes called “hard automation”) is characterized by high initial investment and high production rates. The sequence of processing operations is fixed by the equipment configuration. Think of a high-volume bottling line or a dedicated chemical transfer line. It is incredibly efficient, but if you want to change the product design, it is very difficult and expensive to do so. Programmable automation is designed for batch production. The equipment is built to be reprogrammed to handle different product configurations. When a batch of Product A is finished, the system is stopped, the program is changed, and the physical tools might be swapped out before starting Product B. While this allows for more variety, the downside is the lost time during changeovers. This is common in CNC machining and many industrial batching and weighing applications where different recipes require different parameters. ### Flexible Automation Flexible automation is the “Goldilocks” of the manufacturing world. It is an extension of programmable automation but with one major advantage: there is no lost time for changeovers. A flexible system can produce a variety of products one right after another without stopping to reset. This is achieved through soft variety, where the computer system can switch instructions instantly. This is the foundation of [Complete Process Systems](https://sterlingcontrols.com/products-capabilities/complete-systems/complete-process-systems/) that we design, allowing manufacturers to be incredibly responsive to customer orders without sacrificing throughput. ## Strategic Implementation: The USA Principle and Migration We have seen many companies jump into automation too quickly, only to find they have just “automated their messes.” To avoid this, we recommend the USA Principle, a common-sense guide for any process improvement project: 1. Understand the existing process: You cannot improve what you don’t understand. Map out every step, every input, and every possible point of failure. 2. Simplify the process: Before you buy a single sensor or motor, look for ways to eliminate unnecessary steps. If a process is overly complex, automating it will only make it more expensive to maintain. 3. Automate the process: Once the process is as lean and simple as possible, then you apply the technology. This approach is part of [A Holistic Approach to Industrial Automation for Complete Process Systems: Top Five Implementation Strategies](https://sterlingcontrols.com/blog/a-holistic-approach-to-industrial-automation-for-complete-process-systems-top-five-implementation-strategies/), which emphasizes that technology should serve the process, not the other way around. ### The Automation Migration Strategy For many businesses, moving from a manual operation to a fully automated factory in one leap is financially or operationally impossible. That is where an automation migration strategy comes in. This allows a company to introduce a new product quickly while planning for future efficiency. - Phase 1: Manual Production: Using manual workstations to get the product to market quickly and test the design. - Phase 2: Automated Stations: Replacing individual manual stations with automated ones (like a single automated weighing station) while still handling materials between stations manually. - Phase 3: Integrated Systems: Connecting the automated stations with an automated material handling system to create a fully integrated automation in production system. This phased approach ensures that [Automation Migration Critical to Long-Term Efficiency](https://sterlingcontrols.com/blog/automation-migration-critical-to-long-term-efficiency/) is achieved without overwhelming the company’s budget or staff. ## Why Companies Automate: Benefits and Human Roles The reasons for implementing automation in production system environments are usually driven by the bottom line, but the benefits go far beyond just saving money. - Increased Labor Productivity: Automation allows for a greater output per hour of labor input. - Reduced Labor Cost: While the initial investment is high, the ongoing cost of automated production is often much lower than manual labor. - Improved Quality: Machines do not get tired, and they do not have bad days. They perform the same task with the same precision every single time. - Reduced Lead Times: Automated systems can often process orders much faster than manual ones. - Safety: Automation removes human workers from dangerous environments, such as those involving high heat, toxic chemicals, or heavy lifting. Deloitte’s 2023 Manufacturing Report highlights that technology, including AI and smart tools, will continue to be a primary driver of industry strength. ![automation in the production system](https://firebasestorage.googleapis.com/v0/b/ai-templates.appspot.com/o/bot%2FYUtz7bFuSHwb0FfmnSvz%2FcustomImages%2Fautomated-solutions_compressed.webp?alt=media&token=d85c8863-ab42-4dee-bba2-25f55c929f1a "automation in the production system") ### The Continued Importance of Human Workers A common fear is that automation will eliminate the need for humans entirely. In reality, the role of the worker is simply shifting. Even in the most “lights-out” automated factory, humans are essential for: - Maintenance: Complex machines require skilled technicians to keep them running. - Programming: Someone has to tell the machines what to do and optimize their logic. - Engineering: Designing the next generation of products and processes. - Management: Making the high-level strategic decisions that computers are not equipped for. The trend toward [upskilled labor](https://www2.deloitte.com/cn/en/pages/consumer-industrial-products/articles/ai-manufacturing-application-survey.html) means that while there may be fewer manual jobs, there is a growing demand for workers who understand how to interact with and manage automated systems. ## Computer-Integrated Manufacturing (CIM) and Future Trends The ultimate goal for many modern manufacturers is Computer-Integrated Manufacturing (CIM). This is the pervasive use of computer systems to design products, plan production, control operations, and perform all the business-related functions of the firm. In a CIM environment, the sales department’s computer talks to the production planning computer, which in turn talks to the controllers on the factory floor. It is a seamless loop of data. Looking ahead, [The Future of Process Controls and Automation: Embracing the Next Wave of Innovation](https://sterlingcontrols.com/blog/the-future-of-process-controls-and-automation-embracing-the-next-wave-of-innovation/) involves several “smart” technologies: - **Industrial Internet of Things (IIoT):** Sensors on every machine providing real-time data to help predict when a part might fail before it actually breaks. - **5G Connectivity:** According to Accenture, 5G will add up to $1.5 trillion to the U.S. GDP by enabling vastly improved productivity and faster data exchange on the factory floor. - **Artificial Intelligence (AI):** AI can analyze massive amounts of production data to find tiny inefficiencies that a human would never notice. ### Frequently Asked Questions **What are the two major components of a production system?** A production system consists of facilities (the factory, equipment, and layout) and manufacturing support systems (the procedures and software used to manage the business and technical operations). **How does automation improve manufacturing operations?** It increases labor productivity, reduces costs, improves product quality and consistency, enhances worker safety, and shortens the time it takes to get a product from order to delivery. **What is the USA Principle in automation?** It stands for Understand, Simplify, and Automate. It is a strategy that ensures you fully grasp and streamline your process before applying expensive automation technology. ### Conclusion The journey toward a more efficient automation in the production system is not about replacing people with robots. It is about using technology to solve the human problems of inconsistency, safety risks, and wasted resources. Whether you are looking at a single Automation Software Upgrade or a Complete Process System, the goal is the same: unlocking the maximum potential of your facility. At Sterling Systems & Controls, we specialize in providing custom-engineered solutions for material weighing, batching, and process control. With decades of experience in the food, feed, and chemical industries, we understand that every plant has unique challenges. Our mission is to provide a single-source solution that integrates your equipment into a cohesive, high-performing system. If you are ready to see how [Controls & Automation](https://sterlingcontrols.com/products-capabilities/controls-automation/) can transform your operations in Illinois, across the United States, or in Canada, we are here to help you navigate the transition. The future of production is automated, and it is more accessible than you might think. **Categories:** Blog --- ### [The Importance of Employee Training in Process Automation](https://sterlingcontrols.com/blog/the-importance-of-employee-training-in-process-automation/) **Published:** June 10, 2025 **Author:** sitemanager@wpmanager.io **Content:** # The Importance of Employee Training in Process Automation As automation transforms manufacturing and industrial processing, the need for skilled workers who can manage and operate advanced systems continues to grow. Technology alone cannot drive efficiency—personnel must understand how to use, maintain, and optimize automated processes. Effective process automation training strengthens productivity, reduces errors, and prepares workers to adapt as technology evolves. ## The Impact of Training on Process Automation Automation improves efficiency, but without proper training, employees may struggle to operate systems effectively. A well-trained workforce ensures that automated equipment functions as intended, reducing downtime and costly mistakes. Companies that invest in training experience fewer production delays and improved system reliability. As automation evolves rapidly, workers must stay current with new technologies to maximize the benefits of advanced process controls. Training programs should cover system updates, troubleshooting, and best practices to optimize efficiency. ## Strategies for Effective Process Automation Training Successful training programs must be structured and relevant to daily operations. Several key strategies help build workforce expertise: - **Hands-On Learning**: Employees learn best when they can interact with automation systems directly. Simulated training environments allow them to practice without affecting live production lines. - **Role-Specific Instruction**: Not all workers need the same training. Operators should focus on machine controls and troubleshooting, while engineers may require deeper knowledge of system integration. - **Ongoing Education**: One-time training is not enough. Regular updates ensure employees stay informed about software improvements and process adjustments. - **Blended Learning Approaches**: Combining in-person instruction with digital resources creates a balanced training experience. Online modules can reinforce concepts introduced in workshops or live demonstrations. These strategies help employees build confidence in using automation systems, reducing errors and improving overall efficiency. A structured approach ensures that training directly supports daily operations and long-term success. ## Continuous Learning in Manufacturing Manufacturing environments must remain adaptable as automation advances. Investing in continuous learning gives employees the tools they need to keep operations running smoothly. Companies that prioritize ongoing education see long-term benefits such as improved system longevity, better problem-solving capabilities, and greater workforce adaptability. Regular skills assessments help identify gaps before they impact production. By addressing these gaps proactively, companies maintain efficiency even as automation systems change. ## The Role of Training in Operational Success A knowledgeable workforce directly contributes to operational efficiency. Skilled employees respond faster to equipment issues, maintain process consistency, and identify opportunities for optimization. This reduces production downtime and waste while improving overall output quality. Automation plays a crucial role in industries such as [agriculture](https://sterlingcontrols.com/industries-applications/agriculture/) and [industrial processing](https://sterlingcontrols.com/industries-applications/industrial-processing/). However, even the most advanced systems require trained personnel to oversee operations effectively. ## Leveraging Process Controls and Automation Expertise At Sterling Systems & Controls, we develop comprehensive [process controls and automation](https://sterlingcontrols.com/products-capabilities/controls-automation/process-controls-automation/) solutions tailored to specific manufacturing needs. Our team understands that effective automation relies on both technology and skilled operators. [We design systems](https://sterlingcontrols.com/products-capabilities/complete-systems/complete-process-systems/) that integrate seamlessly with existing workflows while offering extensive support for training programs. We also provide custom-engineered solutions for material weighing, batching systems, and full process automation. Our [process automation](https://sterlingcontrols.com/products-capabilities/controls-automation/) training programs help clients maximize their technology investments by ensuring employees are prepared to operate and maintain advanced equipment. ## Investing in Workforce Development Automation systems deliver the best results when employees fully understand how to use them. Companies that prioritize training experience fewer disruptions, higher efficiency, and better long-term outcomes. Whether upgrading an existing system or implementing new technology, trained professionals make the difference between basic functionality and maximum performance. If you’re looking to enhance your automation processes with expert support and training solutions, [request a quote](https://sterlingcontrols.com/about/request-a-quote/) today. **Categories:** Blog --- ### [Product Recalls: The Importance of COMPLETE Data Recording and Management in Process Manufacturing](https://sterlingcontrols.com/blog/product-recalls-the-importance-of-complete-data-recording-and-management-in-process-manufacturing/) **Published:** April 22, 2025 **Author:** sitemanager@wpmanager.io **Content:** # Product Recalls: The Importance of COMPLETE Data Recording and Management in Process Manufacturing In the [food and pet food processing industries](https://sterlingcontrols.com/industries-applications/feed-milling-pet-food-manufacturing/), a single product recall can send shockwaves through a business. Recalls threaten consumer trust, tarnish reputations, and, in some cases, even lead to permanent closures. What often separates companies that navigate recalls effectively from those that struggle is one critical factor: data. Specifically, the completeness of data recording and management throughout the manufacturing process. We’ve seen firsthand how complete data systems can make all the difference in mitigating recall risks, from tracking raw materials to ensuring detailed batch traceability in manufacturing. Manufacturers can respond quickly and decisively when recalls arise while safeguarding their brand and customers by capturing accurate and comprehensive records at every production stage. ## Understanding the Role of Data in Product Recalls When we talk about data in manufacturing, we aren’t just referring to numbers on a spreadsheet. We mean precise, real-time records of everything—from ingredient sourcing and batching details to production timelines and final product specifications. Having complete data ensures accuracy and thoroughness, leaving no gaps in information that could complicate traceability. Imagine this: A contaminant is identified during routine quality control or, worse, after your product reaches consumers. Without accurate data showing which batch numbers are affected or which suppliers provided the ingredients in question, isolating the issue becomes a logistical nightmare. Complete data management makes it possible to trace every manufacturing chain step precisely. Effective traceability in manufacturing relies on this depth of information. It ensures you know exactly which products need recalling, saving time and money and protecting your reputation during a crisis. ## Robust Data Management Systems Enhance Traceability Traceability doesn’t happen by accident. It requires intentional systems that record, organize, and connect data across your supply chain. A [robust data management system](https://sterlingcontrols.com/products-capabilities/complete-systems/complete-process-systems/) captures all relevant details at critical checkpoints: - **Sourcing:** Tracks supplier details, raw material lot numbers, and incoming quality checks. - **Production:** Logs batch numbers, batching formulas, operator actions, and timestamps. - **Quality Assurance:** Records testing results at various stages of production. - **Distribution:** Links finished products to shipping records for downstream tracking. An integrated system ties these elements together seamlessly. For instance, if contamination is identified in a specific ingredient lot during production, a comprehensive system allows you to identify every final product that used that lot and where those products went after leaving your facility.[Batch tracking](https://sterlingcontrols.com/products-capabilities/batching-weighing/batching-systems/) is especially important here. Assigning unique batch numbers lets you link specific products to exact production processes, ingredient lots, and testing outcomes. If an issue arises, even years after production, you’ll have all the necessary information ready for swift action. ## The Benefits of Effective Data Management During a Recall So why does complete data recording matter so much? Here are some key benefits during recalls: - **Speed:** In a recall situation, time is everything. Detailed records help us pinpoint affected products immediately instead of wasting precious days searching for answers. - **Accuracy:** Eliminating human error minimizes oversights when identifying issues or communicating with regulatory bodies. - **Consumer Trust:** Transparency builds loyalty. Customers appreciate companies that act quickly and responsibly during recalls. - **Regulatory Compliance:** Comprehensive records ensure compliance with legal requirements for product recalls, helping avoid fines or other penalties. Whether you’re recalling a single lot or addressing systemic issues across multiple shipments, robust data management makes every step smoother. ## Strategies for Implementing COMPLETE Data Management Practices Achieving this level of traceability might feel challenging, but with modern tools and strategies, it’s entirely possible: ## Automated Data Recording Invest in technologies that capture real-time production data automatically. This eliminates manual entry errors while providing up-to-date information at all times. ## Centralized Data Systems Combine inventory management, quality control logs, ingredient sourcing records, and distribution tracking into one unified platform for easier access and analysis. ## Regular Data Audits Schedule periodic reviews of your data to identify inconsistencies or missing information before they become significant issues. ## Employee Training Your team plays a crucial role in maintaining data integrity. Provide regular training on best practices for logging information accurately and consistently. ## Backup Systems Establish reliable backup protocols to ensure important records remain accessible even in emergencies or technical failures. By implementing these practices alongside integrated process control systems like ours at Sterling Systems & Controls, you can build complete data ecosystems that stand up to real-world challenges. ## Building Trust Through Proactive Action In today’s competitive landscape, incomplete or disorganized data isn’t just an operational hurdle—it’s a liability waiting to happen. Investing in complete data recording and management protects the trust you’ve worked hard to earn from consumers. When recalls occur, being prepared isn’t optional. It’s essential for survival. ## Take Action Now Don’t wait until you’re facing a recall crisis to address potential gaps in your traceability practices. [Reach out today](https://sterlingcontrols.com/about/request-a-quote/) for a consultation on implementing robust data management solutions. Traceability in manufacturing protects your reputation—and your bottom line. **Categories:** Blog **Tags:** Traceability in Manufacturing --- ### [Feeding Fido and Whiskers – How Humanization Is Altering Pet Food Manufacturing](https://sterlingcontrols.com/blog/feeding-fido-and-whiskers-how-humanization-is-altering-pet-food-manufacturing/) **Published:** April 7, 2025 **Author:** sitemanager@wpmanager.io **Content:** # Feeding Fido and Whiskers – How Humanization Is Altering Pet Food Manufacturing The humanization of pets has transformed the pet food industry. More people, especially younger generations, now see their pets as family members, demanding the same level of quality and nutrition in pet food that they expect for themselves. This shift influences everything from ingredient sourcing to manufacturing processes, pushing the industry toward higher automation and precision. ## The Demand for Better Ingredients Pet owners are more informed than ever about what goes into their pets’ food. They expect natural, organic, and human-grade ingredients. Artificial preservatives and fillers are becoming less acceptable as customers look for transparency. Some brands are even exploring alternative proteins like insects and plant-based sources to meet consumer demand for sustainability and nutritional variety. Producing high-quality pet food consistently requires reliable ingredient handling. Our [bulk bag resupply batching systems](https://sterlingcontrols.com/industries-applications/feed-milling-pet-food-manufacturing/bulk-bag-resupply-batching-system/) help manufacturers efficiently manage large volumes of premium ingredients while maintaining accuracy and traceability. ## Automation Drives Efficiency and Consistency With higher expectations for pet food quality, manufacturers must tighten production controls to prevent contamination and variations in formulation. Automated [grinding feed mill systems](https://sterlingcontrols.com/industries-applications/feed-milling-pet-food-manufacturing/grinding-feed-mill-automation/) allow producers to optimize particle size for digestion while ensuring consistency across production batches. Batching systems play a crucial role in maintaining product integrity. Precision in weighing and mixing ingredients ensures nutritional balance in every batch. For plants looking to upgrade or expand their operations, we provide [complete process systems](https://sterlingcontrols.com/products-capabilities/complete-systems/complete-process-systems/) that integrate raw material handling, grinding, mixing, and packaging into a seamless workflow. ## Specialized Diets for Pets’ Evolving Needs As pet owners become more invested in their animals’ health, specialized diets are growing in popularity. Grain-free, limited-ingredient, high-protein, and breed-specific formulas cater to a range of dietary preferences and medical needs. Some formulations focus on improving digestion, joint health, or coat quality, mirroring trends in human nutrition. Producing these specialized diets requires precise control over formulation and processing conditions. [Pellet mill control](https://sterlingcontrols.com/industries-applications/feed-milling-pet-food-manufacturing/pellet-mill-control/) systems allow manufacturers to adjust pellet density, moisture content, and texture to achieve the desired nutritional profile while maintaining efficiency in mass production. ## Sustainability Concerns Are Reshaping Manufacturing Consumers are also paying closer attention to sustainability in pet food production. They want responsibly sourced ingredients and environmentally friendly packaging. Some manufacturers are embracing energy-efficient processing methods to reduce waste and operational costs. By integrating automation across raw material intake, mixing, grinding, pelleting, and final packaging, efficiency increases while waste decreases. Advanced automation strengthens traceability efforts as well. Lot tracking enables manufacturers to monitor ingredient origins and confirm compliance with safety regulations. This becomes increasingly important as transparency expectations rise across the supply chain. ## Automation Means Better Pet Food—and Better Business Consumers are also Pet food humanization isn’t just about better nutrition—it’s about raising industry standards at every level. Higher consumer expectations require tighter process control, faster response times, and greater flexibility in production lines. Our advanced feed milling solutions support manufacturers striving to meet these demands without compromising efficiency or profitability. For those looking to optimize their processes, we offer custom automation solutions tailored to specific production needs. [Request a quote](https://sterlingcontrols.com/about/request-a-quote/) to learn how our systems can improve accuracy, throughput, and overall quality in pet food manufacturing. ## Post navigation [< Back](https://sterlingcontrols.com/blog/grain-handling-automation-improve-efficiency-quality-safety/) [Next >](https://sterlingcontrols.com/blog/product-recalls-the-importance-of-complete-data-recording-and-management-in-process-manufacturing/) **Categories:** Blog --- ### [Optimizing Industrial Processing with Major Ingredient Batching Systems](https://sterlingcontrols.com/blog/optimizing-industrial-processing-with-major-ingredient-batching-systems/) **Published:** February 5, 2025 **Author:** p1ws **Content:** # Optimizing Industrial Processing with Major Ingredient Batching Systems Major ingredient batching systems streamline industrial processing across various industries, such as animal feed mills, food production, and chemical manufacturing. These systems handle large quantities of dry powders and granular materials sourced from silos, bulk bags, or totes. By automating the batching process, they increase operational efficiency, ensure accurate ingredient measurements, and minimize costs tied to waste and labor. For industries managing high-volume production, they represent a significant step forward compared to manual batching methods. ## Understanding Major Ingredient Batching Systems **In industrial batching, ingredients are categorized into three weight ranges: Micro (small-scale), Minor (mid-range), and Major (large-scale).** Major ingredient batching systems handle bulk materials like powders or granules, often used in large-scale manufacturing processes. These materials typically arrive via railcars or semi-trucks and are stored in outdoor silos, bulk bags, or totes for processing. These systems batch substantial quantities of ingredients—ideal for high-capacity facilities. For example, materials like grains, powdered chemicals, or coarse granular products can be precisely batched into large mixers or production equipment. In some cases, liquid additives may also be incorporated into the process, further broadening their application across industries. With the ability to handle significant material volumes and complexities, major ingredient batching systems deliver unparalleled control and precision for high-demand operations. ## Key Benefits of Major Ingredient Batching Systems Modern automation in ingredient batching offers numerous benefits for process industries handling significant volumes of materials. These include: - **Increased Efficiency**: Automated batching eliminates manual labor bottlenecks, accelerates throughput rates, and ensures a seamless production flow. - **Product Consistency**: Accurate measurement tools maintain consistent ingredient formulations across batches, preserving product quality. - **Waste Reduction**: Precise control over ingredient quantities reduces overuse and material waste, lowering operating costs. - **Improved Safety and Compliance**: Automation ensures safe handling of ingredients while adhering to regulatory standards in various industries. These key benefits improve overall productivity while reducing risks associated with human error or inefficiencies in manual systems. ## Custom Design, Engineering, and Manufacturing Major ingredient batching systems are custom-designed to align with the specific needs of each manufacturer. Factors such as material type, batch size requirements, throughput demands, and accuracy specifications are all assessed during the design process. These systems are seamlessly integrated into existing production lines and engineered to scale as operational needs evolve. Working with professionals who specialize in custom-engineered solutions ensures that these complex systems meet the unique requirements of each facility. From initial consultation to system installation, a trusted supply partner with expertise in engineering industrial batching solutions is critical for achieving reliable performance and long-term success. ## Incorporating Advanced Features Many advanced features can be integrated into major ingredient batching systems to enhance functionality: - **Precise Blending and Mixing Control**: Automated systems excel at achieving uniform blends by regulating the proportions of each ingredient with unmatched precision. - **Data Collection and Reporting**: Real-time data capabilities enable robust batch validation and inventory management tracking while supporting compliance requirements and transparency. These features provide manufacturers with greater control over their operations while offering valuable insights for continuous improvement. ## Why Transition from Manual Batching? Manual batching methods often fall short when it comes to accuracy and efficiency for high-volume operations. Automated major ingredient batching systems replace manual labor with consistent processes that ensure every batch meets strict quality standards. Over time, transitioning to automation reduces operational costs by improving resource allocation and minimizing material waste. This switch also addresses growing production demands while providing measurable long-term benefits in terms of reliability and scalability. ## Maximizing Your Operations with Automated Batching Systems Optimizing [industrial processes](https://sterlingcontrols.com/industries-applications/) with major ingredient batching systems unlocks new levels of efficiency, consistency, and safety for high-volume manufacturing. By automating the measurement and mixing of bulk materials such as powders or granules—and integrating advanced features like real-time data collection—these systems streamline operations while ensuring top-tier product quality. Ready to enhance your production capabilities? Learn more about [minor and major weighing systems](https://sterlingcontrols.com/products-capabilities/batching-weighing/minor-major-weighing-systems/) or [request a quote](https://sterlingcontrols.com/about/request-a-quote/) today. ## Post navigation [< Back](https://sterlingcontrols.com/blog/regenerative-agriculture-how-it-shapes-process-equipment-and-automation/) [Next >](https://sterlingcontrols.com/blog/sustainability-in-manufacturing-how-process-control-can-drive-green-initiatives/) **Categories:** Blog --- ### [Optimizing Grain Processing with Automation](https://sterlingcontrols.com/blog/grain-handling-automation-improve-efficiency-quality-safety/) **Published:** March 18, 2025 **Author:** sitemanager@wpmanager.io **Content:** # Optimizing Grain Processing with Automation ## Optimizing Grain Processing with Automation Grain processing has come a long way since the days of manual labor during the Industrial Revolution. Today, automation is transforming the industry, bringing unprecedented efficiency and quality. As global demand for grain products grows, optimizing processing methods becomes even more critical. Automation meets this demand, setting new standards in grain quality and safety. ## Understanding Grain Handling Automation Grain handling automation uses advanced technologies to manage and control grain processing operations. Automating tasks such as grading, sorting, and monitoring addresses many challenges traditional grain processing faces. Automation enhances precision, reduces human error, and delivers consistent product quality. ## Benefits of Automation in Grain Processing Automation in grain processing boosts efficiency, ensures consistent quality, and increases safety while addressing labor and cost challenges. It streamlines operations, making production faster and more reliable. Key benefits include: **Improved Quality Control** Automation allows precise control over processing parameters. This leads to consistent grain quality and helps grain processors meet stringent industry standards. Automated systems can detect and remove impurities more effectively than manual methods. **Increased Efficiency** Automated equipment operates with minimal downtime. This boosts productivity and allows for higher throughput. Processes that once took hours can now be completed in a fraction of the time. **Cost Savings** By reducing labor costs and minimizing waste, automation leads to significant savings. Efficient use of resources and energy also contributes to lower operational expenses. **Addressing Skilled Labor Shortages** The industry faces a shortage of skilled labor. Automation fills this gap by performing complex tasks that require specialized skills. This keeps operations running smoothly despite workforce challenges. **Enhanced Facility and Personnel Safety** Automated systems reduce the need for manual intervention in potentially hazardous areas. This decreases the risk of accidents and promotes a safer working environment. ## Key Features of a Grain Processing Solution A grain processing solution integrates advanced automation to optimize every stage of the operation. These features increase efficiency and ensure consistent results: **Full Facility Automation** Comprehensive automation covers all aspects of grain processing. From receiving raw materials to packaging the final product, every step is optimized for efficiency. **Machine and Process Equipment Control** Automation provides precise control over machinery and equipment. Operators can monitor performance in real-time and make adjustments as needed. **Grain Storage Monitoring** Automated systems track storage conditions to preserve grain quality. They monitor factors like temperature and humidity, preventing spoilage and loss. ## Advanced Technologies in Grain Processing Automation Modern grain processing relies on cutting-edge technologies to handle complex operations with precision. These tools simplify material management, provide real-time insights, and keep equipment running smoothly. **Raw Material Management** Automated systems effectively track and manage incoming raw materials. They accurately record grain types, quantities, and sources, enhancing traceability. **Inventory Tracking** Real-time inventory management keeps track of stock levels. Automation helps prevent shortages and overstock situations by providing up-to-date information. **Machine Monitoring and Preventative Maintenance** Automated systems can monitor equipment and predict maintenance needs. This proactive approach minimizes downtime and extends machinery lifespan. ## Remote Access and Troubleshooting Remote data access allows operators to monitor processes from anywhere. This enhances operational oversight and enables quick responses to issues. Remote troubleshooting capabilities reduce downtime by allowing technicians to address problems without being on-site. Implementing remote access demands critical attention to cybersecurity. Protecting systems from unauthorized access maintains data integrity and operational security. ## Case Study: Enhancing Grain Processing Through Automation An iconic American breakfast food company with over a century of tradition faced growing challenges in adapting to shifting raw material availability and rising competition. Known for transforming grains into nourishing morning meals, the company sought innovative solutions to streamline production. Turning to Sterling Systems & Controls, recommended by a seasoned engineer, the company embarked on a mission to upgrade its Minor Ingredient Weighing and Batching System. The goal was to improve production flexibility, reduce ingredient waste, and shorten batch cycle times while preserving the high quality their customers expect. This [custom-engineered solution](https://sterlingcontrols.com/industries-applications/agriculture/grain-handling/) delivered real-time data integration and precise batch integrity, seamlessly interfacing with the company’s ERP systems across various platforms. This approach positioned the company to stay competitive in the ever-evolving breakfast food market. ## Transforming Grain Processing: Take the Next Step Automation revolutionizes grain processing by improving efficiency, quality, and safety. Advanced technologies offer solutions to common industry challenges. By embracing automation, facilities can optimize operations and meet the market’s growing demands. If you’re considering enhancing your grain processing operations with automation, contact us to [discuss customized solutions](https://sterlingcontrols.com/about/request-a-quote/) that meet your specific needs. Optimizing your processes today can lead to significant benefits for your facility tomorrow. ## Post navigation [< Back](https://sterlingcontrols.com/blog/why-small-companies-excel-in-custom-engineered-process-control-systems/) [Next >](https://sterlingcontrols.com/blog/feeding-fido-and-whiskers-how-humanization-is-altering-pet-food-manufacturing/) **Categories:** Blog --- ### [Why Small Companies Excel In Custom-Engineered Process Control Systems](https://sterlingcontrols.com/blog/why-small-companies-excel-in-custom-engineered-process-control-systems/) **Published:** March 12, 2025 **Author:** p1ws **Content:** # Why Small Companies Excel In Custom-Engineered Process Control Systems You need dependable automated systems to maintain steady production and consistent quality. If your facility handles complex mixing, weighing, or batching, you know how critical it is to have the right controls. The flow of materials, the data you collect, and the final product quality all influence your bottom line and how quickly you adapt to shifting requirements. Custom-engineered Process Control solutions go beyond off-the-shelf systems. They align controls with your specific operating conditions, helping you refine every production stage. You can boost efficiency and gain better oversight by customizing parameters and seamlessly integrating with existing equipment. Surprisingly, it is often smaller companies that excel at delivering these solutions. They focus on your unique needs, respond quickly, and offer personal interaction. Facilities across [a variety of industries, from agriculture to baking and food processing to pet food manufacturing](https://sterlingcontrols.com/industries-applications/) benefit from working with smaller providers that combine decades of experience with the flexibility to pivot swiftly. ## Agility, Flexibility, And Fast Response When your process changes—new ingredients, different equipment, shifting regulatory guidelines—you need a partner who can adapt. Smaller firms have fewer layers of approval, so they respond quickly. If you need to tweak a parameter, they do it promptly. If you face unexpected downtime, they help get you back on track. Working with a more compact provider means fewer bureaucratic steps. Instead of waiting weeks for updates, you get quick adjustments. That agility helps you avoid production delays and stay aligned with your goals. When you call, you speak directly to someone familiar with your system, who can immediately address questions. ## Personalized Service And Specialized Expertise Large corporations sometimes treat you like another name on a long list. Smaller providers engage directly, so your feedback goes straight to the engineers. They listen closely and refine your system to fit your exact process flow. If you rely on [complete process systems](https://sterlingcontrols.com/products-capabilities/complete-systems/complete-process-systems/) for blending, mixing, or packaging, a smaller team can adapt controls that match your parameters without forcing a generic template. Over the years, these specialists have learned the subtle differences in handling powders, liquids, or granulated materials. They know how mixers behave under different loads and how to fine-tune software for precise batching. This specialized knowledge allows them to find solutions you might not have considered and to improve your line’s overall stability and output. Because smaller companies invest time in understanding each client’s needs, they are well-equipped to streamline how hardware and software interact. If you have multiple process steps, they integrate everything so your controls feel natural and intuitive. Instead of a one-size-fits-all design, you get a solution that meets your requirements. ## Ongoing Customer Commitment Your custom-engineered Process Control system is not a one-time purchase. Over time, you might need adjustments, training, or troubleshooting. Smaller providers know their reputation depends on your satisfaction. They keep records of your configuration and remain ready to assist long after installation. If a minor software glitch appears or you need advice on improving throughput, a smaller team responds quickly. They rely on building lasting relationships rather than impersonal transactions. Your success becomes their priority, so they look for ways to improve your system as you evolve. If you need additional services down the road, their familiarity with your setup makes it easy to implement refinements. ## Next Steps When you choose a smaller, specialized provider, you gain a partner who listens, adapts, and supports you over the long haul. At Sterling Systems, we respond fast, deliver personalized solutions, and focus on building trust. If you are ready to explore how a smaller company can help you optimize your process, consider reaching out to discuss your needs or [request a quote](https://sterlingcontrols.com/about/request-a-quote/). Our agility, personal engagement, and expertise make us a strong choice for custom-engineered Process Control solutions. ## Post navigation [< Back](https://sterlingcontrols.com/blog/sustainability-in-manufacturing-how-process-control-can-drive-green-initiatives/) [Next >](https://sterlingcontrols.com/blog/grain-handling-automation-improve-efficiency-quality-safety/) **Categories:** Blog --- ### [Regenerative Agriculture - How It Shapes Process Equipment and Automation](https://sterlingcontrols.com/blog/regenerative-agriculture-how-it-shapes-process-equipment-and-automation/) **Published:** January 21, 2025 **Author:** p1ws **Content:** # Regenerative Agriculture – How It Shapes Process Equipment and Automation Regenerative agriculture is transforming the way we think about farming and food production. Focusing on restoring soil health, enhancing biodiversity, and promoting sustainable practices aims to heal the land while producing nutritious food. But how does this movement influence the equipment and automation systems you use in the [agricultural industr](https://sterlingcontrols.com/industries-applications/agriculture/)y today? Specifically, what role do automated batching systems play in supporting these regenerative principles? ## Key Principles At its core, regenerative agriculture emphasizes soil vitality, ecosystem restoration, and biodiversity. Unlike conventional farming methods that often deplete resources, regenerative practices work to rejuvenate them. This means nurturing the soil microbiome, encouraging diverse plant species, and fostering natural habitats. ## Innovations in Process Equipment As regenerative principles continue to shape the landscape of food production, innovations in process equipment are evolving to meet the demands of this sustainable approach. Modern systems focus on minimizing waste, improving ingredient traceability, and handling more diverse raw materials. ## Focusing on Automated Batching Systems [Automated batching systems](https://sterlingcontrols.com/products-capabilities/batching-weighing/batching-systems/) have become essential in modern food processing. These systems can handle multiple ingredients, accommodating various types to support a wide range of formulations and recipes within a single setup. This flexibility is vital when incorporating diverse, locally sourced ingredients common in regenerative agriculture. By adapting to different inputs, these systems enable you to create products that align with regenerative values, going a step beyond sustainability by restoring, renewing, and improving the environment. ## Real-Time Quality Monitoring Technologies Advancements in sensors and analytics have enhanced batching processes. Real-time monitoring ensures that each ingredient meets high standards of nutritional value, safety, and sourcing practices. This level of oversight supports the use of raw materials that adhere to regenerative standards. With precise control over quality, you can maintain consistency while embracing the variability inherent in locally sourced ingredients. ## Waste Minimization Techniques Designing your process equipment with waste reduction in mind is another way to support regenerative practices. Efficient batching systems minimize material loss, reducing your production’s environmental footprint. By conserving resources and optimizing usage, these technologies align with the regenerative goal of sustainability. ## Automation’s Contribution Automation is a driving force behind the efficiency and scalability of regenerative agriculture in food processing. By automating complex tasks, these systems allow you to produce at a higher rate while ensuring sustainability and quality. ## Enhanced Efficiency Automation significantly improves your production efficiency. By streamlining operations, it reduces manual labor and operational costs. This efficiency doesn’t just boost productivity. It also resonates with regenerative concepts by promoting the responsible use of resources. Automated systems can adjust quickly to changes, making them ideal for processes that require adaptability. ## Data Integration and Analysis Data plays a pivotal role in optimizing ingredient sourcing and batching. You can trace ingredients back to their origins through integrated systems, ensuring they meet regenerative criteria. Access to detailed information supports decision-making focused on purity, nutrition, freshness, and safety. This transparency is key to upholding regenerative principles. ## The Supply Chain Connection Sustainable supply chains are essential in regenerative agriculture. Ingredients sourced from farms practicing regenerative methods contribute to a healthier ecosystem. Process equipment and automation facilitate this by providing traceability and flexibility. Systems capable of handling multiple ingredients allow you to adjust formulations, incorporating a variety of sustainably sourced materials. ## Embracing a Sustainable Future Process equipment and automation are more than tools–they are enablers of a sustainable food system. You can produce high-quality products that support environmental health by integrating advanced technologies with regenerative principles. Embracing these innovations is a step toward a future where food production nourishes both people and the planet. ## Conclusion The future of food production is being shaped by practices that prioritize soil health, biodiversity, and ecosystem restoration. By focusing on regenerating the land and promoting sustainability, these methods offer a more resilient and environmentally responsible approach to farming. Automated process equipment, particularly [**batching systems**](https://sterlingcontrols.com/products-capabilities/batching-weighing/batching-systems/), plays a vital role in supporting these regenerative practices. With flexibility, efficiency, and precision, these systems allow for the use of diverse, locally sourced ingredients while ensuring high-quality production. Innovations like real-time monitoring, waste reduction, and data integration further enhance sustainability by optimizing resource use and minimizing waste. By combining automation with regenerative farming methods, we can create a food system that not only nourishes people but also heals and sustains the planet, paving the way for a healthier, more sustainable future. ## Next Steps With more than 50 years of expertise in custom engineering process control and automated solutions like ingredient batching systems, Sterling Systems & Controls proudly has a wide range of experience with agriculture systems.[ Contact us today](https://sterlingcontrols.com/contact/) to discuss how our process control, batching & weighing, and other process solutions can align with your goals, and how you can continue your journey towards manufacturing excellence! ## Post navigation [< Back](https://sterlingcontrols.com/blog/sterling-systems-controls-at-ippe-2025-what-you-need-to-know/) [Next >](https://sterlingcontrols.com/blog/optimizing-industrial-processing-with-major-ingredient-batching-systems/) **Categories:** Blog --- ### [Sustainability in Manufacturing: How Process Control Can Drive Green Initiatives](https://sterlingcontrols.com/blog/sustainability-in-manufacturing-how-process-control-can-drive-green-initiatives/) **Published:** March 7, 2025 **Author:** sitemanager@wpmanager.io **Content:** # Sustainability in Manufacturing: How Process Control Can Drive Green Initiatives Sustainability has become a core focus for manufacturers. Adopting sustainable manufacturing practices is no longer optional, whether driven by regulatory requirements, consumer demand, or a genuine environmental commitment. At Sterling Systems & Controls, we recognize the critical role of process control systems in advancing these green initiatives. Manufacturers can take meaningful steps toward a greener future while maintaining operational efficiency by optimizing resource use, reducing waste, and reducing energy consumption. ## The Role of Process Control in Sustainability Process control is about optimizing production processes to achieve desired outcomes efficiently. When applied with sustainability in mind, it can help manufacturers use raw materials wisely, minimize emissions, and decrease resource consumption. These efficiencies reduce environmental impact and create cost savings through better energy use and less waste. For example, [precision ingredient batching systems](https://sterlingcontrols.com/products-capabilities/batching-weighing/kitchen-batching-system/) enable manufacturers to accurately measure and mix materials. This reduces overuse and mismanagement of materials that might otherwise be wasted, offering a clear environmental advantage. Automation is another key area where process control drives sustainable manufacturing practices. [Automated systems](https://sterlingcontrols.com/products-capabilities/controls-automation/) allow manufacturers to monitor operations in real time, quickly identifying inefficiencies or problems that could lead to wasted resources or higher energy use. Automation can improve consistency in industries like food processing or feed milling while significantly reducing waste. ## Practical Strategies for Building Sustainable Practices Into Process Control When integrating sustainability into manufacturing operations, having the right tools is just as important as adopting the right mindset. Below are some actionable strategies manufacturers can implement using process control: ### **1. Energy Monitoring and Management** Tracking energy consumption across operations provides insights into where improvements can be made. Integrating process control software with monitoring systems allows facilities to pinpoint high-energy equipment or processes and make adjustments to lower their impact. ### **2. Reducing Material Waste** Our material weighing systems are designed for precision and efficiency. By accurately measuring inputs, manufacturers avoid the overuse of raw materials. This is especially beneficial in facilities handling valuable resources like micro-ingredients or specialized chemicals. ### **3. Optimizing Batch Processing** Batch automation systems ensure optimal resource use during production cycles. These systems streamline batching processes by monitoring every stage of production—from ingredient mixing to final output—helping manufacturers meet quality standards without wasting time or materials. ### **4. Data-Driven Improvements** Data management tools like our [SandTrack™ software](https://sterlingcontrols.com/products-capabilities/controls-automation/data-management-for-fracturing-sand-facilities/) for fracturing sand facilities provide a historical view of operations, offering insights into trends or recurring inefficiencies. Leveraging such data helps plant managers refine processes over time, with sustainability as a key goal. ## Success Stories: Sustainable Manufacturing in Action One of our clients in the [food processing industry](https://sterlingcontrols.com/case-study/minor-ingredient-weighing-batching-system/) sought an automated kitchen batching system to reduce ingredient waste and streamline workflows. By implementing one of our customized solutions with automated batching controls, they significantly cut down material loss during production runs. This improved their efficiency and advanced their sustainable manufacturing practices by reducing landfill contributions. Sustainability isn’t just theoretical—it’s practical and achievable when paired with the right technology. ## The Benefits of Sustainable Manufacturing Practices Incorporating environmentally friendly practices into manufacturing goes beyond compliance or public relations. Facilities that embrace process control systems aligned with green initiatives are more adaptable to changing market demands and regulatory landscapes. There’s an undeniable financial benefit to sustainability efforts too. Reduced material waste translates into lower operating costs, while energy savings contribute directly to profitability. And as consumers increasingly support brands that prioritize environmentally responsible operations, sustainability becomes a competitive advantage. ## The Path Forward At Sterling Systems & Controls, we’ve been helping manufacturers optimize their operations for over 50 years. We understand that sustainable manufacturing practices start with intentional design and smart execution. As we look ahead, the link between process control and sustainability will only grow stronger. By adopting advanced technologies and focusing on efficiency at every level, we can create opportunities for manufacturers to thrive while safeguarding the planet’s resources. When you’re ready to explore how process control can advance your green initiatives, [let’s talk](https://sterlingcontrols.com/about/request-a-quote/) about what we can build together. Sustainable solutions are not just good for business—they’re good for everyone. ## Post navigation [< Back](https://sterlingcontrols.com/blog/optimizing-industrial-processing-with-major-ingredient-batching-systems/) [Next >](https://sterlingcontrols.com/blog/why-small-companies-excel-in-custom-engineered-process-control-systems/) **Categories:** Blog --- ### [Industry 5.0: Evolution or Revolution?](https://sterlingcontrols.com/blog/industry-5-0-evolution-or-revolution/) **Published:** December 10, 2024 **Author:** p1ws **Excerpt:** Is Industry 5.0 the next major leap in industrial technology, or simply an extension of Industry 4.0? Proponents argue that Industry 5.0 represents a shift towards human-machine collaboration, sustainability, and personalized production. Critics, however, suggest it’s just a rebranding of existing concepts from Industry 4.0. This blog examines both sides of the debate, exploring whether Industry 5.0 is truly revolutionary or an evolution of current trends. **Content:** # Industry 5.0: Evolution or Revolution? As we continue into the age of rapid technological advancements, the concept of Industry 5.0 has emerged, initiating some lively discussions in industrial markets. Industry 4.0 has brought unprecedented automation, connectivity, and data-driven decision-making. Proponents of 5.0 say this latest industrial advancement represents a new chapter in the industrial narrative. Supporters see a future where advanced technologies, such as artificial intelligence (AI), robotics, and the Industrial Internet of Things (IIoT), are tightly integrated into everyday operations, strongly emphasizing human-focused values and sustainability. The perspective of 5.0 as a new revolutionary chapter positions it as a groundbreaking shift, one that wants to balance technological advancements with the requirements and well-being of workers. Concepts such as personalized manufacturing (versus mass production), where products are tailored to individual consumer preferences, and collaboration between workers and machines, are at the forefront of the 5.0 discussion. Proponents of 5.0 argue that this is crucial for creating industries that thrive in a rapidly changing world, because they are more resilient and adaptive to changing requirements and situations. However, doubts are widespread. Critics of 5.0 contend that it is not a revolutionary step but an extension of the existing advancements already established by Industry 4.0. Critics argue that the emphasis on collaboration and industrial sustainability has always been in the industrial conversation and that “Industry 5.0” is simply a marketing tool or buzzword and not a genuine breakthrough or revolution from 4.0. The debate between proponents and critics of 5.0 raises essential questions about the nature of technological innovation, the impact of technology on the workers, and whether the new 5.0 phrase adds any real value to our understanding of industrial progression. In this blog post, we explore both perspectives of 5.0, weighing the positions for and against 5.0 being a revolutionary leap in the continuing industrial revolution or whether it is just industrial evolution. Ultimately, we suggest this concept may be more artificially constructed by its proponents and supporters than a significant move and shift in the ongoing industrial journey. ## A Look in the Rearview Mirror: The Industrial Revolutions To set the stage for understanding 5.0, it’s essential to reflect on the major advancements in industrial revolutions that have shaped our world today. Each step has brought about significant changes in technology, society, the economy, and influence in how industries function. *Industry 1.0 (Late 18th to Early 19th Century):* Often referred to as the First Industrial Revolution, this marked the transition from the agriculture-based economies that existed before the industrial revolution, to the advent of industrialized societies. The introduction of machines powered by water and steam transformed industries, particularly textiles and manufacturing. Innovations such as the “spinning jenny” (textiles), steam engine (various industries), and power loom (textiles) not only increased the capacity of the production process, but also reduced reliance on manual labor. The steam engine also ushered in major changes in transportation. These shifts led to the establishment of factories, drawing workers from rural areas into urban centers, and fundamentally altering social structures and labor market trends. *Industry 2.0 (Late 19th Century):* The next industrial revolution, sometimes called the Technological Revolution, saw the advent of electricity and mass production techniques, including the assembly line, being used in the meatpacking and textile industries. While credited with the advancement of the assembly line, Henry Ford did not begin using this technique until the early 20th century. These techniques developed in the late 19th century enabled companies to produce goods on a scale never seen before. Expanding railroads and telegraphs also facilitated faster communication and transportation, further integrating markets and stimulating economic growth. *Industry 3.0 (Late 20th Century):* The third industrial revolution began in the 1960s and continued through the 1980s, so late 20th-century timeframe. The advent of computers and automation characterized the Third Industrial Revolution. This period marked a significant shift as businesses began to adopt information technology in their business operations. Robotics, computer-aided design (CAD), programmable logic controllers (PLCs), and the personal computer (PC) transformed production lines and process manufacturing industries and society as a whole, enhancing efficiency, capacity, consistency, and more. Data collection and analysis became an integral part of decision-making processes, allowing companies to improve their operations based on real-time information and decisions. This era also saw the significant continuation of globalization, with companies leveraging technology to expand their reach into international markets easily. ![](https://sterlingcontrols.com/wp-content/uploads/Screenshot-2024-11-14-125912.png "Screenshot 2024-11-14 125912 | Sterling Systems & Controls")*Industry 4.0 (Very Late 20th Century to Present Day):* Often described as the era of connectivity because it has been characterized by the rapid advancement of digital technologies, Industry 4.0 integrates computational elements with physical processes, the Industrial Internet of Things (IIoT), the continued evolution of personal mobile communications, and big data analytics, all of which are revolutionizing manufacturing processes. Smart factories are now the gold standard of process manufacturing, where machines, devices, and systems communicate with each other to optimize production in real-time. This connectivity level allows for unprecedented efficiency and adaptability improvements, enabling manufacturers to react swiftly to changing consumer and market demands. Technologies such as artificial intelligence (AI), cloud computing, and advanced robotics play a crucial role. ## Bridging to Industry 5.0 With this historical context, it makes sense that we see 5.0 emerge as a natural step from the previous industrial revolution eras, addressing the challenges and opportunities left by its predecessors. Each industrial revolution should build on the previous, creating a continuous flow of innovation rather than isolated events. Think about it: Industry 4.0 is providing us with incredible advancements in automation, as well as [data management](https://sterlingcontrols.com/blog/data-integration-methods-batch-control-systems-and-erp/) and analytics, delivering an era of smart factories where sensors and machines work together in a system of production. But with all that technological marvel, we also see some significant challenges—job displacement, lack of a skilled workforce, significant cybersecurity concerns, and an increasing awareness of our environmental footprint. As companies wrestle with these issues, it has become clear that innovations had to address not just productivity, but also the people behind the processes and the planet we all inhabit. 5.0 aims to bridge this gap by integrating the advanced technologies of 4.0 with a focus on the experience in the workplace by the company personnel. Technology should enhance our capabilities, not replace them. Imagine factories where robots and humans work side by side, each contributing their strengths to create something. This people-focused approach marks a new shift from the previous eras, which often prioritized production and process efficiency over the well-being of workers. Industrial sustainability plays a pivotal role in shaping this evolving industrial landscape. With climate change and environmental degradation being of increasing interest to society, industries are increasingly asked to or required to adopt practices that balance their profitability with environmental responsibility. This isn’t just a passing trend; it’s been a shift in mindset developing for decades. In this light, 5.0 isn’t just about the latest technology; it’s about ensuring that innovation lines up with the ethical responsibilities society has begun to say that manufacturing has to our planet and future generations. As we look forward, its proponents say that 5.0 represents more than just a new label; it’s an opportunity for businesses to learn from the past. It challenges process manufacturers to rethink approaches and adapt to a world where societal values are front and center. The future isn’t just about what technology can do; it’s about how we can use that technology to enhance our lives, foster creativity, and build a sustainable future. ## The Case for Industry 5.0 as a Revolutionary Transformation ![](https://sterlingcontrols.com/wp-content/uploads/HUMAN-MACHINE-COLLABORATION-1024x403.png "HUMAN MACHINE COLLABORATION | Sterling Systems & Controls")Supporters of 5.0 argue that the components they purport as 5.0 signify a shift in how industries operate, mainly due to its focus on practices designed with workers in mind, and sustainability. Here are the highlights: *Human-Machine Collaboration:* One of the primary and standout features of 5.0 is purported to be its emphasis on collaboration between humans and machines. Rather than replacing human workers, advanced technologies are designed to complement their skills. A potential example is the replacement of manual ingredient batching with semi-automatic operator-involved batching stations. This collaboration is said to boost productivity and is believed to usher in a more creative workforce. *Sustainability Matters:* Advocates of 5.0 argue that emphasizing sustainable practices and corporate responsibility is evidence of its status as a revolutionary step forward. As consumers increasingly prioritize environmental consciousness, manufacturers are compelled to adopt environmentally friendly practices and demonstrate accountability. This shift aligns with society’s growing expectations for transparency and sustainability in manufacturing and corporate operations. *Scalable Customization:* With the advent of AI and advanced analytics, 5.0 offers the ability for manufacturers to personalize products and services. This ability to adjust offerings to individual consumer preferences marks a significant shift from the approach that one-size-fits-all. A saying from the early 20th century is what Henry Ford is purported to have said about car color; “Any customer can have a car painted any color that he wants so long as it is black”. *Emerging Technologies Integration:* Proponents of 5.0 believe that it fully utilizes emerging technologies like AI, blockchain, and advanced robotics in ways that Industry 4.0 did not, and that this integration will lead to improved productivity and quality, as well as reduced costs across the board. ## The Argument Against Industry 5.0 as a Revolutionary Concept Despite some enthusiasm surrounding the 5.0 definition and purported components, there’s a significant contingent of critics who argue that it is merely the continued results of and an extension of 4.0; that 5.0 lacks the true groundbreaking significance that its proponents claim, and like the previous Industrial Revolution steps had. Here are several points that explain this position: ![](https://sterlingcontrols.com/wp-content/uploads/image-1.png "image | Sterling Systems & Controls")*Evolution, Not Revolution:* Critics assert that the changes being included as 5.0 are simply the natural progression and results from that which was established in Industry 4.0. For example, the integration of workers with automation is not a new concept; it has been a leading focus and point of industrial changes for decades. Throughout the 20th century as process controls and automation advanced, manufacturers have sought to find the best balance between worker “gut” intuition and machine operational efficiency, a process that has evolved steadily rather than erupting into a new awareness, shift, or paradigm. The discussion surrounding human-machine collaboration in 5.0 echoes discussions that began many years ago, making it far less of a revolutionary leap, and more of an incremental continuing change. *Marketing Speak and Buzzwords:* Many view the term “Industry 5.0” as a marketing strategy rather than an indication of real industrial innovation. In an age where technological advancements are rapidly changing, the creation of new labels can mask real progress. By coining a new phrase/term, proponents of 5.0 risk diluting the meaningfulness of the advancements continuing to be made in Industry 4.0. This can lead to confusion, as many people may struggle to distinguish between genuine innovation and what is just a rebranding of existing technological innovation as it is implemented, and results are realized. *Complexity Without Clear Benefits:* The push for closer collaboration between humans and machines could introduce additional complexity into production processes. While proponents suggest that this integration will lead to greater efficiency, critics argue that industries may struggle to implement these changes effectively. For example, training employees to work alongside advanced robotics requires time and resources, which may not yield immediate returns. If businesses are unable to navigate this complexity, they may face inefficiencies that could hinder productivity rather than enhance it. *Distraction from Core Issues:* The buzz surrounding 5.0 may divert attention from more pressing industry challenges, such as labor practices, employee training, and infrastructure improvements. Critical foundational issues might get overlooked by framing the conversation around a new paradigm. For instance, the ongoing need for upskilling workers to adapt to automated environments remains a significant concern. While focusing on the concept of 5.0, stakeholders might neglect to address these essential areas, potentially stalling genuine progress. *Technological Dependence:* One key concern about 5.0 is the continued increasing reliance on digital systems, which introduces potential vulnerabilities. As industries become more interconnected, the risk of cyberattacks escalates, potentially disrupting production, compromising sensitive data, and affecting entire supply chains. While the continued search for technological innovation and collaboration is undeniable, it sometimes overlooks essential safeguards that are needed to protect against threats. This imbalance could leave industries underprepared for future cyber risks, raising questions about the long-term suitability of heavy dependence on technology and digital systems. *Impact on Employment:* Proponents of 5.0 argue that human-machine collaboration will create new job opportunities, but critics are concerned that automation may lead to job losses instead. As machines become more capable of handling repetitive tasks, roles that rely on manual labor could be phased out in favor of automation. This shift might result in significant job displacement, potentially deepening existing inequalities in the workforce. Rather than promoting collaboration, the reality of 5.0 could inadvertently create a divide between technological advancements and workforce stability, leaving some segments of the population behind. What do those workers who are suited to and desire manual labor do next? Not all are suited to retraining for higher skill-level positions, and there may not be enough of those new jobs to go around. The impact on individuals and families could be more significant than thought. *Industrial Sustainability Concerns:* Although advocates of 5.0 emphasize sustainability, there are valid concerns about the environmental impact of increased technological integration. The production and disposal of high-tech equipment contribute to e-waste, and the energy consumption of smart factories may sometimes offset the sustainability benefits they aim to provide. Essentially, the pursuit of new technologies under the label of 5.0 could unintentionally result in practices that contradict the sustainability goals it sets out to achieve. These challenges require careful consideration to avoid unintended negative outcomes. ## Conclusion: An Artificially Created Concept? So, where does that leave us? As we explore the various viewpoints on 5.0, it’s evident that while the arguments for this 5.0 as a next step in the industrial revolution are compelling; offering a vision of a sustainable, worker-centered future; the concept may be more of a marketing tactic and gimmick than a true industrial revolution. The themes of collaboration, sustainability, and personalization promoted by 5.0 aren’t new; they’ve been a significant part of the innovation conversation since the advent of 4.0. This doesn’t diminish their importance, however, but it’s important to recognize how much is built on previous advancements. As manufacturing industries continue to adapt, we need to bear in mind that progress often will be built on top of the foundations laid by those that came before us. Rather than viewing 5.0 as a daring new frontier, it seems more realistic to see it as a continuation of the overall journey in the industrial revolution. This perspective helps us appreciate how each phase (1.0, 2.0, 3.0, and 4.0) shapes our current tools and practices. It’s essential for everyone to critically evaluate what this new term 5.0 really signifies. Are we genuinely innovating, or simply rebranding existing ideas? By asking these questions, we can ensure that our focus remains on meaningful and innovative improvements, rather than getting lost in the “buzz”. ## Next Steps The future is unpredictable. However, innovation continues to produce advanced technologies like Industry 4.0 that promise to take the manufacturing process to another higher level. And this is a necessity. But let’s not get lost in marketing buzzwords. Rather, closely understand and evaluate innovation. With over 50 years of expertise in custom engineering process control and automation systems, automated ingredient batching systems, material weighing, liquid handling, and other bulk material handling solutions for a wide range of process industries, Sterling Systems & Controls proudly has the experience to provide you with expert guidance to achieve your automation and process improvement goals. [**Contact us today**](https://sterlingcontrols.com/contact/) to discuss how our knowledge and expertise can align with your goals and how you can continue your journey toward manufacturing excellence! ## Post navigation [< Back](https://sterlingcontrols.com/blog/essential-dust-control-measures-for-safe-and-efficient-manufacturing/) [Next >](https://sterlingcontrols.com/blog/embracing-efficiency-the-shift-to-semi-automatic-batching-in-baking-and-pet-food-treat-production/) **Categories:** Blog --- ### [Sterling Systems & Controls at IPPE 2025: What You Need to Know](https://sterlingcontrols.com/blog/sterling-systems-controls-at-ippe-2025-what-you-need-to-know/) **Published:** January 17, 2025 **Author:** p1ws **Content:** # Sterling Systems & Controls at IPPE 2025: What You Need to Know Sterling Systems & Controls is excited to announce our participation in the upcoming IPPE Show – [International Production and Processing Expo](https://www.ippexpo.org/) on **January 28–31, 2025, at the Georgia World Congress Center in Atlanta, GA**. IPPE is the go-to event for poultry, egg, meat, and animal food professionals. As the world’s largest showcase of technology, equipment, supplies, and services in these fields, it’s a key hub for innovation and opportunity. With 1,432 exhibitors across 620,850 square feet of exhibit space, IPPE highlights the latest advancements and solutions shaping the future of production and processing. The event draws industry leaders at all levels, from C-suite executives to plant operations, engineering, and R&D professionals. Whether you’re looking to build connections, explore new technologies, or stay ahead of trends, IPPE is the place to be. Don’t miss this chance to connect, learn, and grow! ## Where to Find Us We’ll be exhibiting at **Booth #A921** in the Illinois Pavilion. ## What We’re Showcasing At this year’s show, we’ll highlight: - **Hand Prompt System: The ultimate entry-to-mid-size manual weigh batcher. Packed with features built to grow with you.** The Hand Prompt System is the perfect solution for businesses seeking a versatile, feature-rich manual batching system. Designed to handle a wide range of weighing and batching tasks, this system offers unparalleled reliability and scalability. - **6 Bin Micro-Batching System: The ultimate customizable automated batching control center for solids and liquids.** Achieve precise, efficient, and reliable batching with our **6 Bin Micro-Batching System**. Engineered to handle both solids and liquids, this automated batching solution is designed to meet your unique operational requirements, ensuring your materials are ## Don’t Miss Our Tech Talk! Sterling Systems & Controls is proud to present a special session during IPPE: **Presentation Title:** Top Five Tips to Ensure a Micro Ingredient Batching System Works for You **Speaker:** Deon Considine **Date:** Wednesday, January 29, 2025 **Time:** 11:30 AM EST **Location:** Theater A, Booth A244 Deon will share actionable insights on how to optimize your micro-ingredient batching systems for maximum efficiency and reliability. Mark your calendars—this is a session you won’t want to miss! ## Booth Hours Plan your visit to meet the Sterling team during these hours: - Tuesday, January 28: 10 AM – 5 PM - Wednesday, January 29: 9 AM – 5 PM - Thursday, January 30: 9 AM – 3 PM Whether you want to learn more about our products, discuss industry trends, or dive deeper into ingredient batching solutions, our team will be available to answer your questions and explore how we can help your business thrive. ## See You at IPPE 2025! Visit Sterling Systems & Controls at Booth #A921 in the Illinois Pavilion to learn how we can improve your operations. Don’t miss our Tech Talk session on January 29 at 11:30 AM in Theater A. For more information about IPPE, [visit the official event website](https://www.ippexpo.org/). We look forward to connecting with you! ## Post navigation [< Back](https://sterlingcontrols.com/blog/embracing-efficiency-the-shift-to-semi-automatic-batching-in-baking-and-pet-food-treat-production/) [Next >](https://sterlingcontrols.com/blog/regenerative-agriculture-how-it-shapes-process-equipment-and-automation/) **Categories:** Blog, News --- ### [Embracing Efficiency: The Shift to Semi-Automatic Batching in Baking and Pet Food & Treat Production](https://sterlingcontrols.com/blog/embracing-efficiency-the-shift-to-semi-automatic-batching-in-baking-and-pet-food-treat-production/) **Published:** January 6, 2025 **Author:** p1ws **Excerpt:** To meet rising standards for quality and consistency, baking and pet food & treat manufacturers are shifting to semi-automatic batching systems. This transition boosts efficiency and accuracy, reducing manual errors and supporting compliance, all while keeping costs manageable. Semi-automatic batching offers a practical middle ground for manufacturers, balancing automation benefits with flexibility and scalability for future growth. **Content:** # Embracing Efficiency: The Shift to Semi-Automatic Batching in Baking and Pet Food & Treat Production In both the baking and pet food & treat industries, a shift from manual processes to semi-automatic batch control systems is driving significant gains in production efficiency, accuracy, and product consistency. Meeting evolving consumer demands for quality, nutrition, and uniformity has placed pressure on manual batching, which is increasingly less feasible due to error rates, increasing production volumes, and complex formulations. As a result, many manufacturers are turning to semi-automatic batching as an affordable middle-ground between error-prone manual methods and fully automatic systems. This solution offers a balance between automation benefits, operational investment, and flexibility. ## Why a Batch Control System Matters Batch control systems are essential in any production environment where measurement precision and formulation accuracy directly impact quality, consistency, and safety. In baking and pet food & treat production, ingredients must be consistently measured and mixed to meet nutritional, flavor, and regulatory standards. A reliable batch control system not only improves quality but also aids in regulatory compliance. With increased automation, batch control systems help manufacturers reduce labor costs, waste, and improve throughput. These factors keep manufacturers competitive, allowing them to meet shifting consumer expectations and adapt to market demands. ## The Main Types of Batching Systems When upgrading, it’s useful to understand the primary types of batch control systems: manual, semi-automatic, and automatic. **Manual Batching Systems**: Typically used by smaller companies, manual systems rely on operators to manage each step, from ingredient measurement to mixing and record-keeping. While cost-effective and flexible, they are labor-intensive and prone to human error, which can lead to inconsistencies in product quality. **Semi-Automatic Batching Systems**: A semi-automatic batch control system combines manual oversight with automated assistance, particularly in prompting the correct ingredients, ingredient validation, ingredient weighing and lot tracking. Operators manage the overall process while the automated component handles accuracy in measurements, validation, and batch tracking. Semi-automatic systems, such as [hand prompt batching stations](https://sterlingcontrols.com/products-capabilities/batching-weighing/hand-prompt-batching-station/) and [kitchen batching systems](https://sterlingcontrols.com/products-capabilities/batching-weighing/kitchen-batching-system/), reduce manual errors and improve efficiency. They are ideal for manufacturers aiming to streamline operations while maintaining some manual control and flexibility. **Automatic Batching Systems**: These fully automated systems handle all aspects of batching with minimal operator involvement. From ingredient feeding and weighing to mixing and documentation, automatic systems are highly efficient and best suited for high-volume manufacturers. However, they require higher initial investment and skilled personnel for maintenance, making them less practical for smaller operations. For large-scale manufacturers prioritizing consistency and throughput, fully automatic systems are invaluable. Understanding these categories helps manufacturers assess the system best suited to their production needs and budget. For companies balancing investment, efficiency and adaptability, semi-automatic systems often offer the most practical solution. ## Advantages of Semi-Automatic Batching Systems Switching to a semi-automatic batch control system offers advantages in accuracy, efficiency, and scalability: **Enhanced Accuracy and Consistency:** Semi-automatic systems reduce human error through automated weight reading and ingredient validation, ensuring batch precision. This accuracy is crucial in both baking and pet food production, where consistency builds product quality and brand loyalty.![](https://lh7-rt.googleusercontent.com/docsz/AD_4nXfxLxCDqogej-o7pI-MCod62KAhKaDPyAG8Nou2qXdzs6YxYX0vMJRrTyzkeZM5LC7NlMzMN8PfzaKbWWR_dIH6CKg-9kqkpwZUQFgYXy0XXoNtgZxRhcvBgCRUTFZP-MekoLa7keRAXuoTUKcyBxE?key=IUqojG-ufPSw220cIsaObYNP) **Increased Efficiency and Reduced Labor Costs**: By automating specific steps, semi-automatic systems allow operators to focus on tasks rather than procedural tracking. This efficiency shift can reduce labor costs per batch, improve performance, and minimize rework, enabling facilities to handle higher production rates without increasing staff. **Waste Reduction:** Semi-automatic systems’ precision in measurement and ingredient validation minimizes errors, reducing waste and improving cost control. This accuracy also supports sustainability by reducing ingredient overuse. **Improved Compliance and Tracking:** Built-in ingredient lot tracking and validation of the batch lets manufacturers monitor batches in real-time, providing traceability for easier regulatory and quality system compliance. If recalls or inspections are needed, accurate batch data can be invaluable.Scalability and Adaptability: Semi-automatic systems allow manufacturers to scale up or down easily. As production demand grows or new products are added, these systems can adapt without a complete overhaul, particularly if the batch control system uses an open database language like Microsoft SQL or SQL Express. Semi-automatic batching systems have proven valuable in both baking and pet food manufacturing, where ingredient accuracy and consistency are critical. Unlike manual batching, which depends heavily on operator skill and attention to detail, semi-automatic systems reduce potential errors by automating essential components, such as ingredient validation and weighing, operator prompting, and real-time ingredient lot and batch tracking. This results in a streamlined process that is both efficient and adaptable to various recipes and production scales, allowing manufacturers to respond quickly to shifts in consumer demand. In pet food manufacturing, these systems help meet stringent health and safety standards that require precise [nutritional content](https://sterlingcontrols.com/blog/boosting-gut-health-how-automated-batching-systems-support-optimal-nutrition/) in every batch. Pet food must often adhere to strict industry and regulatory guidelines for nutritional balance, which varies by product type. A semi-automatic batch control system can manage multiple recipes, ensuring that both standard and specialty products meet nutritional specifications without over-relying on manual checks. This accuracy helps prevent recalls or compliance issues, which are crucial for maintaining consumer trust and brand reputation. For baking, precision is essential to achieve uniform quality, texture, and flavor across every batch. Ingredients like flour, yeast, and sugar must be carefully measured to deliver the same results each time, especially in high-volume production as small businesses reliant on manual batching grow. A semi-automatic batching system allows bakers to control ingredient quantities with far greater consistency than manual methods. The system also prompts operators to validate each ingredient added, reducing the risk of missed steps or ingredient swaps—common pitfalls in manual processes. Furthermore, semi-automatic systems support scaling up production without losing the artisanal quality that consumers expect, making it easier to meet demand without compromising on quality. Semi-automatic systems also facilitate seamless data management, which is increasingly valuable in both industries. These systems typically track batch data in real time, providing a digital record of each batch’s ingredient sources, quantities, and process times. For manufacturers, this traceability improves accountability and eases compliance with regulatory requirements. In the event of a quality issue, the recorded data enables quick and accurate batch recalls, reducing the potential for wide-scale product recalls and protecting brand integrity. By investing in semi-automatic batch control systems, baking, and pet food, manufacturers can improve operational flexibility, maintain high product standards, and reduce costs, positioning themselves as agile and reliable players in their respective markets. Transitioning from a manual to a semi-automatic batch control system is a smart, strategic move for manufacturers in the baking and pet food & treat sectors. This shift boosts accuracy, cuts labor costs, and enhances overall production efficiency—all while preserving flexibility and ensuring compliance with industry standards. Embracing semi-automatic batching goes beyond simple technological advancement; it’s a long-term investment in consistent quality and scalable production. As a practical middle ground between fully manual and fully automated processes, semi-automatic systems empower manufacturers to meet today’s demands with improved consistency and prepare for future growth, adapting seamlessly to an evolving market. ## Next Steps With over 50 years of expertise in custom engineering solutions for a wide range of industries in dry material weighing and batching, process controls, and bulk material handling systems, Sterling Systems & Controls proudly has the experience to provide you with expert guidance to achieve your batching, automation and process improvement goals. [Contact us today](https://sterlingcontrols.com/contact/) to discuss how our knowledge and expertise can align with your goals, and how you can continue your journey toward manufacturing excellence! **Categories:** Blog --- ### [Improving Efficiency in Hydraulic Fracturing: The Key Role of Automated Frac Sand Handling Systems](https://sterlingcontrols.com/blog/improving-efficiency-in-hydraulic-fracturing-the-key-role-of-automated-frac-sand-handling-systems/) **Published:** November 19, 2024 **Author:** p1ws **Excerpt:** Automated frac sand handling systems are transforming hydraulic fracturing by streamlining sand delivery, reducing labor, and enhancing accuracy. These systems manage everything from unloading railcars to precise truck loading, improving safety and operational efficiency. Partnering with a specialized automation provider allows for tailored solutions that meet the growing demand for natural gas while optimizing performance in a competitive industry. **Content:** # Improving Efficiency in Hydraulic Fracturing: The Key Role of Automated Frac Sand Handling Systems Hydraulic fracturing has transformed natural gas extraction by unlocking resources once considered unreachable. Central to this process is frac sand, which keeps fractures open and allows gas to flow freely. Efficient delivery of this sand is essential, and automated frac sand handling systems are making a significant impact. ## The Importance of Frac Sand in Hydraulic Fracturing Frac sand acts as a proppant (a material used to “prop open”), holding open the fractures created during hydraulic fracturing process. Without it, the fractures would close, reducing gas flow and diminishing the well’s productivity. The quality and timely delivery of frac sand optimizes the operation. ## Challenges in Frac Sand Delivery Transporting frac sand from mines to well pads involves complex logistics. Sand is typically shipped by rail to processing facilities, then transferred to storage silos before being loaded onto trucks for delivery to drilling sites. Manual handling at any stage can lead to delays, errors, and increased costs. ![](https://sterlingcontrols.com/wp-content/uploads/RailcarScreen-1-1024x576.png "RailcarScreen (1) | Sterling Systems & Controls") ## Automation Enhances Efficiency Automated frac sand handling systems streamline the entire process, reducing manual labor and improving accuracy. Automation addresses several key areas: #### **Automated Railcar Unloading** Automating the unloading of railcars allows facilities to transfer sand to storage silos swiftly and safely. Graphical interfaces provide real-time monitoring, enabling operators to oversee operations without direct physical involvement. #### **Precision Truck Loading** Automated systems ensure that trucks are loaded with the correct amount and type of sand. Visual indicators display equipment status, and touch-screen controls enable precise adjustments. This level of control minimizes errors and enhances throughput. ![](https://sterlingcontrols.com/wp-content/uploads/TruckFillingScreen-1-1024x576.png "TruckFillingScreen (1) | Sterling Systems & Controls") #### **Equipment Monitoring and Alarms** Continuous monitoring detects any abnormal conditions. Alarm systems alert operators to issues immediately, allowing for quick responses. Historical data logging aids in maintenance and future planning. ## Finding the Best Controls/Automation Supply Partner: A Leader in Automation Because of the special needs of frac sand distribution and the hydraulic fracturing process, it is recommended to find and work with a controls/automation supply partner that specializes in providing advanced solutions for frac sand handling. Expertise in process controls and automation is necessary, along with application process knowledge. Finding a partner positioned at the forefront of the industry is key. #### **Customized Process Controls** The optimal supply partner for your hydraulic frac sand distribution control and automation system will typically provide [tailored systems](https://sterlingcontrols.com/products-capabilities/controls-automation/process-controls-automation/) that match specific equipment and processes. This is essential in specialized applications such as frac sand processing and distribution. By focusing on custom solutions, your chosen controls and automation supply partner will be able to enhance efficiency and reliability. #### **Sand Facility Automated Control Systems** Automated control systems should integrate cutting-edge software and hardware. An example is to include Rockwell Automation FactoryTalk ME software (industry leader in the USA and Canada) and control panels for PLC and electrical drive controls. These systems should provide comprehensive control over [sand handling operations](https://sterlingcontrols.com/industries-applications/industrial-processing/sand-facility/). #### **Data Management Software** [Software](https://sterlingcontrols.com/products-capabilities/controls-automation/data-management-for-fracturing-sand-facilities/) that provides robust data management for fracturing sand facilities is essential. It should handle inventory tracking, activity logging, ticket printing, and management reporting. This software should bridge the gap between third-party systems and the frac sand processing and distribution control system, ensuring seamless operations. ## Benefits of Automated Frac Sand Equipment Implementing automated [frac sand equipment](https://sterlingcontrols.com/industries-applications/industrial-processing/frac-sand-handling-systems/) brings several advantages. Efficiency increases as processes become faster and more consistent. Accuracy improves with precise control over quantities and timing. Safety is enhanced through monitoring systems that reduce the risk of accidents. Access to detailed data supports better decision-making and optimization. ## Meeting the Growing Demand for Natural Gas As the demand for natural gas rises, the efficiency of hydraulic fracturing operations becomes increasingly important. Automated frac sand handling systems play a critical role in meeting this demand by ensuring that operations are effective and efficient. ## Conclusion As the demand for natural gas continues to grow, the efficiency of hydraulic fracturing operations is more critical than ever. Automated frac sand equipment and frac sand handling systems not only streamline the delivery process but also enhance accuracy and safety, ultimately driving productivity. Companies can tailor solutions that meet their unique operational needs by collaborating with a specialized controls and automation partner. This strategic approach optimizes sand handling and positions businesses to respond effectively to the evolving landscape of the energy sector. Embracing automation in frac sand operations is not just a choice—it’s a pathway to sustained success in a competitive industry. ## Next Steps Automation in frac sand handling is not just a technological advancement; it’s a strategic necessity. By adopting automated systems, the hydraulic fracturing and frac sand processing industries position themselves to meet challenges head-on. With over 50 years of expertise in custom engineering solutions for process control and automation of a wide range of applications, including frac sand processing and distribution, Sterling Systems & Controls, Inc. offers the expertise and solutions needed to enhance operations and drive success in the competitive field of hydraulic fracturing. [Request a quote](https://sterlingcontrols.com/about/request-a-quote/) today to get started with automating frac sand equipment. **Categories:** Blog --- ### [From Manual to Mastery: What is a Hand Prompt Batching Station?](https://sterlingcontrols.com/blog/from-manual-to-mastery-what-is-a-hand-prompt-batching-station/) **Published:** November 13, 2024 **Author:** p1ws **Excerpt:** The Hand Prompt Batching Station offers a transition from manual to semi-automatic ingredient batching, enhancing accuracy and reducing errors. By combining operator guidance with automation, it ensures precise measurements and compliance, making it an ideal, cost-effective solution for small to medium-sized manufacturers. **Content:** # From Manual to Mastery: What is a Hand Prompt Batching Station? In the world of process manufacturing, particularly in baking, pet food and treat manufacturing, and other process industries, ensuring accuracy and efficiency in batching together the ingredients required for each of your recipes is a critical challenge. You have dozens or more recipes, and perhaps from a few to a hundred or more ingredients. Many manufacturers find themselves stuck in outdated manual batching processes that are time-consuming and prone to errors. This post explores how you can go from your manual batching process to mastery of your ingredient batching by upgrading to using a Hand Prompt Batching Station. But exactly what is it? This post explores the Hand Prompt Batching Station, and its key features and benefits, illustrating why it can be an ideal choice for improving your ingredient batching process from the manual error prone process currently used. ## The Functionality of the Hand Prompt Batching Station The Hand Prompt Batching Station represents a significant advancement in the world of manual ingredient batching. It is a batch control system that skillfully blends operator involvement with automated processes. This hybrid model is considered a semi-automatic system that empowers operators that manually feed ingredients into batch containers, while being guided by a series of intuitive prompts and validations that appear on the batching station’s operator-interface screen. Scale weighment of each ingredient is automatically measured by the Hand Prompt Batching Station. This approach ensures that the correct ingredient is added, and that the weighment for each ingredient is as accurate as the scale chosen to be used and integrated with the batch control system. Such careful automated oversight enhances the consistency and accuracy of the batching process allowing for important quality checks by operators. ![](https://sterlingcontrols.com/wp-content/uploads/HAND-PROMPT-STATION-CROPPED-scaled.jpg "HAND PROMPT STATION CROPPED | Sterling Systems & Controls")Key Features: Automated Operator Instructions: The Hand Prompt Batching Station is a batch control system designed to streamline the batching process with step-by-step instructions automatically displayed based on the recipe selected for processing. These automated prompts significantly reduce operator confusion and manual errors, allowing operators to focus on the task at hand rather than worrying about procedural errors. Ingredient Validation: Every ingredient added by the operator is first meticulously verified against the specified recipe. This is a critical feature of a Hand Prompt Batching Station and guarantees that the correct ingredients are used in the proper proportions and order, minimizing or eliminating the risk of costly errors that can arise from ingredient mistakes. Lot Tracking and Batch Validation: Maintaining a detailed history of each batch and the ingredients contained in the batch, including the ingredient lot identification and traceability, is essential for quality assurance and regulatory compliance. The Hand Prompt Batching Station is a batch control system that records all relevant data, from ingredient lots to batch processing rates by operator, providing transparency and traceability that are vital for efficiency and in industries that have regulated oversight, such as food, pet food, animal feed, etc. This comprehensive tracking system not only aids in meeting compliance standards but also facilitates easier internal and regulatory audits and recalls if ever required. Barcode and RFID tag reading options exist to assist both lot tracking and batch validation. Standard Database Management: Data management is crucial to all process control applications and the Hand Prompt Batching Station is no exception. In fact, it exemplifies the need and use of a standard database language. Microsoft SQL or SQL Express is a standardized programming language used to manage and manipulate relational databases. A quality batch control system will use a standardized database management tool like SQL, not a proprietary system. The Hand Prompt Batching Station enhances efficiency, weighment/batch accuracy, and product quality/consistency in the batching process. The semi-automatic batch control combines automated control system guidance with human ingredient batching expertise. In this way it ensures that manufacturers can consistently provide high-quality finished products while optimizing their manufacturing operations. This batch control system is an ideal solution for industries where precision and accountability are paramount. ## Mitigating Human Error ![](https://sterlingcontrols.com/wp-content/uploads/HUMAN-ERROR-1.jpg "Horizontal portrait of sorrorful talented cooks curve lips and look with displeased expression, realize that pie get burned, left it for much time in oven. Unhappy woman and man have cooking failure | Sterling Systems & Controls")While manual ingredient feeding has the potential for errors, the Hand Prompt Batching Station incorporates robust verification requirements. By ensuring that each ingredient is confirmed before proceeding to the next step, the system significantly reduces the risk of mistakes. This approach eliminates the common pitfalls of manual batching, such as missed ingredients or incorrect measurements, which can lead to product inconsistencies getting to market and negative impact on consumer loyalty and demand. This is especially important for small to medium size businesses that have grown significantly and struggle with their original manual methods of producing batches of ingredients to make their products. The hand prompt batch control system also automates the tracking of where operators are in the batching process, so there’s no need to rely on printed recipes or manual checks. This level of automation greatly enhances the reliability of each batch produced, especially in an environment where the operator may be interrupted during the ingredient batching process. ## Cost-Effective and Scalable ![](https://sterlingcontrols.com/wp-content/uploads/HAND-PROMPT-SYSTEM-PERFORMIX-1024x830.jpg "HAND PROMPT SYSTEM PERFORMIX | Sterling Systems & Controls")Choosing the right batching system is an investment, and the Hand Prompt Batching Station stands out as a cost-effective alternative to fully automated solutions used by larger process manufacturers for higher capacity and throughput. Fully automated systems often require significant financial commitment and complex setups, making them less accessible for smaller to medium size manufacturers. By using a semi-automatic approach, manufacturers can streamline their processes without the heavy initial costs associated with fully automated systems. This flexibility makes the hand prompt batching station an appealing choice for businesses of varying sizes, allowing them to continue their growth and improve quality, consistency, efficiency, and even brand loyalty, all at their own pace. Another critical feature of the Hand Prompt Batching Station that relates directly to scalability is the database language used in capturing and storing all your ingredients, recipes, and production information including lot tracking and traceability information and data. Ensure that the Hand Prompt Batching Station you choose incorporates an open and standard database language such as Microsoft’s SQL or SQL Express. SQL, or Structured Query Language, is a standardized programming language used to manage and manipulate relational databases. SQL is widely used for database management in various applications, from small-scale systems to large enterprise environments. Its ability to work with data efficiently makes it a fundamental skill for developers and data analysts. This is an important feature of a Hand Prompt Batching Station allowing it to be scalable and to grow as your business grows. ## Emphasizing Precision and Consistency Accurate ingredient measurements are non-negotiable for ingredient batching in process manufacturing. The Hand Prompt Batching Station provides the necessary precision to ensure that each batch meets exact specifications. Automatic weighing reduces the likelihood of human error, contributing to consistent product quality. A variety of scale types and sizes can be integrated with the batching station and incorporate the accuracy, capacity, and resolution that you need. You also can set the weighment tolerance you need for each ingredient. The system’s lot tracking and batch validation features offer additional layers of safety. By maintaining a detailed record of each batch produced, manufacturers can ensure compliance with industry standards and improve product safety. This capability is particularly important in industries where quality assurance is paramount. ## Integration and Real-Time Data Management The ability to seamlessly integrate new systems into existing workflows is essential for many manufacturers. The Hand Prompt Batching Station can be connected to remote data management tools, allowing for real-time data access and analysis. This integration supports better decision-making and ongoing process optimization. [Integrating the hand prompt batching station with your ERP](https://sterlingcontrols.com/blog/data-integration-methods-batch-control-systems-and-erp/) is also possible and may provide added benefits. Moreover, the scalability of the system, as previously discussed regarding standard databases like SQL and SQL Express, means it can grow alongside your business. Whether you operate a small bakery or a larger pet food production facility, the Hand Prompt Batching Station can adapt to your changing business needs, ensuring that you can meet increasing production demands without sacrificing quality. ## Enhancing Efficiency and Quality Control ![](https://sterlingcontrols.com/wp-content/uploads/HANDPROMPTODDSWEIGHSCREEN-3-1024x559.png "HANDPROMPTODDSWEIGHSCREEN | Sterling Systems & Controls")The Hand Prompt Batching Station enhances efficiency and significantly improves quality control in the batching process. Automating the batching sequence reduces the time spent on ingredient preparation, allowing manufacturers to focus more on production. Barcode and RFID scanning options exist to help lot tracking, material traceability, and batch validation to ensure the best quality and regulatory compliance. This increased efficiency leads to higher output rates, crucial for meeting growing consumer demands. With accurate and consistent batching practices, manufacturers can assure their customers of high-quality products, fostering loyalty and satisfaction. ## Conclusion Transitioning from manual batching to a semi-automatic Hand Prompt Batching Station can truly transform your ingredient batching process. By blending operator involvement with automated guidance, you tackle the common pitfalls of manual batching—like errors and inefficiencies—head-on. This batch control system not only simplifies the process but also enhances accuracy, ensuring your products meet the highest standards, and brand loyalty is optimized for your business. For businesses, especially smaller to medium-sized ones, the Hand Prompt Batching Station offers a cost-effective solution that scales with your growth. You can streamline operations without the hefty investment of fully automated systems, all while maintaining quality and consistency. In the end, choosing to upgrade to a Hand Prompt Batching Station isn’t just about keeping up with the times; it’s about setting your business up for long-term success. With improved efficiency and a focus on quality, you can better meet customer demands and build loyalty. So, if you’re ready to leave the manual methods behind, this innovative batching solution might just be the key to unlocking your business’s full potential. ## Next Steps With more than 50 years of expertise in custom engineering process control solutions like the hand prompt batching station, Sterling Systems & Controls proudly has experience with batching and other process control systems. [Contact us today](https://sterlingcontrols.com/contact/) to discuss how our process control, batching & weighing, and other process solutions can align with your goals, and how you can continue your journey towards manufacturing excellence! ## Post navigation [< Back](https://sterlingcontrols.com/blog/enhancing-animal-healthcontrolling-the-pelleting-process/) [Next >](https://sterlingcontrols.com/blog/improving-efficiency-in-hydraulic-fracturing-the-key-role-of-automated-frac-sand-handling-systems/) **Categories:** Blog --- ### [Bearing Condition Monitors: Ensuring Longevity and Safety in Particle Size Reduction Equipment](https://sterlingcontrols.com/blog/bearing-condition-monitors-ensuring-longevity-and-safety-in-particle-size-reduction-equipment/) **Published:** August 28, 2024 **Author:** p1ws **Excerpt:** Ensure longevity and safety in particle size reduction equipment with advanced Bearing Condition Monitors. Learn how these systems protect rotating machinery, prevent failures, and enhance operational safety effectively. **Content:** # Bearing Condition Monitors: Ensuring Longevity and Safety in Particle Size Reduction Equipment In the ever-evolving world of[ process industries](https://sterlingcontrols.com/industries-applications/), where changes can happen suddenly and frequently, maintaining the efficiency and reliability of your process equipment is crucial. [Particle size reduction machines](https://www.praterindustries.com/solutions/particle-size-reduction/) play a vital role in diverse applications ranging from animal feed production to mining, food ingredients, and pharmaceuticals. These machines operate based on various principles and often endure demanding conditions. Bearing monitoring systems have become indispensable to protect the longevity of this essential rotating equipment and ensure operational safety. These systems are vital components of a preventative maintenance program and play a critical role in plant safety operations. In this blog post, we explore the importance of these monitoring systems, how they function, and why they are essential for effectively managing particle size reduction machines. ## The Role of Bearing Monitoring Systems #### Understanding Bearing Conditions Bearings are crucial components in rotating machinery. They support rotating parts and minimize friction between moving elements. In devices like grinding mills and classifiers, bearings face substantial stress due to high-speed rotations and heavy loads. Over time, this stress can lead to wear and tear, which, if not addressed, may result in bearing failures. Such failures can cause extensive equipment damage, lead to costly downtime, and pose safety hazards. #### What is it? A bearing condition monitor is an advanced diagnostic tool designed to evaluate the condition of bearings continuously. These systems track various parameters such as velocity, temperature, and acceleration to determine the health and status of the bearings in the equipment. By making real-time measurements of these variables, it provides predictive insights into the health of the machine. In this way, these systems help forecast potential issues before they occur and can help drive a preventative maintenance program for the machine. This proactive approach minimizes the risk of serious failures, enhances safety, and prevents equipment damage that could require costly repairs or machine replacement. ## The Importance of Bearing Condition Monitoring ![GRINDING PROCESS HMI PANELVIEW](https://sterlingcontrols.com/wp-content/uploads/GRINDING-PROCESS-HMI-PANELVIEW-SCREEN-REV-1-1024x640.png "GRINDING-PROCESS-HMI-PANELVIEW-SCREEN-REV-1 | Sterling Systems & Controls")#### Preventing Unexpected Downtime Unscheduled equipment downtime can significantly impact both productivity and profitability. Bearing failures can contribute to unexpected shutdowns in particle size reduction equipment. Monitoring the condition of the bearings helps monitor the machine’s health and mitigate this risk by continuously monitoring key indicators such as velocity, acceleration, and bearing temperature. Monitoring acceleration and velocity is particularly valuable for machine performance health. It assesses machine vibration and helps identify imbalances and misalignments, assesses bearing conditions, and evaluates load conditions. By detecting changes in acceleration, the system can identify deviations from average baseline operating performance, allowing personnel to schedule machine maintenance and address issues before they result in costly breakdowns. In addition to early detection of bearing problems, these systems may also help identify the root causes of issues, such as misalignment or imbalance due to other part wear. This supports more informed maintenance decisions and interventions. By integrating an output from the condition monitoring system to the process control PLC, which could be monitoring and controlling multiple pieces and types of equipment, with other maintenance management planning systems, these systems also facilitate the scheduling of maintenance during planned downtime, minimizing the potential for unexpected interruptions. This proactive approach is critical to the [implementation of a preventative maintenance strategy](https://sterlingcontrols.com/blog/preventative-maintenance-a-strategy-for-ensuring-system-reliability/). #### Enhancing Equipment Lifespan ![Grinding Process](https://sterlingcontrols.com/wp-content/uploads/GRINDING-PROCESS-HMI-PANELVIEW-SCREEN-CROP.jpg "GRINDING-PROCESS-HMI-PANELVIEW-SCREEN-CROP | Sterling Systems & Controls")Regular monitoring of high-speed particle size reduction equipment using a bearing monitoring system significantly extends the equipment lifespan by enabling the early detection and alerting of potential failures. As discussed previously, maintenance teams are notified of issues by continuously monitoring the critical parameters associated with the mill condition before they escalate into major problems. This proactive approach allows scheduling maintenance based on a warning rather than reacting to sudden breakdowns resulting in costly unplanned downtime. Consequently, integrating the predictive capabilities of these systems with a preventative maintenance program creates a comprehensive and holistic maintenance strategy. This integration will enhance the lifespan of your particle size reduction machinery. #### Ensuring Safety Safety is a paramount concern in any industrial setting. Bearing wear and failures in size reduction mills have the potential to cause severe equipment malfunctions, presenting significant risks to personnel and the surrounding environment. By employing a system to monitor the condition of the mill bearings holistically, potential safety hazards can be detected, and a controlled equipment shutdown process can be started to mitigate accidents. This proactive approach helps prevent equipment-related incidents, contributes to a safer work environment, and supports compliance with safety regulations. ## How Bearing Condition Monitoring Systems Work Key parameters measured include bearing temperatures, acceleration, and vibration for both inboard and outboard bearings. The sensors for each function are wired to modules using multi-conductor cabling. Typical bearing monitoring functions use an acceleration module for both temperature and acceleration. An acceleration module is used for both inboard and outboard bearings. A separate module and cabling connect sensors to a velocity module, one for inboard and one for outboard bearings. Monitoring temperature, acceleration, and velocity for each bearing set can be incorporated into standalone or integrated systems. An integrated bearing monitoring system is when an overall control system for the grinding and classifying function exists, and the mill bearing monitoring is integrated into the control system. Standalone systems are separate control panels strictly for the bearing monitoring function. 1. Velocity Monitoring: A velocity-sensing module is used to detect the speed at which vibrations move. This can indicate the intensity of the vibrations in the mill at the inboard or outboard bearing module. By identifying abnormal velocities, these systems can signal possible problems such as misalignment, imbalance, or bearing damage. 2. Temperature Monitoring: Elevated temperatures can indicate bearing problems, such as excessive friction or lubrication failure. These systems are equipped with temperature sensing capability to measure bearing temperature and alert maintenance teams to potential overheating conditions. 3. Acceleration: The accelerometers monitor acceleration, which is the velocity change rate. They can detect rapid changes in vibration levels, are sensitive to sudden changes, and are better at detecting these sudden problems. They can also monitor the intensity of the mill vibration over time. ![Bearing Conditioning Monitors](https://sterlingcontrols.com/wp-content/uploads/Rose-Acres-Jen-Acres-6156-Grinding-Screen-1-1024x559.png "Rose-Acres-Jen-Acres-6156-Grinding-Screen-1 | Sterling Systems & Controls")#### Monitoring of Critical Parameters Monitoring systems continuously monitor the various sensor modules. This is then compared to baseline data for the particle size reduction mill to assess the condition of the bearings. Baseline data is fundamental and must be obtained from the particle size reduction mill manufacturer and incorporated into the monitoring system by its manufacturer. Typically, these systems provide alarm/event notification of a warning or failure condition. #### Integration with Maintenance and Process Control Systems Many bearing condition monitoring systems can be used with existing maintenance management systems. This integration allows maintenance teams to schedule interventions and manage maintenance activities more effectively. Real-time alerts ensure that decision-makers have access to up-to-date information for timely action. The control of the grinding or milling process incorporates the mill health monitoring discussed in this blog post. In addition, the grinding or milling control system will monitor and use motor amperage and setpoint establishment to monitor overall machine health and performance. ## Benefits of Implementing Bearing Condition Monitoring #### Cost Savings A bearing monitoring system can yield significant cost savings by preventing unexpected equipment failures. These systems continuously monitor critical parameters such as velocity, acceleration, and bearing temperature. By comparing these parameters to baseline information, potential issues can be detected before they escalate into serious problems. This proactive approach helps avoid costly emergency repairs and replacements and allows for more effective maintenance scheduling, thereby managing maintenance budgets more efficiently. #### Increased Operational Efficiency Effective bearing condition monitoring enhances operational efficiency by reducing unplanned downtime and preventing breakdowns. Monitoring velocity and acceleration helps understand vibration levels while bearing temperature measurements provide insights into the thermal condition of the bearings. This comprehensive approach ensures consistent equipment performance, which is crucial in industries like feed manufacturing, food processing, pet food production, and pharmaceuticals, where precision and reliability are essential. Improved efficiency results in stable production processes and higher product quality, ultimately leading to greater productivity, operational stability, product quality, and safety. #### Data-Driven Decision Making Although the system does not store extensive historical data, it provides valuable real-time insights by monitoring and comparing parameters against baseline information. Immediate alerts are generated when velocity, acceleration, or bearing temperature deviates from normal ranges, allowing maintenance teams to address issues promptly before they develop into critical problems. This real-time feedback supports a proactive [preventative maintenance](https://sterlingcontrols.com/products-capabilities/controls-automation/preventative-maintenance/) strategy, enabling quick responses to emerging problems and contributing to improved equipment performance and reliability. ## Best Practices for Implementing Bearing Monitoring Systems #### Selecting the Right System Choosing the right bearing monitoring system is crucial for achieving effective results. The selection process should be based on the specific needs of your equipment and the operating environment. Key factors to consider include the type of equipment, operating conditions (including electrical location requirements such as hazardous areas), and the range of parameters to be monitored (e.g., velocity, acceleration, and bearing temperature). It is advisable to [consult with industry experts](https://sterlingcontrols.com/contact/) and conduct a thorough assessment to ensure that the chosen system meets all operational requirements and provides accurate and relevant data. ![Bearing Conditioning Monitor](https://sterlingcontrols.com/wp-content/uploads/Mill-MonitoringREV-2.jpg "Mill-MonitoringREV-2 | Sterling Systems & Controls") #### Calibration and Maintenance Modern sensor technology for monitoring the particle size reduction mill bearings’ acceleration, velocity, and temperature should never require calibration. Setting up and understanding each baseline is vital, and communication between the mill manufacturer and the bearing monitoring system manufacturer is essential. If the mill being monitored ever changes in mill style, brand, or size, then the baseline parameters for the new or revised mill needs to be examined, and possible adjustments made to the monitoring system setup. Consult with your chosen monitoring and control system manufacturer. #### Training and Education Proper training for maintenance and operations teams is fundamental to leveraging the full potential of these systems and your size-reduction equipment. Comprehensive training programs should include instruction on understanding the system function and principle of operation, best practices in responding to alerts, and integrating insights from the monitoring system into your maintenance workflows. This will help educate personnel on how to use the system effectively. Well-trained staff can maximize the benefits of the system, enhance maintenance strategies, and contribute to overall operational efficiency. ## Conclusion Monitoring equipment conditions is essential for maintaining the reliability and efficiency of particle size reduction machinery in process industries. By providing real-time insights into parameters such as velocity, acceleration, and bearing temperature, these tools help prevent unexpected downtime, extend equipment lifespan. Their capability to offer immediate feedback allows for early detection of potential issues, enhancing operational safety and efficiency. Implementing effective condition monitoring enables a proactive approach to maintenance, optimizing operational performance and contributing to a more cost-effective maintenance strategy. Integrating real-time monitoring into maintenance practices is an important tactical move toward achieving operational excellence for maintenance managers, operations managers, facility managers, and process engineers. This approach ensures the long-term success of industrial operations by improving safety, productivity, and overall equipment performance. ## Next Step With over 50 years of expertise in custom engineering process control and automation systems, material weighing, ingredient batching, liquid handling, and other bulk material handling solutions for a wide range of process industries, Sterling Systems & Controls proudly has the experience to assist you in achieving your automation and process improvement goals. [Contact us today](https://sterlingcontrols.com/contact/) to discuss how our knowledge and expertise can align with your goals and how you can continue your journey toward manufacturing excellence! ## Post navigation [< Back](https://sterlingcontrols.com/blog/kitchen-batching-systems-precision-and-efficiency-for-commercial-kitchens/) [Next >](https://sterlingcontrols.com/blog/bulk-bag-handling-from-filling-to-unloading/) **Categories:** Blog **Tags:** automatic batching system, Automation, Batching, batching automation, batching system, batching systems, ingredient batching, minor ingredient batching systems, Weighing System --- ### [Enhancing Animal Health: Controlling the Pelleting Process](https://sterlingcontrols.com/blog/enhancing-animal-healthcontrolling-the-pelleting-process/) **Published:** November 5, 2024 **Author:** p1ws **Excerpt:** Explore the crucial role of the pelleting process in animal nutrition and health. This blog highlights key factors like pellet durability, hardness, size, and moisture control that affect the quality of pet food and animal feeds. Learn how optimizing these elements enhances feed efficiency and supports animal well-being, offering valuable insights for producers dedicated to delivering high-quality nutrition. **Content:** # Enhancing Animal Health: Controlling the Pelleting Process Pelleted animal feed play a significant role in animal nutrition. Each animal has a unique gut biome, and today, society increasingly regards animals in a humanistic light, such as viewing our pets as part of the family. The pelleting process enhances the efficiency of animal food production and minimizes production waste. To ensure that the resulting feed is both nutritious and beneficial for the targeted animal’s health, careful monitoring and control of the pelleting process are essential. This blog explores key factors that influence the quality of the pelleted feed. We’ll look at moisture levels, size of feed pellets, hardness of the resulting pellet from the pellet milling machine, pellet mill monitoring and control, as well as the overall durability of the final pellet. ## Why is Overall Pellet Durability Important Durability is the measure of how well a pelleted feed holds up during its handling and transport. Stronger pellets produce less dust and fines, which help with feed intake and reduces waste. Pick up a handful of feed pellets from its bag, how much comes off in your hand? Do the pellets crumble at all just from handling? A pellet that is durable is less likely to break down. Not only does this ensure that the animal ingesting the food will receive the full nutritional value intended, but it also helps form the purchaser’s impression. The Pellet Durability Index (PDI) is a common metric used in animal feed manufacturing to assess this pellet characteristic. The PDI measures how well pellets hold together after being subjected to handling, transportation, and processing. To determine the PDI, pellets are subjected to abrasion, and then a measure of how many remain intact without degradation or damage is made. Manufacturers of feed pellets should consider other factors, such as storage conditions and how the pellets are transported and handled, as these factors can also impact durability. By focusing on improving pellet durability, manufacturers enhance their production and promote better animal nutrition and health. ## Finding the Right Balance: Pellet Hardness What is hardness? Hardness regarding animal feed pellets refers to the resistance of the pellets to deform or break under pressure. This important attribute affects how well the pellets hold their shape during handling, storage, and feeding. Achieving the right level of hardness in pellets is important. If pellets are too soft, they disintegrate too easily, making it challenging for the animals to obtain the required nutrients. On the other hand, if they are too hard, animals may refuse to eat them, hindering their growth and health. Hardness measurement of a pellet is accomplished by measuring the force needed to penetrate a pellet. Various tools are available. It’s necessary to understand that different animals have preferences when it comes to pellet hardness. This needs to be understood through good research and utilized to ensure the most optimal pellet hardness for the targeted animal is used. For example, young piglets generally prefer softer pellets for easier consumption, while adult rabbits often naturally like a harder pellet as it supports better dental health. The adult rabbits do not consciously understand this, but their natural behavior and instincts guide them in this, and we observe this behavior. Understanding all these preferences is key to formulating effective animal feed. ## Size Does Matter Consistent pellet size is important for ensuring that your targeted animals receive a balanced diet, the right nutrition to support a good gut biome and optimal health. If pellets differ in size too much then the animals may exhibit feed sorting behavior, pick and choose, eating only what they favor and ignoring others. This type of sorting behavior can then lead to nutritional imbalance and have negative impact on their health. Methods like sieve analysis and image-based particle sizing are often used to check for consistent size. Sieve analysis involves running pellets through a set of screens to assess size distribution, while image-based techniques use digital tools for precise measurements, capturing images, processing them, analyzing size and shape, and then output to compile results. Image-based analysis is beneficial, as it offers accurate and quick evaluation without physically contacting samples of the feed pellet. ![VARIOUS ANIMAL FEED PELLET](https://sterlingcontrols.com/wp-content/uploads/VARIOUS-ANIMAL-FEED-PELLET.png "VARIOUS ANIMAL FEED PELLET | Sterling Systems & Controls")Additionally, regular visual checks can give pellet machine operators a quick check, allowing them to adjust for better consistency. When pellet size is consistent it aids nutrient absorption in the animal and increases efficiency in feed production. ## Controlling Moisture: Key to Pellet Stability Moisture content is important for ensuring the long-term stability of pellets. This is especially important for storage and shelf life. Too much moisture can cause mold, and the pelleted feed will spoil posing serious health risks for the animals. Insufficient moisture makes the pellets brittle, increasing the chance of damage and breaking during handling. ![PELLET MILL MONITORING](https://sterlingcontrols.com/wp-content/uploads/PELLET-MILL-MONITORING-REV-1-1024x559.png "PELLET MILL MONITORING REV | Sterling Systems & Controls") To ensure high-quality pelleted feed, it’s important to maintain the proper moisture levels during the pelleting process and in the pellet mill. Ideally, pellets should have a moisture content of between 10% and 12%. A moisture level above 12% creates an environment conducive to mold growth. A moisture level below 10% makes the pellets too brittle. The range stated provides good moisture content and ensures pellet integrity and good nutrient absorption by the animals. Implementing effective moisture control by using moisture sensors and adjusting drying times can significantly enhance pellet quality and prolong shelf life. Controlling and monitoring temperature and steam valve position (0-100% open) impact pellet moisture content. Continuous moisture monitoring systems or sample testing may be used to ensure proper moisture range and adjust pellet mill temperature and steam valve as needed. ## Managing Dust in Pellet Production to Ensure Quality and Safety Dust is a significant challenge in pellet production, impacting worker safety and pellet quality. Inhaled dust can cause respiratory issues, and high dust levels often indicate problems with pellet integrity and durability. To effectively manage dust, manufacturers should consider the following: - Enhance Production Processes: Adjusting pellet mill settings can reduce breakage and minimize dust generation. - Utilize Dust Control Tactics: Implementing methods like water misting and dust collection systems can lower airborne dust and improve air quality. - Measure Dust Emissions: Regularly assessing the Dustiness Index through lab tests provides insights into dust levels for timely production adjustments. - Recycle with Care: Recycling dust back into production can be beneficial, but it must be done cautiously to avoid compromising final product quality. - Educate Employees: Training in dust exposure risks and providing personal protective equipment (PPE) are essential for a safe work environment. ## What is a Pellet Mill A pellet mill, or pellet press, is a machine that makes pellets from powdered materials. It’s super important in industries like animal feed manufacturing. Please note that extruders are the primary choice for producing pet food kibble due to their cooking capabilities, however, pellet mills are used effectively for manufacturing specific pet food formulations, supplements, or in cost-sensitive or smaller-scale operations. The pellet mill works by compressing raw materials through a die, which has holes of different sizes. It all starts with feedstock—like a blended batch of grains, forages, and other ingredients—getting fed into the mill. As the materials move through, they’re pressed under high pressure and heat, which makes them stick together and form pellets. ![](https://sterlingcontrols.com/wp-content/uploads/PELLETMILL.png "| Sterling Systems & Controls")First, a feed auger delivers the raw ingredients (mash) into the pellet chamber, ensuring a steady flow. Often, the material gets some steam or water added to it, making it easier to compress and improve the final pellet quality. Once the material is ready, it goes into the die chamber, where rollers push it through the holes. This forms long strands of pellets, which are then cut to size by a knife mechanism. After that, the hot pellets are cooled to keep them stable for storage and transport. There are two main types of pellet mills: flat die and ring die. Flat die mills are great for small-scale production and easier to manage, making them popular for home or small farm use. Ring die mills, on the other hand, are built for larger operations and can produce pellets more efficiently, perfect for big farms or feed mills. These mills are mainly used to make animal feed pellets, and some pet food products, which pack in a lot of nutrition for animals. They also are used to produce biomass pellets for fuel, an eco-friendlier energy option. You’ll even find them used for aquaculture. In short, a pellet mill is a key piece of equipment in various industries, especially in animal feed/food production. It helps produce high-quality pellets that meet specific nutritional needs, making it easier for manufacturers to get the job done right. ## The Importance of Good Pellet Mill Control and Monitoring Good monitoring and control of a pellet mill are crucial for ensuring that everything runs smoothly and produces high-quality pellets. Monitoring various factors during the pelleting process can help prevent problems and improve overall efficiency. ![pellet mill process screen](https://sterlingcontrols.com/wp-content/uploads/PELLET-MILL-PROCESS-SCREEN-SCENE3.2-Copy-Copy-1024x559.png "PELLET MILL PROCESS SCREEN SCENE3.2 - Copy - Copy | Sterling Systems & Controls")First off, monitoring allows you to catch issues before they become major headaches. By keeping track of things like temperature, pressure, and moisture levels, you can ensure that the raw materials are being processed correctly. If something is off, like too much moisture or temperature fluctuations, it can lead to poor pellet quality or even equipment failure. Another important aspect is consistency. Regular monitoring helps maintain uniformity in pellet size and quality, which is key for animal nutrition. If the pellets vary too much, animals might not get the balanced diet they need, affecting their health and growth. Control systems also enable you to adjust parameters in real-time. For instance, if you notice the pellets are coming out too soft or too hard, you can tweak the settings to improve the final product. This flexibility is essential for meeting specific requirements based on the type of feed being produced. Additionally, good monitoring can lead to better resource management. By tracking how much energy and raw materials are used, you can identify ways to reduce waste and save on costs. This is good for your bottom line and benefits the environment by minimizing resource usage. Overall, investing in robust monitoring and control systems for your pellet mill pays off in better product quality, improved efficiency, and lower costs. It’s all about avoiding potential problems and ensuring you’re delivering the best possible pellets. ## The Impact of Quality Pellets on Animal Nutrition The quality of the pellets plays a huge role in animal health and performance. Strong pellets with the right durability, hardness, size, moisture, and minimal dust ensure that animals get the nutrients they need, improving feed efficiency and reducing health risks. High-quality pellets not only enhance nutrient absorption but also contribute to better growth rates and overall well-being. Quality feed reflects a commitment to animal welfare, supporting productivity and favorable nutritional outcomes. This is increasingly important to brand loyalty and consumer preferences, as animal advocacy and the humanization of pets continues to grow. ## Conclusion The quality of feed pellets is crucial for ensuring optimal health and performance in animals, livestock and pets. Producers can significantly enhance the nutritional value of their products by focusing on factors such as durability, hardness, size distribution, moisture content, and dust management. Investing in rigorous quality assessment and management practices not only boost product efficiency but also support animal welfare and overall productivity. As the demand for high-quality animal food/feed continues to rise, prioritizing pellet quality will be vital for sustainable and successful livestock production and pet welfare. By adopting these practices, livestock producers and pet owners can ensure their animals receive the best possible nutrition, leading to healthier livestock and pets, and better outcomes for industries overall. ## Next Steps With over 50 years of expertise in custom engineering solutions for animal feed and pet food manufacturing in dry material weighing and batching, process controls, and bulk material handling systems, Sterling Systems & Controls proudly has the experience to provide you with expert guidance to achieve your pelleting, automation and process improvement goals. [Contact us today](https://sterlingcontrols.com/contact/) to discuss how our knowledge and expertise can align with your goals, and how you can continue your journey toward manufacturing excellence! ## Post navigation [< Back](https://sterlingcontrols.com/blog/cybersecurity-importance-in-process-manufacturing-and-process-automation/) [Next >](https://sterlingcontrols.com/blog/from-manual-to-mastery-what-is-a-hand-prompt-batching-station/) **Categories:** Blog --- ### [Cybersecurity: Importance in Process Manufacturing and Process Automation](https://sterlingcontrols.com/blog/cybersecurity-importance-in-process-manufacturing-and-process-automation/) **Published:** October 28, 2024 **Author:** p1ws **Excerpt:** The blog underscores the vital role of cybersecurity in process manufacturing, as digital integration in sectors like food processing and grain handling increases vulnerability to cyber threats. It discusses risks such as ransomware and phishing, which can disrupt operations and damage safety and reputation. Key strategies for enhancing security include risk assessments, employee training, and incident response planning. The post emphasizes that robust cybersecurity is essential for business continuity and safeguarding consumer trust. **Content:** # Cybersecurity: Importance in Process Manufacturing and Process Automation In the world of process manufacturing and automation, industrial cybersecurity is often overlooked amidst the focus on efficiency and production. However, with increasing digital integration in industries like grain processing, animal feed milling, food processing, baking, and pet food manufacturing, the stakes have never been higher. Cybersecurity threats are not just an IT issue; they can have far-reaching effects on administrative and production operations, personnel and product safety, and even brand reputation. In this post, we’ll explore why cybersecurity is critical for process manufacturing and automation, the types of threats organizations face, and steps you can take to enhance security. ## The Landscape Process manufacturing sectors continue to undergo digital transformation. More businesses are adopting [**process control and business ERP connected systems**](https://sterlingcontrols.com/blog/data-integration-methods-batch-control-systems-and-erp/), IIoT devices, and advanced process control software to streamline operations. This transformation offers numerous benefits, including improved efficiency, real-time data analysis, and enhanced communication across various departments. However, it can also create vulnerabilities. Cybercriminals are increasingly targeting process manufacturing companies, often exploiting weak spots in various systems to gain unauthorized access. The consequences of a cyber-attack can be severe. Process manufacturers often deal with sensitive information, including proprietary formulas, customer data, and operational metrics. A breach not only risks this information but can also lead to regulatory and compliance issues, legal repercussions, and loss of customer trust. In markets where reliability and safety are paramount, such as food, pet food, chemicals, power generation, as just a few examples, the implications of a cybersecurity incident can be devastating, not unlike a food or pet food safety and recall issue. This makes understanding industrial cybersecurity not just important, but essential for survival in today’s manufacturing environment. ## Cybersecurity Threats – Targeting Process Control Systems Process control systems, which manage and monitor manufacturing processes in the previously mentioned industries, can be particularly vulnerable to cyber threats. These systems include HMI/PLC and PC-based control systems, Supervisory Control and Data Acquisition (SCADA) systems, and Distributed Control Systems (DCS’s). These systems are integral to production operations in all these industrial and agricultural market segments. They are often interconnected with business systems, extending the vulnerability both ways. When Cybercriminals target these systems, they can disrupt production processes, compromise product quality and administrative systems, and even pose safety risks. One common attack method involves exploiting software vulnerabilities. Systems developed before cybersecurity became a major concern are particularly susceptible to attacks that can manipulate their operations. For example, a hacker could access a control system and alter its settings, causing machinery to operate outside safe parameters, which may lead to hazardous situations. Moreover, attackers can also use techniques like phishing to gain access to credentials that allow them to enter control systems. Once inside, they may deploy malware that not only disrupts operations but can also steal sensitive data, further complicating recovery efforts. The increasing connectivity of process control systems to broader IT networks creates more entry points for cyber threats, emphasizing the need for robust industrial cybersecurity measures. ## Types of Cyber Threats In process manufacturing, several types of cyber threats are possible that can impact operations. Recognizing them is important for effective prevention and correct response: 1. **Ransomware**: One of the most prominent cyber threats in recent years has been ransomware attacks. These involve encrypting a company’s data and demanding payment for its release. Can you imagine your proprietary formulas and ingredient information held ransom? These attacks can bring operations to a standstill, costing not just in ransom but also in downtime, lost productivity, and lost customers, market share, etc. For instance, a food processing facility might have production halted entirely, risking not just financial losses but also potential harm to consumer health if unsafe products are released due to compromised systems. This could be catastrophic and a business ELE (extinction level event). 2. **Phishing**: Cybercriminals often use deceptive emails or messages to trick employees into providing sensitive information or downloading malicious software. A single click could compromise an entire system, leading to data breaches and system outages. These attacks can be highly sophisticated or “deep fakes”. This makes it essential for employees to be well-trained in recognizing suspicious communications. 3. **Malware**: Malware encompasses various types of malicious software designed to disrupt, damage, or gain unauthorized access to systems. In a manufacturing setting, it can sabotage operations, compromise production quality, and steal sensitive data. This is especially alarming in process automation, where malware could manipulate equipment, resulting in dangerous situations or the production of faulty or harmful products. Such incidents may lead to costly product recalls, significant financial losses, and a decline in customer trust. 4. **Insider Threats**: Not all threats come from outside the organization. Sometimes, employees can pose a risk, either on purpose or by mistake. These insiders often have access to important systems and information, so it’s crucial for companies to keep an eye on who has access and how they’re using it. 5. **Denial of Service (DoS)**: These attacks are malicious attempts to disrupt normal functioning of the targeted computer system, server, or network by overwhelming it with a flood of traffic and requests. This overwhelms the targeted system and causes them to crash. For process manufacturing operations, this can mean significant downtime and loss of productivity, with aftershocks that can impact supply chains, customer satisfaction, and brand loyalty. Understanding these threats is the first step in reducing and alleviating the risk associated. By knowing what to watch for, companies can implement measures to protect their systems and data. ## The Impact of Industrial Cybersecurity Breaches The impact of a cybersecurity breach in process manufacturing can be serious and wide-ranging. Companies suffering a cybersecurity attack often face immediate financial losses, along with potential regulatory fines, legal fees, and the expenses of fixing compromised systems. Moreover, damage to a company’s reputation can have lasting effects on customer trust and loyalty, and diminished market share. For instance, think about a food processing company hit by a ransomware attack. If production stops, it not only loses money during the downtime but also risks missing delivery deadlines, which can hurt relationships with suppliers and products going off the shelves of stores, and customers seeking other brands. If sensitive customer data is exposed, the company might face lawsuits and significant reputational damage. In industries like baking, food production, and pet food/treat manufacturing, where safety and regulatory compliance are crucial, the risks are even greater. A cybersecurity breach could allow unsafe products to reach consumers, leading to recalls and serious health hazards. This underscores the urgent need for strong cybersecurity measures to protect both business interests and consumer safety. The financial costs can be overwhelming. Industry reports suggest that the average cost of a data breach can reach millions of dollars, considering not just immediate repair costs but also long-term damage like lost customers and market share. Companies need to recognize that investing in cybersecurity isn’t just an expense; today it is essential for maintaining operational integrity and building customer trust. ## Building a Cybersecurity Strategy How can process manufacturing companies improve their cybersecurity posture? Here are some steps you can take, beginning right now: 1. **Perform a Risk Assessment**: Begin by evaluating your current systems and processes. Identify potential vulnerabilities. Assess the likelihood and impact of different types of cyber threats. This will help prioritize your cybersecurity tasks and investments. Consider engaging with cybersecurity experts to perform a thorough assessment. They can identify weaknesses you might overlook. 2. **Implement Strong Access Controls**: Limit access to sensitive data and systems to only those employees who absolutely need it. Make sure that your process control software applications include multiple security level access controls, and ensure they are setup and used. Use MFA (multi-factor authentication) to add an extra layer of security. This step can drastically reduce the risk of unauthorized access to your systems and is a critical component of a strong security strategy. 3. **Regularly Update Software/Hardware**: Keep all process control software and hardware systems, including operating systems and applications, up to date. It is not unusual to find process manufacturers operating with computer OS (operating systems) that are outdated and no longer supported by the OS or process control software manufacturer. Don’t wait to upgrade your process control system OS and process operating software until you have a major problem and are shut down. Cybercriminals often exploit known vulnerabilities in outdated software. Establish a regular schedule for updates and ensure that all staff are trained in the importance of maintaining current software. 4. **Train Employees**: Your workforce is often the first line of defense against cyber threats. Provide regular training on cybersecurity proven techniques and procedures, including how to recognize phishing attempts and handle sensitive information securely. Create a culture of security awareness within your organization, where employees feel empowered to report suspicious activities without fear of reprimand. Help your employees understand the need for security and to migrate the culture change that may be needed. ![INCIDENCE RESPONSE PLANNING](https://sterlingcontrols.com/wp-content/uploads/INCIDENCE-RESPONSE-PLANNING-1024x360.png "INCIDENCE RESPONSE PLANNING | Sterling Systems & Controls") 5. **Develop an Incident Response Plan**: Prepare for a breach. In the event of a cybersecurity breach, having a well-defined response plan can help minimize the damage to your systems and your business, short and long term. Ensure that all employees know their roles and responsibilities during an incident. Regularly test and update your incident response plan to adapt to new threats and ensure everyone is ready. 6. **Backup Data Regularly**: Regular backups are essential for quickly restoring operations after a cyber incident. Make sure to store your backups in a secure location and test them periodically to confirm that they work. A helpful guideline to follow is the 3-2-1 rule: keep three copies of your data on two different types of media, with one copy stored off-site. 7. **Monitor Systems Continuously**: Make sure that you have tools to monitor your systems for suspicious activity. Early detection helps avoid or reduce the impact of a possible cyber-attack breach. Consider using intrusion detection systems that can alert your IT team to unusual behavior in real time. ## Summarizing Key Takeaways To sum up, here are the key points to keep in mind regarding cybersecurity in process manufacturing: - Industrial cybersecurity is crucial for protecting sensitive data and ensuring smooth operations. - Be aware of the various types of cyber threats that could affect your organization. - The impact of a breach can be serious, leading to financial losses, damage to your reputation, and compliance issues. - Create a comprehensive cybersecurity strategy that includes risk assessments, controls to system and equipment access, employee training, and plans for responding to incidents. - Keep your process control software and hardware systems up-to-date. This is essential for business success. OS’s and hardware systems go out-of-date after several years, unsupported over time. Stay on top of this and consult your process control system supply partner for best advice and timing of any updates. By focusing on these areas, manufacturers can greatly reduce their risk of cyber threats and strengthen their overall security. ## Conclusion As process manufacturing increasingly adopts digital technologies, the importance of cybersecurity is more critical than ever. By understanding the risks and taking proactive steps, companies can protect their assets, ensure compliance, and maintain their reputation. In an environment where cyber threats are constantly changing, staying alert is essential. The goal should be to not just respond to incidents, but also to cultivate a culture of security to protect against them, and that reaches every level of the organization. Industrial cybersecurity isn’t just the job of the IT department; it’s a commitment that involves everyone. Raise awareness, prioritize security. This will allow manufacturers to create a safer environment, ensuring the reliability of operations for many years to come. Investing in cybersecurity is investing in the future—one that will yield benefits in safety, trust, and business continuity. ## Next Steps With over 50 years of expertise in custom engineering solutions for process control and automation, material weighing, ingredient batching, liquid handling, and much more, Sterling Systems & Controls proudly has the experience to provide you with expert guidance to achieve your automation and process improvement goals with cybersecurity. [Contact us today](https://sterlingcontrols.com/contact/) to discuss how our knowledge and expertise can align with your goals, and how you can continue your journey toward manufacturing excellence! ## Post navigation [< Back](https://sterlingcontrols.com/blog/what-is-industry-4-0-what-it-means-for-growing-process-manufacturers/) [Next >](https://sterlingcontrols.com/blog/enhancing-animal-healthcontrolling-the-pelleting-process/) **Categories:** Blog --- ### [What is Industry 4.0: What It Means for Growing Process Manufacturers](https://sterlingcontrols.com/blog/what-is-industry-4-0-what-it-means-for-growing-process-manufacturers/) **Published:** October 25, 2024 **Author:** p1ws **Excerpt:** Industry 4.0, known as the fourth industrial revolution, represents a shift towards integrating advanced technologies like AI, automation, and the Industrial Internet of Things (IIoT) into manufacturing. For process manufacturers in sectors such as food, pet food, chemicals, and pharmaceuticals, embracing these innovations can enhance efficiency, product quality, and sustainability. While challenges like upfront investment and adapting the workforce exist, the benefits of Industry 4.0—such as real-time monitoring, automation, and data-driven decision-making—are crucial for staying competitive and meeting evolving market demands. **Content:** # What is Industry 4.0: What It Means for Growing Process Manufacturers As industries transform, the term Industry 4.0 has gained popularity, often bordering on “buzzword” status. However, it represents a genuine shift—the fourth industrial revolution characterized by the integration of advanced technologies into manufacturing processes. This technological evolution is paving the way for innovations in food processing and other critical global sectors. For process manufacturers—including food and beverage, pet food, plastics and rubber compounding, chemicals, and pharmaceuticals—understanding Industry 4.0 is essential for staying competitive in today’s rapidly changing markets. At its core, Industry 4.0 unites a wide array of technologies that enable smarter manufacturing through automation, data management, and real-time analysis. By leveraging advancements such as the Industrial Internet of Things (IIoT), artificial intelligence (AI), and advanced process control, manufacturers can enhance efficiency, improve product quality and consistency, and quickly adapt to evolving market demands. Exploring these innovations in food processing and beyond allows process manufacturers to envision how they can optimize their operations and drive sustainable growth with Industry 4.0. Let’s explore this further. ## Understanding Industry 4.0 in Process Manufacturing To really grasp the potential impact of Industry 4.0 on process manufacturing, it’s helpful to examine its core components. A major player here is the Industrial Internet of Things (IIoT), which can connect devices and equipment across production lines. For instance, [**bearing monitoring**](https://sterlingcontrols.com/blog/bearing-condition-monitors-ensuring-longevity-and-safety-in-particle-size-reduction-equipment/) sensors can detect temperature and vibration in milling and grinding machines used in grain processing and feed milling industry applications. This data is then utilized by advanced process control systems to improve machine efficiency and prevent equipment damage and failures, ultimately enhancing safety and minimizing unscheduled downtime. ![rose acres grinding screen](https://sterlingcontrols.com/wp-content/uploads/Rose-Acres-Jen-Acres-6156-Grinding-Screen-2-1024x559.png "Rose Acres - Jen Acres 6156 Grinding Screen (2) | Sterling Systems & Controls")Then there’s artificial intelligence (AI), which opens some exciting possibilities. By sifting through large volumes of data, AI systems may be able to predict and prevent equipment failures before they happen, helping to reduce downtime and maintenance costs. In different sectors, AI may be able to refine processes based on consumer insights, making sure products meet changing market demands. But experts agree we are early in using the potential of AI. That potential will continue to unfold and will be realized more in the coming years. Advanced process control and automation are just as promising. These technologies boost precision in manufacturing, leading to consistent product quality. Automated systems can take care of tasks like ingredient mixing, packaging, and quality control, reducing the risk of human error and increasing overall efficiency. This kind of automation is particularly beneficial in high-volume production environments, like food processing, pet food manufacturing, livestock animal feed production, chemicals, and pharmaceuticals. Process control systems have been in use and evolving for decades, though a surprising number of manufacturers still do things manually without automated control, such as for ingredient batching. Many continue using manual ingredient batching and struggle with operator errors, inaccuracies, scrap, lost material, and product quality due to inconsistency. Advanced automated process control systems solve these problems and much more. ## Benefits of Adopting Industry 4.0 Technologies Examining the benefits of Industry 4.0 technologies reveals clear advantages that can positively impact a manufacturer’s bottom line. Enhanced efficiency often leads to significant cost savings. With real-time monitoring, advanced process control of machinery, and preventative maintenance, companies can reduce waste and energy consumption, resulting in lower operational costs. Additionally, improved quality and consistency can enhance brand positioning, preference, and consumer loyalty, all of which contribute to business growth. Innovations in food processing and other process manufacturing industries can lead to superior product quality. Automation ensures consistent mixing, heating, and cooling processes, minimizing variability and ensuring each batch meets safety standards. The ability to respond swiftly to market changes—such as shifts in consumer preferences or new regulatory requirements—provides a crucial competitive edge. Companies that can quickly adjust their production processes are better equipped to meet customer needs, whether it involves altering a formulation, introducing a new product, or updating packaging. Another key advantage of Industry 4.0 technologies is enhanced traceability. This capability is invaluable in a market where consumers are increasingly focused on product safety, nutrition, and health derived from ingredients for themselves and their pets. Being able to track materials from their source to the shelf builds trust with consumers and helps meet regulatory requirements, particularly in industries with strict safety standards. ![data integration](https://sterlingcontrols.com/wp-content/uploads/data-integration-business-information-technology-concept-server-room-background_161452-2819-2.png "data-integration-business-information-technology-concept-server-room-background_161452-2819 (2) | Sterling Systems & Controls")Additionally, leveraging the growing volume of data gathered and stored from the manufacturing process allows manufacturers to gain deeper insights into their operations. This leads to informed decision-making and optimized supply chain management. Effective [**data management and integration**](https://sterlingcontrols.com/blog/data-integration-methods-batch-control-systems-and-erp/) are essential components of Industry 4.0 and should be incorporated into process control systems. Improved worker safety is also a significant benefit; automation and real-time monitoring can reduce the risk of accidents by minimizing the need for human intervention in hazardous environments. Finally, these technologies promote sustainability by monitoring environmental impacts and optimizing resource use, aligning with the increasing consumer demand for sustainable manufacturing practices. ## Challenges of Implementing Industry 4.0 While the benefits of Industry 4.0 are clear, moving toward these technologies has its challenges. One major hurdle is the initial investment needed for new technology and infrastructure. Although the long-term advantages can be significant, the upfront costs can be high, especially for smaller manufacturers who may already have limited budgets. Another challenge is getting the workforce to adapt. As automation takes over more tasks, employees might worry about job loss. However, this change also offers a chance to improve workers’ skills. By developing worker transition plans to take on and accept new and changing roles, and providing the needed employee training, manufacturers can help employees learn to work with new technologies, change their roles to contribute significantly to business performance, and to boost their job satisfaction and confidence. Data security is another important issue in Industry 4.0. With more devices connected to the internet, there’s a greater risk of cyberattacks. Manufacturers need to focus on strong cybersecurity measures to protect sensitive information and ensure smooth operations. This might involve investing in security tools and training employees on safe practices. Integrating new technologies with existing systems can also be complicated. Manufacturers may face compatibility issues that require time and effort to fix. Getting everyone on board with these changes is crucial. Fostering a culture that welcomes new ideas can help ensure successful adoption. Finally, the speed of technological change can feel overwhelming. Keeping up with [**the latest developments**](https://sterlingcontrols.com/blog/the-future-of-process-controls-and-automation-embracing-the-next-wave-of-innovation/) and figuring out which technologies are best for a particular operation can be difficult. Innovations in food, pet food and many other processing industries require careful consideration. Manufacturers need to assess their specific needs and the technologies that will work for them. Facing these challenges takes careful planning and effort, but with the right strategies, moving to Industry 4.0 can lead to a more efficient and competitive process manufacturing environment. ## The Future of Process Manufacturing Looking ahead, the integration of Industry 4.0 technologies in process manufacturing is just beginning, but the potential for innovation is vast. As we delve deeper into advancements in AI and machine learning, we can expect significant strides in operational efficiency and product development. These technologies are not just buzzwords; they are becoming crucial tools that can help manufacturers streamline processes and enhance product offerings. ![robotic food packing muffins](https://sterlingcontrols.com/wp-content/uploads/FE0920_Robots1-ABB-Robotic-Food-Packing-1.jpg "FE0920_Robots1-ABB-Robotic-Food-Packing (1) | Sterling Systems & Controls")One area where we’ll see meaningful change is in data analytics. By harnessing data from various stages of production, companies can gain insights that lead to smarter decision-making. For instance, analytics may be able to identify potential bottlenecks in the supply chain before they occur, allowing manufacturers to adjust their operations proactively. This means less downtime and more consistent product availability, which ultimately benefits consumers. Sustainability is another critical focus for the future of process manufacturing. As environmental concerns grow, adopting greener practices has become essential. Industry 4.0 technologies can play a pivotal role in this shift. By optimizing resource use and minimizing waste, manufacturers can operate more sustainably while still meeting consumer demands for quality and safety. Innovations in food, pet food, and many other process industries, such as enhanced tracking of ingredient sourcing and automated waste reduction systems, will be vital in achieving these goals. Companies that prioritize sustainability are not only doing their part for the planet but also appealing to an increasingly eco-conscious consumer base. ![employees adapting to change](https://sterlingcontrols.com/wp-content/uploads/EMPLOYEES-ADAPTING-TO-CHANGE-1-1024x643.jpg "EMPLOYEES ADAPTING TO CHANGE (1) | Sterling Systems & Controls")Moreover, the successful implementation of these technologies requires a cultural shift within organizations. Companies must foster an environment that encourages continuous learning and adaptability. Employees should feel empowered to engage with new tools and processes, which can lead to higher job satisfaction and better overall performance. As these technologies evolve, so too will the skills required to operate them effectively. In conclusion, the future of process manufacturing holds great promise. With a focus on leveraging innovations and adopting sustainable practices, companies can position themselves for success in a rapidly changing landscape. Embracing these changes will improve operational efficiency and enhance product quality, ultimately benefiting both manufacturers and consumers alike. ## Conclusion To wrap things up, the shift toward Industry 4.0 offers a lot of exciting possibilities for process manufacturers. We’ve reviewed how integrating advanced technologies can lead to better efficiency, higher product quality, and a more sustainable approach to production. These innovations provide process manufacturing companies with the tools they need to stay competitive and responsive to market changes. Of course, there are challenges to navigate, like the initial costs and the need for the workforce to adapt to the changes ushered in by these new innovative technologies. But the rewards—such as reducing waste, improving safety, and gaining consumer trust—make it worthwhile to effect culture change and help employees adapt. By investing in employee training and fostering a culture of adaptability, manufacturers can fully leverage these new technologies. Looking ahead, there’s tremendous potential for growth. As we continue to embrace advancements in AI, data analytics, and automation, those who are willing to innovate will set themselves apart. By committing to sustainability and being open to change, process manufacturers can meet today’s demands and prepare for a successful future. In the end, the journey into this new industrial era is an opportunity for transformation. With the right mindset and strategies, process manufacturers in food, baking, pet food, livestock animal feed, and more sectors can position themselves for long-term success and positively impact their industries and the world. ## Next Steps The future is unpredictable. However, innovation continues to produce advanced technologies like Industry 4.0 that promise to take process manufacturing to another higher level. And this is a necessity. From feeding the estimated 9 billion humans that are projected to populate our planet by 2035 to feeding the fast-growing pet population drawing off the same sources for food as their human owners, to the production of the various chemical-based compounds and substances needed for a wide variety of purposes, advancing technology, like Industry 4.0, is essential to our growth and survival. With over 50 years of expertise in custom engineering process control and automation systems, automated ingredient batching systems, material weighing, liquid handling, and other bulk material handling solutions for a wide range of process industries, Sterling Systems & Controls proudly has the experience to provide you with expert guidance to achieve your automation and process improvement goals. [**Contact us today**](https://sterlingcontrols.com/contact/) to discuss how our knowledge and expertise can align with your goals and how you can continue your journey toward manufacturing excellence! ## Post navigation [< Back](https://sterlingcontrols.com/blog/integrating-liquid-handling-systems-into-automated-processes/) [Next >](https://sterlingcontrols.com/blog/cybersecurity-importance-in-process-manufacturing-and-process-automation/) **Categories:** Blog --- ### [Integrating Liquid Handling Systems into Automated Processes](https://sterlingcontrols.com/blog/integrating-liquid-handling-systems-into-automated-processes/) **Published:** October 7, 2024 **Author:** p1ws **Excerpt:** Explore the integration of liquid handling systems in automated industrial processes, enhancing accuracy and efficiency while reducing waste in sectors like food, pharmaceuticals, and chemicals. Learn about key components such as pumps, valves, and control software that optimize liquid handling. **Content:** # Integrating Liquid Handling Systems into Automated Processes In industrial manufacturing, liquids and dry materials have distinct attributes and present unique challenges across various sectors, including food and beverage, pharmaceuticals, chemicals, animal feed, pet food manufacturing, and more. Liquids require specialized handling and processing techniques due to their fluid properties, such as viscosity, flow rates, specific gravity (density), and temperature sensitivity. Additionally, unique factors like entrained air and foaming must be managed. In years past, handling liquid processes manually was the norm, but this has limitations, including inaccuracies, inefficiencies, and increased waste. Handling and controlling liquid processes has evolved to become more automated, and automating liquid processes can improve accuracy, efficiency, and waste significantly. ## Understanding Liquid Handling Systems ![mother tote system](https://sterlingcontrols.com/wp-content/uploads/MOTHER-TOTE-SYSTEM-min-1024x575.png "MOTHER TOTE SYSTEM-min | Sterling Systems & Controls")Automated liquid handling systems manage the precise movement and dispensing of liquids within agricultural and industrial processes. These systems range from simple automated dispensers to complex integrated solutions that control every aspect of liquid handling. #### Dispensing Systems Automated dispensing systems accurately measure and deliver specific volumes of liquid into production processes. One common example is the “Mother Tote” system, where liquids are transferred from a portable or removable tote into a stationary surge tank (the “Mother Tote”). This setup allows for continuous supply and precise dosing of liquids into mixers or other equipment. These totes are compatible with many chemicals and other materials; they can be heated to maintain adequate flow based on the liquid’s viscosity/temperature. #### Liquid Processing Control Systems ![storage tanks](https://sterlingcontrols.com/wp-content/uploads/STORAGETANKS-1024x730.png "STORAGETANKS | Sterling Systems & Controls")These systems integrate multiple components to provide comprehensive control over liquid handling processes. They use Programmable Logic Controllers (PLCs), PCs, Human-Machine Interfaces (HMIs), and advanced control software to enable real-time monitoring and adjustments. Key components include: - **Pumps**: Various types, such as diaphragm, peristaltic, and gear pumps, are selected based on your application’s specific needs, ensuring accurate flow rates and pressure control. - **Valves**: Solenoid valves, ball valves, and others are critical in directing the flow and controlling the start and stop of liquid movement within the system. - **Sensors and Meters**: Devices measuring flow, level, temperature, and pressure provide essential data for maintaining optimal operating conditions. - **Tanks and Piping**: Properly designed storage tanks and piping systems are essential for safe and efficient liquid storage and transfer. **Control Software and** [**Data Management**](https://sterlingcontrols.com/blog/data-integration-methods-batch-control-systems-and-erp/): Advanced software solutions allow for monitoring, controlling, and managing liquid handling processes. ## Benefits of Automating Liquid Handling Processes Integrating liquid handling systems into your automated processes offers numerous advantages that can transform your industrial operations. #### Improved Accuracy Automation brings a high level of precision to your measurement and dispensing tasks. Automated systems reduce human error and variability inherent in manual processes. They deliver consistent and accurate liquid dosing. This precision is vital in industries where slight deviations affect product quality or safety. #### Increased Efficiency Automated liquid handling accelerates your processing and reduces cycle times. Streamlined workflows minimize the need for manual intervention. This efficiency boosts productivity and contributes to cost savings. #### Waste Reduction ![pigment dosing](https://sterlingcontrols.com/wp-content/uploads/PIGMENTDOSING-min-1024x612.png "PIGMENTDOSING-min | Sterling Systems & Controls")Automation minimizes over-dispensing and spillage by controlling liquid flow with exacting precision. Accurate dosing ensures that your resources are used effectively, reducing waste and lowering material costs. #### Enhanced Safety Automated systems decrease the need for your workers to handle hazardous liquids directly. Improved process control and monitoring further enhance safety by detecting issues promptly. Always review the manufacturer’s MSDS (Material Safety Data Sheet) before using, handling, or bringing liquid into your facility. Understand all liquid properties. #### Improved Quality Consistency in liquid handling leads to uniformity in your final product. Automation helps each batch meet the required specifications. ## Implementing Automation in Liquid Handling Transitioning to automated liquid handling requires careful planning and execution to maximize the benefits. ![adding to mixer](https://sterlingcontrols.com/wp-content/uploads/ADDINGTOMIXER-min-scaled.jpg "ADDINGTOMIXER-min | Sterling Systems & Controls")#### Assessment of Current Processes Begin by evaluating your existing manual systems to identify inefficiencies and areas needing improvement. Consider factors such as the types of liquids you handle, desired flow rates, precision levels, and safety concerns (review MSDSs as previously mentioned). #### Selecting the Right Automation Solution Choosing the appropriate equipment is essential for successful automation. Selecting pumps, valves, and sensors that are suited to your application’s needs is required. For instance, peristaltic pumps may be ideal for gently handling sensitive liquids, while gear pumps might be better for high-viscosity fluids. Integration with your existing systems should also be considered, whether upgrading current equipment or incorporating new technologies. Ensure you select a supply partner with expertise in these component selections and overall control and automation expertise. #### System Integration and Testing Integrating automated liquid handling systems with your existing processes involves several steps: ![onsite training](https://sterlingcontrols.com/wp-content/uploads/ONSITE-TRAINING-min-scaled.jpg "ONSITE TRAINING-min | Sterling Systems & Controls") - **Design and Planning**: Develop a comprehensive plan that outlines how the new system will interact with your current operations. Ensure a new or updated PID (Piping & Instrumentation Drawing) is developed and reflects the new automated system. Your supply automation system supply partner can assist you with this. - **Installation**: Implement the hardware components, ensuring compatibility and proper configuration. Your automated system supply partner may be able to offer a turnkey installed solution or recommend qualified contractors for the installation and provide supervisory services to ensure the installation is properly executed. - **Testing and Calibration**: Rigorously test the system to verify accuracy and reliability. Calibration confirms that measurements and dispensing meet your required specifications. #### Training and Support Equip your staff with the knowledge and skills to operate and maintain the new automated systems. Training programs should cover system operation, troubleshooting, and routine maintenance tasks. ## Future Trends in Liquid Handling Automation The field of liquid handling automation continues to evolve with emerging technologies. Advances in sensors, pumps, and control systems enhance precision and reliability. Innovations in automation software and data analytics offer the potential for better process monitoring and optimization. Sustainability is becoming increasingly important. There’s a growing trend toward energy-efficient liquid handling solutions that reduce environmental impact. This focus on sustainability benefits the planet and leads to improved process efficiency and cost savings. ## Next Steps With over 50 years of expertise in custom engineering solutions for liquid handling/dosing, dry material weighing and batching, and bulk material handling systems for a wide range of industrial and agricultural market segments, Sterling Systems & Controls proudly has the experience to provide you with expert guidance to achieve your automation and process improvement goals. [Contact us today](https://sterlingcontrols.com/contact/) to discuss how our knowledge and expertise can align with your goals, and how you can continue your journey toward manufacturing excellence! ## Post navigation [< Back](https://sterlingcontrols.com/blog/the-future-of-process-controls-and-automation-embracing-the-next-wave-of-innovation/) [Next >](https://sterlingcontrols.com/blog/what-is-industry-4-0-what-it-means-for-growing-process-manufacturers/) **Categories:** Blog --- ### [The Future of Process Controls and Automation: Embracing the Next Wave of Innovation](https://sterlingcontrols.com/blog/the-future-of-process-controls-and-automation-embracing-the-next-wave-of-innovation/) **Published:** September 30, 2024 **Author:** p1ws **Excerpt:** This blog post is a forward-looking analysis of how innovation in process controls and automation will shape the future of manufacturing, offering insights on both the opportunities and hurdles in the path of technological advancement. **Content:** # The Future of Process Controls and Automation: Embracing the Next Wave of Innovation As industries evolve, the demand for advanced process controls and automation increases. Understanding the role of process controls and automation in manufacturing is crucial for staying competitive and efficient. In this blog post, we review process control and automation and their role in process manufacturing, highlight key emerging trends, and review the challenges facing this next wave of innovation. ![technology the next wave of innovation](https://sterlingcontrols.com/wp-content/uploads/Technology-The-Next-Wave-of-Innovation-REVERSE-1024x307.png "Technology-The-Next-Wave-of-Innovation-REVERSE | Sterling Systems & Controls")## What is Process Control in Manufacturing? Process control in manufacturing involves the application of automated systems and advanced technology to oversee and manage production processes. This approach ensures the manufacturing process is completed accurately and consistently, maintaining required quality standards throughout the production cycle. By leveraging process and machine sensors, controllers, and software, process control systems can monitor and adjust process variables such as temperature, pressure, flow rates, weighments, and others to maintain processes within specified parameters. Effective process control systems play an important role in optimizing efficiency in process manufacturing operations. They enable adjustments to be made quickly when conditions change, and they can prevent deviations that could affect quality. This proactive process management helps minimize waste, reduces the likelihood of defects, and ensures that the end products meet quality standards. In addition to improving quality and reducing waste, process control enhances overall productivity. Automating routine tasks and providing valuable insights through data management proven techniques means that these systems streamline operations, allowing for quicker responses to production challenges. As a result of process control in manufacturing, higher throughput, better resource utilization, and increased profitability can be realized. Ultimately, process control and automation are about using technology to your advantage and creating a more reliable, efficient, scalable, and adaptable manufacturing environment. This is essential for maintaining a competitive advantage in today’s fast-changing industrial market segments. ## Key Trends and Technologies Shaping the Future **Integration of Artificial Intelligence (AI) and Machine Learning (ML):** AI and ML offer the potential for significantly evolving process control and automation to a next-generation level by enabling predictive maintenance, real-time optimization, and advanced quality control. For example, AI algorithms could be utilized to predict equipment failures by monitoring machine sensors and status and using this information to track changing machine health and performance. This allows for eliminating or significantly reducing downtime and enhancing process efficiency. In pet food manufacturing, ML might be used to adjust ingredient proportions in real time to ensure consistent product quality and nutrition. However, while these technologies hold promise and potential, their real-world impact is still evolving and much unrealized. Adopting key trends and technologies is often limited to specific sectors or companies with substantial resources. Challenges such as data quality, integration complexity, and cost can affect widespread success. **Industrial Internet of Things (IIoT):** IIoT aims to create intelligent factories by connecting machines, sensors, data management, and integration systems. Consider a food processing operation where process control in manufacturing includes IIoT devices to monitor critical parameters such as temperature, moisture, and equipment performance to ensure perfection in food production and to prevent spoilage while ensuring personnel and consumer safety. Similarly, in the plastics and rubber compounding industries, IIoT sensors would track material flow and equipment efficiencies. Despite potential benefits in all industries, the practical implementation of IIoT can be complex and costly. Many industries are still in the early stages of adopting this technology. Integration with existing systems and managing the increased volume of data remain significant challenges. **Advanced Robotics and Automation:** Robotics technology is advancing rapidly, with robots capable of precisely handling complex tasks. “Collaborative robots” (cobots) in discrete manufacturing enhance productivity and flexibility. In process control in pet food manufacturing, robotics can streamline packaging, improving speed and accuracy. While advanced robotics offer benefits, the extent of their impact varies. The use of cobots in automated systems often depends on the industry. Challenges exist, such as high costs and the need for specialized programming. Even considering the challenges for use of robots, cobots and AGVs (automated guided vehicles) have grown in popularity and use within process control in manufacturing. ![AI](https://sterlingcontrols.com/wp-content/uploads/Cobots-AI-1024x585-min.png "Cobots-AI-1024x585-min | Sterling Systems & Controls")**Enhanced Data Analytics and Visualization:** Data analytics platforms provide insights into manufacturing processes, helping businesses make informed decisions. In food processing, analytics can optimize parameters like baking times, and in plastics and rubber compounding it aids in understanding material behavior. While data analytics offers valuable insights, the practical application can be uneven. Many companies are still grappling with the complexities of integrating analytics into their operations and may not fully realize the potential benefits due to data quality issues or limited resources. **Digital Twins and Simulation:** A Digital Twin is a virtual copy of a physical asset or system that enables a manufacturer to test and adjust production operations without affecting the actual real process. In discrete parts manufacturing, this has allowed the manufacturer to model their assembly lines to uncover and address challenges before they become a serious problem. Imagine, if you will, in pet food manufacturing, the use of digital twins to help identify production process bottlenecks. Further, the digital twins can allow the pet food manufacturing operation to adjust on a trial basis to improve production. While the use of digital twins presents significant potential for process manufacturing improvement, their broader integration is still underway. Key challenges include the costs associated with the development and maintenance of digital twins and the challenges associated with integrating them with current process systems. The advantages associated with the use of digital twins are encouraging but continue to develop. **Blockchain for Supply Chain Transparency:** Blockchain technology is a decentralized digital record of transactions or activities across multiple computer operations. It can ensure that once information is recorded in a database, it cannot be altered or deleted. This provides both transparency and security of the data. Each record is grouped into a “block,” and blocks are connected in chronological order, forming a “chain,” so to speak. This type of structure makes it very difficult to access the data in an unauthorized manner. While blockchain technology is being explored and beginning to be implemented in process manufacturing, its adoption is still evolving. Blockchain is believed to enhance supply chain transparency and product safety by providing a more secure way to track raw materials from their origin to the final product. This helps ensure quality and regulatory compliance. For example, blockchain technology could be used in food processing to verify ingredients and their freshness and to track their handling throughout the supply chain. It can also assist with compliance and traceability in the chemical and pharmaceutical industries, ensuring that materials meet regulatory standards. While there are significant potential benefits in using blockchain technology, challenges such as integration with existing systems, costs, and the continued widespread adoption in the industry continue to be addressed. Blockchain promises to improve efficiency and trust in process manufacturing, but its full impact is in the future and continues to evolve. ## Challenges and Considerations ![data integration](https://sterlingcontrols.com/wp-content/uploads/data-integration-business-information-technology-concept-server-room-background_161452-2819.png "data-integration-business-information-technology-concept-server-room-background_161452-2819 | Sterling Systems & Controls")**Integration:** When adopting advanced technologies, companies often face challenges integrating them with their existing systems and processes. One of the main obstacles is ensuring that the new systems are compatible with their existing ones, along with managing data security concerns. To navigate this, process manufacturers should carefully plan how these new technologies will work alongside their legacy systems. An increase in the interconnection between devices, systems, and networks occurs due to technological advancements. While this allows for seamless communication and data exchange between systems, enabling much smarter operations, it also comes with the necessity of dealing with potential cybersecurity risks. **Cost and ROI:** Adopting the next wave of technological innovation can often involve significant upfront investment. Evaluating the return on investment (ROI) is crucial for justifying these expenditures. ROI considerations include reduced maintenance costs, decreased downtime, increased production capacity, enhanced product consistency and quality, more effective and easier regulatory compliance, and improved overall efficiency. Conducting a thorough cost-benefit analysis to assess long-term gains is recommended. **Real-World Impact:** The technologies we’ve reviewed and discussed here certainly indicate a lot of promise, but their effects on transforming process manufacturing operations are still unfolding. The adoption of these innovative and advanced technologies is often confined to specific industries or applications, and the benefits can differ widely. Process manufacturers need to have a grounded perspective on both the potential of these technologies and their current limitations. Taking the time to assess readiness for implementation and the expected return on investment is key to making the decisions best for your company and operations. ## Conclusion Looking ahead, process controls and automation are positioned to make a big splash across various process industries such as food, pet food, animal feed, chemicals, plastic and rubber compounding, and much more. Technologies like AI, IIoT, advanced robotics, data management and analytics, digital twins, and blockchain are process manufacturing game changers. Embracing these innovations can boost efficiency, enhance product consistency, improve quality control, assist in ensuring regulatory compliance, allow process manufacturers to become more agile, and even positively impact competitiveness and brand loyalty. However, fully tapping into their potential may take some time, with different industries adopting at their own pace. The proven effects of these technologies to transform process manufacturing are still in the works, and their success hinges on overcoming integration hurdles, managing costs, and addressing specific industry challenges. As these innovative technological tools develop, businesses must stay updated on the latest advancements. Process manufacturers can take full advantage of these innovations by making strategic investments and being flexible in their implementation strategies. This approach will help them maintain a competitive edge and thrive in an ever-evolving market. ## Next Step The future is unpredictable. However, innovation continues to produce advanced technologies that promise to take process manufacturing to another higher level in various industries. And this is a necessity. From feeding the estimated 9 billion humans that are projected to populate our planet by 2035 to feeding the fast-growing pet population drawing off the same sources for food as their human owners, to the production of the various chemical-based compounds and substances needed for a wide variety of purposes, advancing technology is essential to our growth and survival. We need to aid it, enable it. With over 50 years of expertise in custom engineering process control and automation systems, automated ingredient batching systems, material weighing, liquid handling, and other bulk material handling solutions for a wide range of process industries, Sterling Systems & Controls proudly has the experience to provide you with expert guidance to achieve your automation and process improvement goals. [Contact us today](https://sterlingcontrols.com/contact/) to discuss how our knowledge and expertise can align with your goals and how you can continue your journey toward manufacturing excellence! ## Post navigation [< Back](https://sterlingcontrols.com/blog/the-essential-role-of-controls-and-automation-in-process-manufacturing/) [Next >](https://sterlingcontrols.com/blog/integrating-liquid-handling-systems-into-automated-processes/) **Categories:** Blog **Tags:** Automation, Batching, batching automation, batching system, batching systems, Bulk bag unloading, ingredient batching, minor ingredient batching systems, Weighing System --- ### [The Essential Role of Controls and Automation in Process Manufacturing](https://sterlingcontrols.com/blog/the-essential-role-of-controls-and-automation-in-process-manufacturing/) **Published:** September 23, 2024 **Author:** p1ws **Excerpt:** Process manufacturing industries face the challenge of balancing efficiency, quality, and safety, which is where industrial automation and controls play a vital role. These systems optimize operations, reduce human error, and ensure consistency and safety by monitoring processes in real-time, offering flexibility and adaptability to meet changing demands. By integrating advanced technologies like IIoT, AI, and machine learning, automation systems also enhance resource management, productivity, and data-driven decision-making, helping manufacturers achieve excellence while staying competitive. **Content:** # The Essential Role of Controls and Automation in Process Manufacturing In today’s quickly changing industrial landscape, process manufacturing—including industries such as food, baking, pet food, livestock animal feed, chemicals, plastics, and rubber—faces the constant challenge of adapting and balancing efficiency, quality, and safety. These manufacturing industry segments involve complex processes that require precise control, coordination, and data management. From mixing ingredients in a food plant to managing chemical reactions in a lab and the regulatory compliance requirements that exist in almost all these industries, the demand for consistent and reliable production has never been higher. This is where industrial automation and controls come into play. These systems are designed to optimize operations, improve accuracy, and eliminate or significantly reduce human error. They integrate a wide range of technologies and techniques to manage and monitor manufacturing processes in real-time. Embracing automation isn’t just about keeping up with the latest trends; it’s about pursuing manufacturing excellence in your operations to achieve better results and stay competitive. Automation has become critical to maintaining the highest of standards across a wide range of manufacturing sectors. In pet food manufacturing and food processing, automated control systems ensure product quality, which is of high importance to nutritionists and dieticians that have created recipes to achieve specific objectives for the intended consumers. While in the chemical industry, they safely monitor and control some of the most toxic and explosive hazardous materials. The flexibility and efficiency provided by these systems can innovate and reinvent operations, allowing manufacturers to respond quickly to market demands and operational challenges. As we explore the impact of industrial automation and control systems on manufacturing, it’s clear that the involved technologies offer substantial benefits beyond mere automation. They enhance productivity, ensure product consistency, and improve safety for consumers and workers. Understanding how these systems work and their advantages can help you make informed decisions about their implementation and use to leverage them for maximum benefit. ## Driving Efficiency Gains with Automation Efficiency is a critical factor in process manufacturing, and industrial automation systems are indispensable tools for enhancing it. By implementing automation for both simple and sophisticated processes, these systems minimize the need for manual intervention, thereby reducing errors and inconsistencies. This, in turn, drives efficiency gains by accelerating production by speeding up repetitive tasks, optimizing resource usage, reducing operational downtime, and enhancing data precision. In industries like food processing, automation systems manage everything from ingredient batching and mixing to cooking and packaging. This level of automation speeds up production and ensures that processes run correctly without frequent interruptions. For example, [automated ingredient batching systems](https://sterlingcontrols.com/blog/benefits-of-minor-ingredient-batching-systems-in-food-processing/) can add multiple dry material ingredients into multiple scale hoppers at optimal rates to increase batching system capacity by significant levels. A ten-fold increase over manual batching operations is not unusual. In addition, automatic cooking systems can adjust times and temperatures based on real-time data, leading to more consistent product quality and less waste. ![Micro Ingredient Batching System](https://sterlingcontrols.com/wp-content/uploads/IMG_0021-CROPPED-2-1-min-1024x453.png "IMG_0021 CROPPED 2 (1)-min | Sterling Systems & Controls")Moreover, automation helps streamline maintenance and operational management. [Preventative maintenance](https://sterlingcontrols.com/blog/preventative-maintenance-a-strategy-for-ensuring-system-reliability/), powered by machine and process data, can proactively schedule maintenance of equipment before failures occur. This results in a reduction in unplanned downtime and can extend the lifespan of machinery. This proactive approach enables manufacturers to keep production lines running efficiently and avoid costly interruptions. ## Delivering Reliable and Uniform Results In process manufacturing, ensuring high quality and consistency is non-negotiable, and process control systems are critical for achieving both. These automation systems often use advanced sensor technology and control components to monitor and adjust measured process variables in real-time, such as temperature, pressure, flow rates, material weight, and analytical measurements. Take the chemical industry, for instance. Keeping a tight rein on reaction conditions is critical to ensuring the final product meets your required standards. Automated control systems are great for this—they can monitor your process around the clock and make real-time adjustments to avoid any hiccups that could negatively impact the product’s effectiveness or safety. This means you end up with a more reliable, uniform, and consistent product that is crucial for meeting industry standards, keeping customers happy, and developing brand loyalty. Additionally, automation makes it easier to keep thorough records and track every step of your production processes. This detailed documentation is crucial for upholding quality control standards and provides the required data for audits and regulatory compliance. By ensuring that everything is meticulously recorded and monitored, automation and control systems boost the reliability and safety of the final product. ## Boosting Safety and Mitigating Risks Safety is a paramount concern in any work environment, particularly in process manufacturing when dealing with hazardous materials and high-risk environments such as hazardous dust or vapor. Industrial automation and control systems play a significant role in making the workplace as safe as possible by automating dangerous processes and reducing or eliminating exposure to risks for your people. ![Mill Monitoring](https://sterlingcontrols.com/wp-content/uploads/Mill-Monitoring-MED-SIZE-Rev-min-1024x540.jpg "Mill-Monitoring MED SIZE Rev-min | Sterling Systems & Controls")In industries such as rubber manufacturing, automated control systems handle processes that involve high temperatures, and toxic chemicals. By automating tasks involved with the handling, processing, and manufacturing rubber compounds, manufacturers can minimize the risk of accidents and health issues for workers. Additionally, automation systems can provide advanced safety features like emergency shutdown protocols and fail-safe operation for equipment and processes. These features are custom-engineered to react swiftly if something goes wrong, helping to prevent accidents and protect your team and equipment. For example, in the grain processing and livestock feed industries, automation systems monitor grinders and milling machines used for particle size reduction of grains. They [monitor bearing temperature, mill speed and vibrations](https://sterlingcontrols.com/blog/bearing-condition-monitors-ensuring-longevity-and-safety-in-particle-size-reduction-equipment/). If any of these metrics indicate a potential problem, the control system can trigger a safe shutdown sequence to prevent damage or unsafe conditions, ensuring that everything stays running smoothly and safely. ## Data is All – Harnessing the Power of Data We are in the era of digital transformation, and GIGO (garbage-in, garbage-out) has never meant more. Data is a high-value asset and industrial control systems can and must excel at harnessing all the data available. These systems gather extensive data on your manufacturing process, providing insights that can drive continuous improvement. Automation systems are essential for precise ingredient batching, product consistency, and quality control in pet food manufacturing, particularly when handling dry ingredients. For instance, automation systems monitor and manage the batching of ingredients such as grains, proteins, and vitamins in a facility that produces dry pet food. The control system collects real-time data on ingredient quantities, batching system production rates, and mixing times. If the system detects any deviations from the planned recipe ingredient ratios, it will notify operations personnel and take appropriate action. By [integrating data](https://sterlingcontrols.com/white-paper/erp/) gathered by automation and control systems with other systems such as your ERP, data analytics in the ERP can be leveraged. You can streamline the batching process, reduce ingredient waste, and enhance overall product quality. This approach improves operational efficiency and ensures that every batch of pet food is nutritionally balanced as designed by the nutritionist, meeting both safety standards and customer expectations. ![Data Graphic](https://sterlingcontrols.com/wp-content/uploads/DATA-IMAGE-min-1024x638.jpg "DATA IMAGE-min | Sterling Systems & Controls") ## Adaptability Flexibility is a crucial advantage in fast-changing industrial process manufacturing markets, and industrial automation systems offer significant adaptability. These systems can be easily reconfigured or reprogrammed to accommodate new products, processes, or production requirements. In the pet food manufacturing example, automation systems can switch between different recipes and packaging formats with minimal downtime. This adaptability allows manufacturers to respond swiftly to changing market demands, seasonal variations, or new product launches. By enabling rapid changes in production setups, automation and control systems help businesses stay competitive and agile in a dynamic market environment. ## Welcoming Technological Advancements Industrial automation and control systems are evolving rapidly, incorporating cutting-edge technologies such as the Industrial Internet of Things (IIoT), artificial intelligence (AI), and machine learning. These advancements enhance automation systems, offering the potential to make them more effective. IIoT sensors could provide real-time data on equipment status and environmental conditions, enabling remote monitoring and control. AI algorithms might be used for data analysis to optimize production and drive preventative tactics proactively dealing with potential issues. Machine learning may be used to improve by learning from past performance. Together, these technologies provide potential for driving innovation and to elevate manufacturing to new heights. ## Resource Management Efficient resource management is essential in process manufacturing, and automation plays a key role in optimizing the use of resources such as raw materials, energy, and labor. In the chemical industry, automation precisely manages the flow of raw materials and energy consumption. This reduces costs, minimizes waste and environmental impact. By optimizing resource use, automation contributes to sustainable and cost-effective operations. Additionally, automation helps improve labor efficiency, reducing the need for manual handling and repetitive tasks. Employees can focus on more value-added activities and strategic tasks, enhancing overall productivity and resource management. ## Remote Monitoring and Control The ability to [monitor and control manufacturing processes remotely](https://sterlingcontrols.com/products-capabilities/controls-automation/supervisory-control-software/) is increasingly important in today’s globalized and fast-moving business environment. Industrial automation and controls provide remote management capabilities, enabling operators to oversee and manage processes from anywhere. This capability is particularly useful for managing multiple facilities or handling operations outside regular business hours. Remote monitoring allows for quick responses to issues, even if operators are not physically present. This ensures continuous operation and minimizes the impact of potential disruptions, contributing to overall operational efficiency and reliability. ## Conclusion As process manufacturing has continued to evolve, industrial automation has become increasingly crucial to the quest for manufacturing excellence. These automation and control systems drive efficiency, ensure quality, enhance safety, and optimize resource use. Automation systems streamline complex tasks, taking operational efficiency to new heights and minimizing equipment and process downtime and waste. In industries where precision is critical, like food and pet food manufacturing and chemicals, these systems ensure your product meets strict quality standards. This fosters customer trust and brand loyalty and aids with regulatory compliance. Safety is a major benefit of automated control systems, which reduce human error and exposure to hazardous conditions. This leads to safer workplaces and more reliable operations. The integration of process-acquired data with ERP systems, IIoT, AI, and machine learning offers opportunities for continuous improvement. Real-time data and advanced analytics help manufacturers optimize processes, proactively address maintenance needs, and swiftly address issues, thereby enhancing process performance and adaptability. Automation’s flexibility allows manufacturers to adjust to new products and market demands quickly, ensuring agility and competitiveness. This adaptability is key in most process industry markets. In summary, industrial automation and control systems provide significant benefits by improving efficiency, quality, safety, and decision-making. Investing in these systems positions your business for future growth and resilience, helping you stay ahead of the competition and maintain high standards in a rapidly advancing industry. ## Next Step Automation and controls can be a big plus in improving your industrial manufacturing operations! With over 50 years of expertise in custom engineering industrial automation and control systems, material weighing, ingredient batching, bulk bag handling, liquid handling, and other bulk material handling solutions for a wide range of process industries, Sterling Systems & Controls proudly has the experience to provide you with expert guidance to achieve your automation and process improvement goals. [Contact us today](https://sterlingcontrols.com/contact/) to discuss how our knowledge and expertise can align with your goals and how you can continue your journey toward manufacturing excellence! ## Post navigation [< Back](https://sterlingcontrols.com/blog/streamlining-micro-ingredient-batching-with-advanced-solutions/) [Next >](https://sterlingcontrols.com/blog/the-future-of-process-controls-and-automation-embracing-the-next-wave-of-innovation/) **Categories:** Blog **Tags:** Automation, Batching, batching automation, batching system, batching systems, Bulk bag unloading, ingredient batching, minor ingredient batching systems, Weighing System --- ### [A Holistic Approach to Industrial Automation for Complete Process Systems: Top Five Implementation Strategies](https://sterlingcontrols.com/blog/a-holistic-approach-to-industrial-automation-for-complete-process-systems-top-five-implementation-strategies/) **Published:** August 8, 2024 **Author:** p1ws **Excerpt:** The quest for efficiency and productivity is relentless in the ever-evolving world of industrial process manufacturing. This is true in many industries from baking and food processing to animal feed and pet food manufacturing, compounding, and much more. **Content:** # A Holistic Approach to Industrial Automation for Complete Process Systems: Top Five Implementation Strategies The quest for efficiency and productivity is relentless in the ever-evolving world of industrial process manufacturing. This is true in many industries from baking and food processing to animal feed and pet food manufacturing, compounding, and much more. Traditional process management methods gradually give way to sophisticated technologies that promise greater control, precision, and adaptability. One of the most transformative advancements in this field is adopting industrial process automation. However, to truly harness the potential of this technology and reap process automation benefits, companies need to embrace a holistic approach to automation that integrates all components of their process systems. ## A Complete Process System A complete process system is a comprehensive, integrated setup that manages every stage of your process production from start to finish. It begins with inputs like raw materials and energy. It includes process control using a variety of sensors and automation to monitor and regulate numerous process variables such as weight, temperature, flow, pressure, and more. The process system incorporates machinery for process production tasks, such as batching and dosing, quality control for ensuring product standards, and data collection for performance monitoring and integration with your business systems for analytics and decision-making. ![BAKING-AND-FOOD-PLANTWIDE-AUTOMATION-DIAGRAM-SCENE7.2-REV1-1](https://sterlingcontrols.com/wp-content/uploads/BAKING-AND-FOOD-PLANTWIDE-AUTOMATION-DIAGRAM-SCENE7.2-REV1-1.jpg "BAKING-AND-FOOD-PLANTWIDE-AUTOMATION-DIAGRAM-SCENE7.2-REV1-1 | Sterling Systems & Controls")Figure 1 Complete Holistic Process Automation Food Production ProcessesIntegration and communication between components and systems are crucial for a unified operation, while support systems handle maintenance, safety, and environmental concerns. The human-machine interface, control panels, and software allow operators to manage the process effectively. These control panels incorporate a variety of electrical drives and power controls, PLCs, industrial PCs, associated I/O devices, and the operator interface. This holistic approach offers several benefits: it enhances efficiency by synchronizing all process parts, ensures consistent quality through integrated controls, and provides flexibility to adapt to changes. Additionally, it leverages data for continuous improvement and reduces downtime with effective maintenance. Overall, a complete system ensures process automation benefits, such as ensuring smooth, efficient, and reliable production operations from start to finish. ## Understanding Industrial Automation Industrial automation refers to the use of control systems—such as computers, robotics, and information technologies—to manage and control production processes. The goal is to reduce human intervention, enhance accuracy, and streamline operations. While the concept of automation might seem straightforward, its application is far from one-dimensional. A holistic approach to industrial automation recognizes that integrating various systems and processes is key to achieving maximum efficiency and operational excellence. ## The Essence of a Holistic Approach A holistic approach to industrial process automation involves looking beyond isolated automation solutions and considering how different elements of a process system interact and affect each other. Instead of implementing automation piecemeal, this strategy aims to create a cohesive system where every component—from sensors and controllers to software and machinery—works seamlessly together. This approach emphasizes the importance of considering the entire process system rather than just the sum of its parts. By addressing the interconnectedness of various elements, businesses can identify opportunities for optimization that might be missed when focusing on individual components. ## Process Automation Benefits Adopting a holistic approach to industrial automation brings several compelling benefits. One of the primary advantages is increased efficiency. When all parts of a process system are integrated and optimized, operations can be streamlined, reducing downtime and improving throughput. For instance, automated systems can adjust real-time parameters based on sensor data, ensuring that production processes run smoothly and efficiently. Another significant benefit is enhanced accuracy and consistency. Automation reduces the potential for human error and ensures that processes are carried out with precision. This consistency is crucial in industries where product quality and adherence to standards are paramount. By leveraging automation, companies can maintain high-quality output and minimize variations that could lead to defects or inefficiencies. A holistic approach also contributes to improved flexibility and adaptability. The ability to quickly adjust to changing demands and conditions is essential in today’s fast-paced market. Integrated automation systems can respond to shifts in production requirements more rapidly than traditional methods. For example, automated systems can reconfigure production lines or adjust operational parameters without the need for extensive manual intervention. ## The Top 5 Implementation Tactics To effectively implement a holistic approach to complete systems using industrial automation, companies should consider several key tactics: ![data integration](https://sterlingcontrols.com/wp-content/uploads/data-integration-business-information-technology-concept-server-room-background_161452-2819.png "data-integration-business-information-technology-concept-server-room-background_161452-2819 | Sterling Systems & Controls")Figure 2 Data Integration Between Process Control and Disparate ERP Systems 1. **Assessment and Planning:** Start by comprehensively evaluating your current process systems. You may consider getting help with this, such as Sterling Systems [Process Evaluation and Optimization Assessment](https://sterlingcontrols.com/process-optimization-request/). The Sterling Systems team will come to your facility, listen to your objectives, and identify areas where automation could be beneficial, evaluate how different components interact, and consider process changes to improve efficiency and quality. Develop a comprehensive plan that outlines how automation will be integrated across the entire system. 2. **Integration of Systems:** Ensure that all automation components, such as sensors, controllers, and software, are compatible and can communicate with each other. Integration is critical for creating a unified system where data flows seamlessly, and processes are coordinated effectively. 3. **Data Utilization:** Tremendous amount of data is collected. Use a standard SQL or SQL Express language to build and leverage the data collected from completely automated systems, integrate process manufacturing and business ERP systems, and drive continuous improvement. Advanced analytics can provide insights into process performance, identify bottlenecks, and reveal opportunities for further optimization. 4. **Scalability:** Design your automation system with scalability in mind. As your business grows or production needs change, your automation solution should be adaptable and capable of accommodating new requirements without significant overhauls. You may want to interface with your process system, such as the ingredient batching system, from your desktop in your office using a simple browser rather than out on the process floor. 5. **Training and Support:** Remember the three T’s: **Training, Training, and Training**. Invest in training for your staff to ensure they are proficient in operating and maintaining the new automated systems. Ongoing support and maintenance are also crucial for sustaining performance and addressing any issues that may arise. Sterling Systems & Controls can support you with our available onsite or remote training services. ## Challenges and Considerations ![Preventative Maintenance Planning](https://sterlingcontrols.com/wp-content/uploads/PMPlanR-Logo-1024x180.jpg "PMPlanR-Logo | Sterling Systems & Controls")Figure 3 Preventative Maintenance Planning Application Software from Sterling SystemsWhile the benefits of a holistic approach to industrial automation are clear, it is important to acknowledge and address potential challenges. One of the primary challenges is the initial investment required for implementing advanced automation technologies. However, the gains in efficiency, accuracy, and flexibility often outweigh the upfront costs and generate a positive directional ROI overall in the long term. Another consideration is the need for ongoing maintenance and updates. Automation systems require regular attention to ensure they function optimally and integrate effectively with other components. Companies should have a plan to monitor and maintain their systems to prevent disruptions and maximize the benefits of automation. A preventative maintenance software application is a good solution and can provide quick payback and a positive ROI. ## Conclusion In conclusion, a holistic approach to industrial process automation offers significant process automation benefits that can transform manufacturing operations. Companies can achieve greater efficiency, accuracy, and flexibility by integrating various process system components and focusing on overall system optimization. While implementing such an approach may involve challenges, the long-term rewards make it a worthwhile investment. Embracing a holistic perspective on automation will enhance current operations and position businesses for future growth and success in an increasingly competitive landscape. By understanding and leveraging the full spectrum of benefits from automation and controls, process manufacturers can unlock new levels of performance and innovation, driving their operations toward greater excellence and sustainability. ## Next Step With over 50 years of expertise in custom engineering process control & automation systems, material weighing, ingredient batching, liquid handling, and other bulk material handling and complete process solutions, Sterling Systems & Controls proudly has the experience to assist you in a holistic approach to complete process automation systems. [Contact us today](https://sterlingcontrols.com/contact/) to discuss how our knowledge and experience can align with your goals and how you can continue your journey toward manufacturing excellence! We can provide you with [testimonials](https://sterlingcontrols.com/about/testimonials/) for our complete process systems in a range of agriculture and industries, including animal feed, animal nutrition, baking and food processing, pet food manufacturing, thermoplastic compounding, and more. ## Post navigation [< Back](https://sterlingcontrols.com/blog/maximizing-accuracy-in-material-weighing-systems/) [Next >](https://sterlingcontrols.com/blog/revolutionizing-feed-mill-operations-with-advanced-automation/) **Categories:** Blog **Tags:** automatic batching system, Automation, batching systems --- ### [Weighing and Batching Solutions for The Food Industry](https://sterlingcontrols.com/blog/real-weighing-and-batching-solutions-for-the-food-industry/) **Published:** July 27, 2020 **Author:** p1ws **Excerpt:** Beginning with their first successful breakfast cereal, this American company has been producing delicious and nutritious ready-to-eat breakfast products for over 100 years. The company now produces over 20 well-branded breakfast foods and distributes them to hundreds of countries worldwide. Over their long history the company has seen many changes but their goal is still to transform grains and other materials into good for your family foods. **Content:** # Weighing and Batching Solutions for The Food Industry ### **Overview:** Beginning with their first successful breakfast cereal, this American company has produced delicious and nutritious ready-to-eat breakfast products for over 100 years. The company now produces over 20 well-branded breakfast foods and distributes them to hundreds of countries worldwide. Over their long history the company has seen many changes but their goal is still to transform grains and other materials into good for your family foods. They have long been looking for [weighing and batching solutions](https://sterlingcontrols.com/systems/material-weighing-systems/) for the food industry. ### **Challenge:** An engineer for the breakfast food company had worked with Sterling Systems & Controls in the past and had recommended them for their current need to update their minor ingredient Weighting and batching system for the production of waffles. The waffles were an existing product but changes in raw material availability continually led to evolving new product development. In addition to increasing production flexibility, the company also saw opportunities for increased line efficiency. They wanted a system that would continue to maintain the high standards for a quality end product but hoped that the new system could also lessen their batch cycle time and reduce ingredient waste. Doing so would increase their profitability and give them an edge in the very competitive breakfast food market. The batching process is all controlled and monitored. The systems are specifically designed to provide complete batch integrity as well as data collections at each control point. ERP interfaces are standard using a variety of software and hardware platforms. They needed a new weighing and batching solution for the food industry. ### **Solution:** The Engineering Team of Sterling Systems & Controls, Inc. met with the customer to review their current process. Major consideration was given to the customer’s formula data, batch cycle time, ingredient data, raw material storage, conveying distance and space constraints, to custom-engineer a solution. Inclusive within the Sterling Systems & Controls Minor Ingredient Weighing Systems were several Engineering deliverables. The client received a Process and Instrumentation Diagram, Electrical Drawings, Front Panel Layouts, Mechanical Assembly Drawings, and a Sequence of Operations. Upon approval, Sterling Systems & Controls provided a comprehensive [Minor Ingredient System](https://sterlingcontrols.com/systems/minor-major-weighing-systems/), including 10 stainless steel minor ingredient supply bins and feeder assemblies, three scale hoppers and support frames, a [bulk bag weighing system](https://sterlingcontrols.com/systems/bulk-bag-unloading-weighing-systems/) for sugar, a bulk bag unloader for sugar, three minor ingredient transfer hoppers, a Vacuum Transfer to the Mixer System, a Dust Collection System, PLC/Panel View Plus Control System as well as other related components. Sterling Systems proved capable of delivering weighing and batching solutions to the [food industry](https://sterlingcontrols.com/applications/food-batching-systems/). It was custom-designed and met all requirements. All of the items were included within the scope of supply, along with the engineering review of the application to determine the system requirements. The process is controlled by a PanelView Plus/PLC-based system. The batching portion consists of ten raw material supply bins and a bulk bag sugar unit. The feeders feed three independent scale hoppers. Once the product is batched, a Vacuum Conveying System is utilized to transfer the batching ingredients to two mixing vessels to complete the process. ### **Results:** Now complete, the system is able to produce a batch every fifteen minutes or less to one of two mix vessels. The new system ensures batch accuracy and integrity to meet the customers’ high standards. The fully integrated system has increased line efficiency and profitability through automation. The customer’s other goals of reducing batch cycle time and decreasing waste have also been achieved. The system operates seamlessly and has improved the overall finished product, allowing the customer to maintain a quality standard unmatched in the breakfast food industry. Sterling Systems & Controls has had an ongoing working relationship with this client for the past decade. Sterling Systems & Controls has designed and installed 4 custom-engineered systems for the breakfast food company and has become a trusted partner in developing weighing and batching solutions for the food industry to aid in the continued growth of customers. ## Post navigation [< Back](https://sterlingcontrols.com/blog/affordable-hand-prompt-batcher-eliminates-bad-batches/) [Next >](https://sterlingcontrols.com/blog/mixer-control-for-rubber-compounding/) **Categories:** Case Studies, News **Tags:** Batching, Bulk bag unloading, case study, Controls, Conveying, Food, Minor Ingredient, Mixer System, PanelView Plus, Sugar, Waffles, Weighing System --- ### [Receiving/Transfer Automation Application for Feedmills](https://sterlingcontrols.com/blog/receiving-transfer-automation-application/) **Published:** October 24, 2018 **Author:** p1ws **Excerpt:** Sterling Systems & Controls, Inc. announces availability of its automation application module for Receiving and Material Transfer for dry solids, the Receiving/Transfer Automation Application. All automation systems are custom engineered and manufactured to meet exact customer requirements. **Content:** # Receiving/Transfer Automation Application for Feedmills Sterling Systems & Controls, Inc. announces the availability of its automation application module for Receiving and Material Transfer for dry solids, the Receiving/Transfer Automation Application. All automation systems are custom-engineered and manufactured to meet exact customer requirements. Sterling Systems routinely incorporates its Receiving/Transfer application module in automation systems within a variety of industries. The Receiving/Transfer application is custom-designed to suit the exact needs of the Feedmill application. This includes allowing for manual control or to include the ability for automatic receiving and transfer steps within your facility. A fully automatic Receiving/Transfer application accurately tracks and transfers incoming material to the correct location, such as grain and other commodity materials in a Feed manufacturing facility. Truck or Railcar transport can be accommodated. Feed rates are controlled to maximize efficiency and safety. After the material has been moved into the containment location (bin etc.) the system logs and weighs empty trucks before they leave the facility. Weight measurements, before and after material transfer, are logged into the tracking function, maintaining accuracy and traceability. **FAST OFF-LOADING OF ALL MATERIALS:** More efficient receiving and transfer of your incoming materials means higher throughput, more production, and lower labor costs. **SUPERIOR REPORTS:** Records and information is stored in a database by vendor, truck/rail company, etc. allowing you to provide custom reports. **KNOWING WHAT YOU HAVE & WHERE IT IS:** Traceability, lot tracking and batch validation is enhanced. Less errors and increased efficiency means greater profitability. More information on the Receiving/Transfer Automation Application is available from Sterling Systems & Controls. With more than forty-five (45) years of experience providing efficient solutions for l and automation, process equipment, batching, micro, minor and bulk weighing, bag unloading systems, bag loading, bag dumping, Sterling Systems & Controls, Inc.’ designs utilize the latest technology to provide specialized data management, raw material management, along with production data tracking. For more information, [contact Sterling Systems & Controls](/contact/). ## Post navigation [< Back](https://sterlingcontrols.com/blog/receiving-automation-application/) [Next >](https://sterlingcontrols.com/blog/grinding-automation-application/) **Categories:** News, Press Releases, Uncategorized **Tags:** automation system, Feedmill Automation, feedmill receiving, feedmill transfer, Process Control Automation --- ### [Process Control Automation - Turning Old Tires Into Usable Materials](https://sterlingcontrols.com/blog/process-control-automation-turning-old-tires-into-usable-materials/) **Published:** February 21, 2018 **Author:** p1ws **Excerpt:** Sterling Systems & Controls, Inc. is pleased to announce that it has completed several projects where it was the provider of process control automation equipment and systems to automate the process of converting old tires into usable materials, including oils, gases, and carbon ash. The process is a modified version of pyrolysis, a thermal decomposition of materials at high temperatures in an inert atmosphere such as a vacuum or nitrogen. **Content:** # Process Control Automation – Turning Old Tires Into Usable Materials Sterling Systems & Controls, Inc. is pleased to announce that it has completed several projects where it was the provider of process control automation equipment and systems to automate the process of converting old tires into usable materials, including oils, gases, and carbon ash. The process is a modified version of pyrolysis, a thermal decomposition of materials at high temperatures in an inert atmosphere such as a vacuum or nitrogen. ## **Primary Automation Components** The dual reactor process is controlled by a process control automation system designed and provided by Sterling Systems & Controls, Inc. The process control automation system includes a desktop PC with dual monitors, a PanelView Plus 6 running Rockwell’s FactoryTalk View ME (machine edition) automation software, custom engineering, and software by Sterling Systems. Also included is the PLC/Motor Starter control panel, which houses the PLC, main disconnect breaker, motor starters and the variable frequency drives for the reactors. Sterling Systems automation system also integrated process control with the company network using Sterling’s WebCentral™ application software. Sterling Systems built all electrical and control panels, did system engineering of all components, custom application engineering and also implemented its WebCentral™ software application. WebCentral is a browser-based application that allows you to access the database of the Sterling Systems control system. You can review and print historical reports and change system parameters from a remote PC, so long as the PC resides on the same network as Sterling Systems automation control system. Being browser-based. WebCentral is very simple and intuitive to use. It is ideal for applications where a variety of individuals need to access information from the process control automation system in a secure, reliable and simple manner. In this process control automation system the is able to remotely view reactor data in graph form, change system parameters, and search for, view and print historical data. Sterling Systems & Controls, Inc. has 40+ years of experience providing efficient process control automation solutions for batching, micro, minor and bulk weighing, bag unloading systems, as well as plant automation for custom specialty systems. Sterling’s designs utilize the latest technology to provide specialized data management, raw material management, along with production data tracking. For more information, [contact Sterling Systems & Controls, Inc](/contact/). ## Post navigation [< Back](https://sterlingcontrols.com/blog/bulk-bag-unloading-and-weighing-system/) [Next >](https://sterlingcontrols.com/blog/grinding-and-classifying-control-and-automation/) **Categories:** News, Press Releases **Tags:** Automating Recycling Process, Automation, PanelView Plus, Process Control Automation, Process Controls --- ### [Pelleting Automation Application for Feed Mills](https://sterlingcontrols.com/blog/pelleting-automation-application-for-feedmills/) **Published:** January 15, 2019 **Author:** p1ws **Excerpt:** Sterling Systems & Controls, Inc. announces availability of its pelleting automation application for feed mills for the Pelleting of feed material and other agricultural and industrial applications. While the pelleting process has historically been done manually, the Sterling Systems & Controls pelleting system uses your production requirements and formulas to create a customized and fully automated pelleting process. **Content:** # Pelleting Automation Application for Feedmills Sterling Systems & Controls, Inc. announces the availability of its pelleting automation application for feed mills. The application can be used to pellet feed material and other agricultural and industrial applications. While the pelleting process has historically been done manually, the Sterling Systems & Controls pelleting system uses your production requirements and formulas to create a customized and fully automated pelleting process. Upon starting the main pellet mill motor, the Pellet Mill control application will start running the feeder at a predetermined speed when the idle condition on the pellet mill motor is reached. The startup feeder speed is determined by the hot or cold parameters. After the pellet mill electrical current threshold value is reached (shown on main pellet mill screen), the steam valve is opened to a present setting based on hot re cold die parameters. The Pellet Mill control application constantly evaluates the information. Feeder adjustments are made to bring the pellet mill electrical current to target levels. The feeder speed ramps up, and the steam valve is also ramped up. The feeder and steam adjustments continue until the current and mash temperature set-points are reached. This provides for smoother and faster achievement of maximum efficiency with minimum downtime. **Benefits of the Sterling Systems Pelleting automation application for feed mills include:** **SUPERIOR APPLICATION PERFORMANCE:** Custom design ensures the Pellet Mill automation application is just what you need and want, ensuring optimum operation, maximizing throughput and mill output. **DEPENDABLE MILL OPERATION IS ENSURED:** Pellet Mill application monitors key mill operation and functions and ensures dependability and maximizes up time. More information on the Pelleting Automation Application for Feedmill use (applicable to other industries as well) is available from Sterling Systems & Controls. With many decades of experience providing efficient solutions for plant-wide and process control and automation, process equipment, batching, micro, minor and bulk weighing, bag unloading systems, bag loading, bag dumping, Sterling Systems & Controls, Inc.’ designs utilize the latest technology to provide specialized data management, raw material management, along with production data tracking. For more information [contact Sterling Systems & Controls](/contact/) today. ## Post navigation [< Back](https://sterlingcontrols.com/blog/batching-automation-application/) [Next >](https://sterlingcontrols.com/blog/loadout-automation-for-feedmills/) **Categories:** News, Press Releases **Tags:** feed and petfood pelleting process, feed mill, feedmill, Feedmill Automation, pellet mill, pelleting, pelleting automation, pelleting process control --- ### [Feeder Design Ensures Batching System Reliability](https://sterlingcontrols.com/blog/batching-system-reliability/) **Published:** June 12, 2018 **Author:** p1ws **Excerpt:** Sterling Systems & Controls, Inc. custom designs and manufactures the highest quality and ingredient batching systems. These industrial grade batching systems have quality in the design and manufacture. One of the most critical components within ingredient batching systems is the dry material feeders. **Content:** # Feeder Design Ensures Batching System Reliability Sterling Systems & Controls, Inc. custom designs and manufactures the highest quality and ingredient batching systems. These industrial-grade batching systems are of high quality in design and manufacture. One of the most critical components within ingredient batching systems is the dry material feeders. At this crucial component Sterling Systems ingredient batching system reliability excels beyond all others because of three differentiated features: - Industrial grade bearings are used at BOTH ends of the feeder assembly to support the auger and prevent it from making contact with the auger housing. - Seals in a seal plate are located between the product zone and the auger bearings. An air gap between the bearing and seal plates creates a buffer zone to ensure the material doesn’t enter the bearings and lubricant doesn’t enter the material. - The feeder auger is kept in suspension using shaft clamps to ensure that the auger thrust load is not transferred to the drive assembly, therefore increasing drive life. In addition, shock absorbing couplings are used to help reduce the start and stop shock on the motor and drive. These key and unique features keep the muscles of the ingredient batching system working reliably with excellent performance, this ensures batching system reliability for a long time. Sterling Systems & Controls, Inc. has 40+ years of experience providing efficient solutions for process equipment, batching, micro, minor and bulk weighing, bag unloading systems, as well as plant automation. Sterling’s designs utilize the latest technology to provide specialized data management, raw material management, along with production data tracking. For more information [contact Sterling Systems & Controls](/contact/). ## Post navigation [< Back](https://sterlingcontrols.com/blog/eliminate-bad-batches/) [Next >](https://sterlingcontrols.com/blog/automated-fill-of-mixing-containers/) **Categories:** News, Press Releases, Uncategorized **Tags:** batching system feeders, dry chemical feeders, dry material feeders, feeder design, ingredient feeders --- ### [Batching Instrumentation with Traceability and Validation](https://sterlingcontrols.com/blog/batching-instrumentation-with-traceability-and-validation/) **Published:** December 13, 2018 **Author:** p1ws **Excerpt:** Sterling Systems & Controls, Inc. is pleased to announce batching instrumentation with traceability and validation, lot tracking, or ingredient material traceability, is available with all of its batching process control systems and, like all other aspects of the Sterling Systems & Controls offering, can be customized to meet the needs of the customer. **Content:** # Batching Instrumentation with Traceability and Validation Sterling Systems & Controls, Inc. is pleased to announce batching instrumentation with traceability and validation, lot tracking, or ingredient material traceability, is available with all of its [batching process control systems](https://sterlingcontrols.com/systems/batching-systems/) and, like all other aspects of the Sterling Systems & Controls offering, can be customized to meet the needs of the customer. Material Traceability and Batch Validation can be instrumented on all semi-automatic [hand-add](https://sterlingcontrols.com/systems/hand-prompt-batching-station/), [kitchen-type systems](https://sterlingcontrols.com/products/semi-automatic-kitchen-batching-system/) or [automatic batching control systems.](https://sterlingcontrols.com/systems/micro-weighing-systems/) ##### ***Background*** ![batching instrumentation](https://sterlingcontrols.com/wp-content/uploads/batching-instrumentation-600x328.png "batching-instrumentation | Sterling Systems & Controls")Material batching instrumentation with traceability and validation, [lot tracking and traceability](https://sterlingcontrols.com/traceability/) is a requirement in many industries, particularly in the food industry where there are large commercial sale for human consumption, and in the animal Feed and Petfood industries where chickens, cattle, hogs, horses, dogs, cats etc. are mass fed or the Feed/Petfood is commercially sold. Many production facilities may get audited every few months, and in the animal feed industry the feed mill is required to present documentation or reports to the FDA showing their instrumented lot tracking and material traceability. These reports come from the Sterling Systems & Controls Feed Mill, Food or Petfood batching control system when instrumented and equipped. ##### ##### What Can We Do? Sterling Systems & Controls customized batching instrumentation and control systems can include as little or as much tracking and traceability as the customer wants to implement. It will depend on the customer’s ability to fund and implement the tracking system. Several inventory strategies are available. [FIFO](https://www.investopedia.com/terms/f/fifo.asp) is the most common. Operators will be required to enter a valid lot number before the system will proceed. This data entry can be done by scanning a barcode, manual data entry and by [RFID](https://en.wikipedia.org/wiki/Radio-frequency_identification). The Batching Control System will include an Ingredient Lot Table. This contains records for each unique lot number of each ingredient. New records are added to this table when the ingredient is received. ![LOT TABLE](https://sterlingcontrols.com/wp-content/uploads/LOT-TABLE-300x225.png "| Sterling Systems & Controls")Figure 1: Lot Table of Ingredients Sterling Systems & Controls, Inc. has 50+ years of experience providing efficient solutions for process equipment, batching, [micro](https://sterlingcontrols.com/systems/micro-weighing-systems/), [minor and bulk](https://sterlingcontrols.com/systems/minor-major-weighing-systems/) weighing, [bag unloading systems](https://sterlingcontrols.com/systems/bulk-bag-unloading-weighing-systems/), as well as [plant automation](https://sterlingcontrols.com/systems/process-controls-automation/). Sterling’s designs utilize the latest technology to provide specialized data management, raw material management, along with production data tracking. Sterling’s systems can optionally be interfaced by remote users using our unique WebCentral™ supervisory control application. For more information, [contact Sterling Systems & Controls](/contact/) today! ## Post navigation [< Back](https://sterlingcontrols.com/blog/bulk-bag-handling-systems/) [Next >](https://sterlingcontrols.com/blog/batching-automation-application/) **Categories:** News, Press Releases **Tags:** Automation, batch validation, batching system, batching system in United States, lot tracking, manufacturer of batching systems, material traceability, Weighing System --- ### [Streamlining Micro Ingredient Batching with Advanced Solutions](https://sterlingcontrols.com/blog/streamlining-micro-ingredient-batching-with-advanced-solutions/) **Published:** September 18, 2024 **Author:** p1ws **Excerpt:** This blog post will explore advanced techniques in micro ingredient systems and review the benefits of using these innovative systems in various applications. **Content:** # Streamlining Micro Ingredient Batching with Advanced Solutions Micro ingredient batching systems allow for precise measurement and batching of small quantities of additives or ingredients. These systems play a crucial role in process manufacturing by ensuring accurate and consistent addition of ingredients. Commonly referred to as “micro systems” or “micro ingredient systems,” these technologies are particularly vital in [animal feed manufacturing](https://sterlingcontrols.com/industries-applications/feed-milling-pet-food-manufacturing/), where precise dosages impact nutritional content, animal health and attributes, product quality, production costs, and regulatory compliance. This blog post explores advanced techniques in micro ingredient systems and reviews the benefits of using these innovative systems in various applications. ## Understanding Micro, Minor, and Major Weighments To fully grasp the scope of advanced batching systems, it’s essential to understand the distinctions between micro, minor, and major weighments. #### **Definitions and Terminology** - **Micro** Weighments: Involve the precise measurement of very small ingredient quantities, typically up to 50 lbs. - **Minor** Weighments: Refer to somewhat larger quantities, usually between 50 to 150 lbs. - **Major** Weighments: This category involves larger ingredient amounts exceeding 150 lbs. #### **Generic Use of the Term “Micro Ingredient Batching System”** In specific industries, particularly in animal feed manufacturing, the term “micro ingredient batching system” is often used broadly. Despite its name, a “micro system” can include micro, minor, and major ingredient weighments, making it versatile for various recipe batching needs. ## What are the “Advanced Techniques” Used in High-Performance Micro Ingredient Batching Systems Implementing advanced techniques in these systems significantly enhances their efficiency and accuracy. #### **Precision Weighing Technology and Scales** The foundation of any high-performance [micro ingredient batching system](https://sterlingcontrols.com/products-capabilities/batching-weighing/micro-weighing-systems/) lies in precision weighing technology. High-resolution scales can offer exceptional accuracy, ensuring that even the smallest quantities are measured with high fidelity. Scale design, size, capacity, and load cell accuracy will impact the overall performance of the scale(s). To ensure micro system throughput capacity meets demand, multiple scales are often required and a best practice for micro ingredient systems. #### **Automated Dispensing/Feeding Solutions** Advanced systems frequently integrate automatic dispensing or feeding solutions, streamlining the batching process. Automatic ingredient feeding minimizes the need for manual intervention, thereby reducing human errors and ensuring consistent ingredient addition. Moreover, these automated systems operate faster than those utilizing manual feeding methods, which boosts throughput. #### **Data Management and Integration** Effective data management is another cornerstone of these advanced micro systems. Real-time data collection and processing enable quick adjustments and feedback, optimizing the efficiency of the production line. Seamless integration with existing systems, such as [ERP software](https://sterlingcontrols.com/blog/data-integration-methods-batch-control-systems-and-erp/), provides enhanced control over the entire manufacturing process. This integration also facilitates ingredient lot tracking and batch validation, ensuring regulatory compliance and maintaining high standards. #### **Advanced Batching Control Systems** Modern batching systems leverage advanced [control mechanisms](https://sterlingcontrols.com/products-capabilities/controls-automation/) such as PCs, Human-Machine Interfaces (HMIs), and Programmable Logic Controllers (PLCs). These components work together to provide a user-friendly interface, precise control, and real-time monitoring. Batching software further enhances the functionality of these control systems by offering features like recipe management, batch scheduling, and error reporting. This combination of advanced control systems and software helps achieve greater efficiency and transparency in operations. ![Micro Ingredient Batching Controls](https://sterlingcontrols.com/wp-content/uploads/BatchingScreenRunning-1-1-1024x559.png "BatchingScreenRunning-1-1 | Sterling Systems & Controls") ## Comparing Advanced Systems to Manual Batching Methods When evaluating micro ingredient batching, compare these advanced systems to traditional manual methods. #### **Accuracy and Consistency** Advanced micro ingredient batching systems surpass manual methods in both accuracy and consistency. High-resolution precision scales ensure accurate measurement, significantly reducing errors common in manual operations. This heightened accuracy directly impacts product quality, maintaining consistency across batches—essential for industries such as animal feed manufacturing, pet food production, and food processing. #### **Throughput and Efficiency** Several factors impact system throughput, including feeder design, feed speeds, the number of scales, and the ability to feed multiple ingredients simultaneously. Advanced systems optimize these factors, resulting in higher throughput rates. Scalability is another advantage; these systems can be expanded or modified to meet growing production demands, minimizing downtime and enhancing productivity. This is especially true of systems that provide a standard database program language such as Microsoft SQL, allowing for scalability of the system database as demand, ingredients, and recipes grow. ![Micro Ingredient Batching System](https://sterlingcontrols.com/wp-content/uploads/IMG_0021-CROPPED-2-1-1024x453.png "IMG_0021-CROPPED-2-1 | Sterling Systems & Controls")#### **Operational Benefits** The operational benefits of advanced batching systems are substantial. Automation reduces reliance on manual labor, decreasing the likelihood of human error and increasing operational efficiency. With increasing labor shortages and competition for a skilled workforce, automation can be a welcome solution. Additionally, the safety features of automated batching systems protect operators from potential hazards associated with manual handling of ingredients. Automated micro ingredient systems offer better operational control and aid in regulatory compliance through precise ingredient lot tracking and batch validation, ensuring that all standards are met consistently. ## Upgrading Your Operations Advanced micro ingredient systems offer unparalleled accuracy, efficiency, and operational control. These systems integrate precision weighing, multiple scales, automated feeding, and real-time data management to elevate your production process. ## Next Steps To improve your ingredient batching, start by assessing your current batching process and ensure you have an accurate list of your ingredients and example recipes to share with your batching system supply partner. This information will be critical for obtaining a concept and budget proposal for your micro ingredient batching system. With over 50 years of expertise in custom engineering micro, minor, and major ingredient batching systems for a wide range of agricultural and industrial market segments, Sterling Systems & Controls proudly has the experience to provide you with expert guidance to achieve your automation and process improvement goals. Contact us today to discuss how our knowledge and expertise can align with your goals and how you can continue your journey toward manufacturing excellence! ## Post navigation [< Back](https://sterlingcontrols.com/blog/boosting-gut-health-how-automated-batching-systems-support-optimal-nutrition/) [Next >](https://sterlingcontrols.com/blog/the-essential-role-of-controls-and-automation-in-process-manufacturing/) **Categories:** Blog --- ### [Boosting Gut Health: How Automated Batching Systems Support Optimal Nutrition](https://sterlingcontrols.com/blog/boosting-gut-health-how-automated-batching-systems-support-optimal-nutrition/) **Published:** September 17, 2024 **Author:** p1ws **Excerpt:** This post explores how automated batching systems contribute to maintaining a healthy gut biome and highlights the key features of an effective batching system. **Content:** # Boosting Gut Health: How Automated Batching Systems Support Optimal Nutrition The gut biome, a diverse network of microorganisms in the digestive tracts of people, pets, and livestock, plays a crucial role in overall health and well-being. This intricate community of bacteria, fungi, and viruses impacts nutrient absorption, immune function, and mental health. Given its significance, managing the gut biome is vital in producing food, animal feed, and pet food. Precision in ingredient batching systems helps blend the necessary components to support the desired gut health. This post explores how automated batching systems contribute to maintaining a healthy gut biome and highlights the key features of an effective batching system. ## The Gut Biome and Its Dietary Impact The gut biome comprises trillions of microorganisms interacting with their host to affect various health outcomes. For both humans and animals, a balanced gut biome is crucial in three primary areas: 1. **Nutrient Absorption**: The gut biome aids in digesting complex nutrients, making essential vitamins and minerals more easily absorbed. Certain gut bacteria help form vitamins like B12 and K, which are vital for metabolic processes and bone health. 2. **Immune Function**: The gut microbial system plays a significant role in developing and maintaining a healthy and robust immune system. It helps train the immune system to distinguish between harmful pathogens and harmless substances, reducing the risk of autoimmune diseases. 3. **Digestive Health**: An imbalanced gut biome can lead to digestive disorders such as irritable bowel syndrome (IBS) or inflammatory bowel disease (IBD). Maintaining a healthy gut biome supports healthy bowel function and reduces the risk of gastrointestinal issues. Ensuring the correct balance of ingredients in the production of food and feed is vital for supporting gut health. Variations in ingredient quality or proportions can disrupt the gut biome, leading to potential health problems. Automated batching systems ensure accuracy and consistency, supporting optimal nutrition. ![Why is Gut Health Important](https://sterlingcontrols.com/wp-content/uploads/WHY_IS_GUT_HEALTH_IMPORTANT-1024x853.jpg "WHY_IS_GUT_HEALTH_IMPORTANT | Sterling Systems & Controls") ## The Role of Automated Ingredient Batching Systems Ingredient batching systems are essential for ensuring the accuracy and consistency of formulations in human food, pet food, and livestock animal feed. These systems automate the process of weighing and batching the ingredients designed by nutritionists and dieticians to achieve precise characteristics in their formulations. Here’s how these systems contribute to gut health: 1. Precision and Consistency: Automated batching systems ensure that each food or feed batch meets the specified formulation. This precision is crucial for maintaining a healthy gut biome for the desired nutritional absorption. Consistent ingredient ratios help prevent fluctuations in nutrient levels, which could adversely affect the collection of microorganisms in the gut. For instance, maintaining the correct ratio of fiber and prebiotics in pet food can help support a healthy gut biome in animals. 2. [**Micro Ingredient Systems**](https://sterlingcontrols.com/products-capabilities/batching-weighing/micro-weighing-systems/): These batching systems are designed to handle small quantities of highly concentrated additives such as vitamins, minerals, and probiotics. These systems are essential for incorporating specific ingredients that support gut health, such as prebiotics and probiotics, into the final product. The accuracy of these systems ensures that even trace amounts of beneficial ingredients are included in the correct proportions. For example, accurately adding probiotics to animal feed can enhance digestive health and improve nutrient absorption. 3. Minor Ingredient Systems: These systems manage the batching of crucial ingredients for the formulation. These might include flavorings, enhancers, or additional nutrients that support gut health. Automated minor ingredient systems provide for the consistent blending of these components, ensuring that they are evenly distributed throughout the product. For instance, minor ingredients like turmeric or ginger might be added to pet food for their anti-inflammatory properties. 4. Quality Control and Monitoring: Advanced automated batching systems incorporate sensors and monitoring technologies to track various parameters, such as ingredient weight, mixing times, and temperature. This real-time monitoring helps identify deviations from the desired formulation, allowing immediate corrections. Maintaining the integrity of the formulation for gut health is essential, and these systems provide the necessary oversight to ensure quality. Continuous monitoring can also help detect and address potential issues before they impact the final product. Automated systems are also critical for [**ingredient lot tracking and traceability**](https://sterlingcontrols.com/blog/batching-systems-include-material-lot-tracking/) to [**ensure regulatory compliance**](https://sterlingcontrols.com/blog/batching-instrumentation-with-traceability-and-validation/). ![MICROSCALES INGREDIENT BATCHING SYSTEM](https://sterlingcontrols.com/wp-content/uploads/MICROSCALES-INGREDIENT-BATCHING-SYS-1-1024x1013.jpg "MICROSCALES INGREDIENT BATCHING SYS | Sterling Systems & Controls") ## Top 5 Attributes of an Exceptional Automated Ingredient Batching System To support the production of high-quality food, livestock animal feed, and pet food, automated ingredient batching systems should include several attributes that make for a top-notch system. These essential features include: 1. High Accuracy Scales and Load Cells: The accurate measurement of ingredients is crucial for maintaining formulations that work as designed. This is key for the nutritionist and dietician who has designed the formulation to achieve a specific result. High-precision scales and load cells ensure that each ingredient is weighed correctly, minimizing errors that could affect the gut biome. Advanced scale technology can measure even the smallest quantities with high accuracy, ensuring that each batch is formulated to meet the exact nutritional specifications. Scale performance must consider targeted accuracy, minimum weighment, maximum weighment, environment, speed, and batching methods. 2. Advanced Control Systems: Modern batching systems employ innovative control software to manage the ingredient weighing and blending processes. These systems allow for precise adjustments, ensure that the final product meets the required specifications, and capture ingredient data including for lot tracking and batch validation purposes. Refined data management is essential for realizing the full benefits of the batching system. Advanced control systems can also integrate with other manufacturing processes to streamline operations and enhance overall efficiency and data management for analytics and traceability. 3. Flexible Recipe Management: A flexible recipe management system allows for easy adjustments based on changing nutritional requirements or new research findings related to gut health. This flexibility is vital to the nutritionist and quality control personnel for responding to and adapting to evolving dietary needs and scientific advancements. For example, if new research identifies additional prebiotics beneficial for gut health, recipes can be updated or new recipes created quickly and efficiently. 4. Integration with Quality Assurance: Integrating batching systems with quality assurance processes ensures that the final product adheres to safety and nutritional standards and meets regulatory requirements. This integration supports the goal of maintaining a specific gut biome by ensuring that all ingredients are properly formulated and free from contaminants. Quality assurance systems can also provide traceability, allowing for quick identification and resolution of any issues that arise. 5. Efficient Cleaning and Maintenance: Regular cleaning and maintenance of automated batching systems are essential to prevent cross-contamination and ensure the longevity of the equipment. Automated systems often include features that simplify cleaning processes and reduce downtime. For instance, automated cleaning systems can perform routine cleaning without manual intervention, ensuring that equipment remains in optimal condition. ![Batching Screen Running](https://sterlingcontrols.com/wp-content/uploads/BatchingScreenRunning-3-1024x559.png "BatchingScreenRunning | Sterling Systems & Controls") ## Conclusion The gut biome role in health underscores the importance of precise ingredient batching in the production of food, livestock animal feed, and pet food. Automated ingredient batching systems, including micro and minor ingredient systems, are crucial for achieving the accuracy and consistency needed to support optimal gut health. By investing in advanced batching technologies, nutritionists and operations professionals can ensure that their products contribute positively to the gut biome as designed, enhancing intended attributes and the well-being of consumers and animals alike. Focusing on high-precision systems, continuous monitoring, and quality assurance helps maintain the necessary standards to support a healthy gut biome and improve specific or overall health outcomes. As research into the gut biome continues to evolve, the role of automated batching systems in maintaining product quality and consistency will remain integral to advancing nutritional science and ensuring healthful diets for all. ## Next Step To ensure accuracy and consistency in recipe batching for optimal impact on the gut health of the end consumer of your food, pet food, or livestock animal feed product, start by assessing your current methods of production to identify areas for improvement. With over 50 years of expertise in custom engineering automated ingredient batching systems, process control, material weighing, liquid handling, and other bulk material handling solutions for a wide range of process industries, Sterling Systems & Controls proudly has the experience to provide you with expert guidance to achieve your automation and process improvement goals. [Contact us today](https://sterlingcontrols.com/contact/) to discuss how our knowledge and expertise can align with your goals and how you can continue your journey toward manufacturing excellence! ## Post navigation [< Back](https://sterlingcontrols.com/blog/bulk-bag-handling-from-filling-to-unloading/) [Next >](https://sterlingcontrols.com/blog/streamlining-micro-ingredient-batching-with-advanced-solutions/) **Categories:** Blog --- ### [Bulk Bag Handling: From Filling to Unloading](https://sterlingcontrols.com/blog/bulk-bag-handling-from-filling-to-unloading/) **Published:** September 9, 2024 **Author:** p1ws **Excerpt:** In this post, we’ll explore the use of bulk bags, their benefits, and the key things to consider in both filling and unloading to improve your process management, ensuring quality and operational efficiency. **Content:** # Bulk Bag Handling: From Filling to Unloading Efficient management of bulk materials is critical in process industries to ensure smooth operations and enhance productivity. Bulk bag handling—a vital component of bulk solids management—requires reliable and effective equipment to ensure seamless processing from filling to unloading/discharging. Suppliers that excel in providing bulk bag handling equipment offer a comprehensive range of solutions designed to optimize the filling and unloading/discharging of bulk bags. In this post, we’ll explore the use of bulk bags, their benefits, and the key things to consider in filling and unloading to improve your process management, ensuring quality and operational efficiency. ## What Is Bulk Bag Handling? [Bulk bag handling](/products-capabilities/bulk-bag-handling-systems/) involves managing large quantities of dry materials (powder or granular) packed in Flexible Intermediate Bulk Containers (FIBCs), commonly known as bulk bags. Designed to hold substantial volumes of dry bulk solid materials, these bags are ideal for industries needing to transport, store, and process large amounts of material. The bulk bag handling process is required by companies producing their product in large volumes, thereby requiring the filling of bulk bags, and required by companies that use dry materials in large quantities within their process and need to unload or discharge the dry bulk material from the bags. Efficient filling and unloading process management is crucial to prevent spillage, contamination, or delays that could impact productivity. ## Benefits of Bulk Bags ![Bulk Bag Handling System](https://sterlingcontrols.com/wp-content/uploads/BULKBAGMINORMICROSYSTEMCROP2-1024x853.jpg "BULKBAGMINORMICROSYSTEMCROP2 | Sterling Systems & Controls")Bulk bags offer several advantages over traditional packaging methods, making them popular in various industries. They can hold between 1,100 to 4,400 pounds (500 to 2,000 kilograms) of material, reducing the need for pallets of smaller bags and minimizing handling time. Using bulk bags is generally more cost-effective than multiple smaller bags or containers, lowering both material and shipping costs. Durable and reusable bulk bags help lower waste, and many are made from recyclable materials, promoting sustainability. Bulk bag handling equipment is critical to the companies that use them. To aid in the filling or unloading/discharging of bulk bags, the bags are equipped with integrated lifting loops so that the bulk bags can be moved easily with forklifts or cranes, simplifying the handling process before and after the filling or unloading process. This helps improve productivity and reduce manual labor. Additionally, bulk bags often feature dust-tight closures and anti-static properties, reducing contamination risks and enhancing handling safety. They can also be customized to meet specific needs, including size, material, closure, and discharge type, making them versatile for bulk materials and handling requirements. ## Bulk Bags in Ingredient Batching Systems Bulk bags play a crucial role in ingredient batching systems, essential for accurately measuring and mixing ingredients in industries such as food processing, pet food manufacturing, livestock feed production, pharmaceuticals, and chemicals. Ingredients that are added to recipes and formulas in large weighment amounts are used in high volume, hence the use of bulk bags. Proper bulk bag unloading/discharging is crucial for maintaining precision in ingredient batching systems. Bulk bags offer an alternative to sizeable dry bulk storage silo systems. They can easily be incorporated into minor ingredient batching systems to store ingredients required in larger quantities than typical batching system bin storage, which is filled manually from smaller bags. Bulk bag unloading solutions need to be efficiently incorporated into the batching system to reduce manual filling and small bag handling and to ensure consistent ingredient quality. For micro ingredient systems, which handle very small quantities with high precision, the bulk bag unloading/discharging systems are designed to manage delicate micro ingredients accurately and hygienically. This supports high-precision batching and maintains product quality, which is essential for industries that require meticulous ingredient management. ## Top 5 Essentials for Efficient Bulk Bag Handling Equipment Optimizing bulk bag filling and unloading/discharging ensures efficiency and safety. Here are five essential elements crucial for effective bulk bag handling equipment. Check with your supply partner to ensure they have these requirements covered. ![Bulk Bag Loading](https://sterlingcontrols.com/wp-content/uploads/BULK-BAG-LOADING-rev1-1-1024x937.jpg "BULK BAG LOADING rev1 | Sterling Systems & Controls") - **Durable Bulk Bag Frames**: Well-designed and sturdy frames are essential for ensuring proper equipment function and maintaining the shape of bulk bags during filling and unloading/discharging. They provide the necessary support, prevent collapses, and ensure smooth material flow while minimizing the risk of spills or jams. They must be designed for the load, physical space limitations, the bag handling equipment features and functions, and to withstand any material contact and the environment. - **Accurate Weighing Systems**: Precision in weighing systems is critical for managing the correct amount of material when filling each bulk bag. Accurate measurements help avoid errors, streamline inventory management, and ensure that each bag is filled or emptied as intended. Standalone systems for unloading bulk bags often include material weighing/dosing capabilities and conveying the discharged material downstream to the next process step. Bag unloading incorporated in ingredient batching systems will have material weighing built into the batching system along with the bag hanging and unloading mechanisms. - **Efficient Bag Suspension Systems**: Make sure you consider how you will hang/suspend the bags for your unloading/discharging system. Proper suspension systems for hanging bags are vital for handling bulk bags safely. Some companies opt for hanging the bulk bags using a forklift truck, while other companies choose to use a hoist. These suspension systems need to be robust enough to handle the size and weight of the bags, as well as the suspension height, to ensure safe, smooth, and strain-free operations. - **Automated Filling and Discharging Equipment**: Automation plays a significant role in enhancing the efficiency of bulk bag handling. Automated fillers, vibrators, and dischargers reduce the need for manual intervention, increase throughput, and minimize errors, leading to more consistent and reliable operations. Automatic bulk bag massagers can be necessary to ensure smooth unloading, especially where material with flow problems is involved. These massagers (typically one for each side of the bag) will push up from the bottom sides and help distribute the material during discharge to aid the material flow. Another example is the use of automatic bag accumulators in bag-filling equipment. This allows for the repetitive filling of bulk bags without removing each bag from the equipment before another bag can be filled. ![Bulk Bag Unloading](https://sterlingcontrols.com/wp-content/uploads/BULK-BAG-UNLOADING-crop-2-1000x1024.jpg "BULK BAG UNLOADING crop | Sterling Systems & Controls") - **Effective Dust Control Systems**: Dust control is crucial for maintaining a clean and safe workspace. Many powders are toxic or explosive and can fill the environment during bag connection and unloading/discharge, leading to unsafe conditions. Reliable dust containment and collection systems help manage airborne dust, protecting the environment and personnel from dust-related issues. Features included in bulk bag handling equipment for bag unloading include containment enclosures that provide access to the bag discharge “tail” opening, attachment to the unloading system, and connection to dust collection system duct work. Potential dust problems must be considered in advance and custom-engineered as a solution to potential dust problems in your bag unloading system. Investing in these essential areas dramatically improves the efficiency and safety of bulk bag handling equipment operations, making material processing more effective and controlled. ## Conclusion Efficient bulk bag handling equipment is crucial for optimizing material management processes in various industries. From the initial filling to the final unloading, each stage of handling bulk bags plays a significant role in ensuring productivity, quality, and safety. By focusing on the fundamental essentials—durable bag frames, accurate weighing systems, effective suspension methods, automated equipment, and robust dust control systems—companies can significantly enhance their operations. Investing in high-quality equipment and systems that address these essentials streamlines bulk bag handling and minimizes spillage, contamination, and dust risks. This approach ensures that materials are managed effectively, processes run smoothly, and maximizes operational efficiency. Incorporating these proven methods and considering specific needs related to your bulk materials can improve performance and safety in your dry bulk handling operations. Whether dealing with large-scale production or precise ingredient batching, a well-optimized bulk bag handling system is integral to achieving operational excellence and maintaining a productive and safe work environment. ## Next Steps To improve your bulk bag handling operations, start by assessing your current systems to identify areas for improvement. With over 50 years of expertise in custom engineering bulk bag handling equipment and systems, process control, material weighing, ingredient batching, liquid handling, and other bulk material handling solutions for a wide range of process industries, Sterling Systems & Controls proudly has the experience to provide you with expert guidance to achieve your automation and process improvement goals. [Contact us today](https://sterlingcontrols.com/contact/) to discuss how our knowledge and expertise can align with your goals and how you can continue your journey toward manufacturing excellence! ## Post navigation [< Back](https://sterlingcontrols.com/blog/bearing-condition-monitors-ensuring-longevity-and-safety-in-particle-size-reduction-equipment/) [Next >](https://sterlingcontrols.com/blog/boosting-gut-health-how-automated-batching-systems-support-optimal-nutrition/) **Categories:** Blog **Tags:** automatic batching system, Automation, Batching, batching automation, batching system, Bulk bag unloading, ingredient batching, minor ingredient batching systems, Weighing System --- ### [Handling The Dust Problem](https://sterlingcontrols.com/blog/handling-the-dust-problem/) **Published:** February 12, 2020 **Author:** p1ws **Excerpt:** Automatic ingredient batching systems that handle and feed/batch powder materials that are very prone to dusting during feed discharging and supply bin refill can be problematic, requiring an answer for Handling The Dust Problem. **Content:** # Handling The Dust Problem Automatic ingredient batching systems that handle and feed/batch powder materials that are very prone to dusting during feed discharging and supply bin refill can be problematic, requiring an answer for Handling The Dust Problem. ![](https://sterlingcontrols.com/wp-content/uploads/Final-Checkout-10-08-09-009-300x225-2.jpg "Final-Checkout-10-08-09-009-300x225 | Sterling Systems & Controls")Dust Socks Used to Connect Feeder Discharge to Scale HopperThere are two primary sources of dust problems in the automatic batching system. First is the point of discharge of dusty ingredient materials from the [feeders](https://sterlingcontrols.com/batching-system-reliability/) into the scale hoppers for weighing. Most often the feeder type used in automatic batching systems is the screw or auger type feeder. Feed rates can be high and this has the potential for creating quite a bit of dust during ingredient batching. To resolve this and contain the dust the scale hoppers are sealed with a cover or top, and the connection between the feeder discharge and the scale hopper cover is made with a flexible “dust sock”. This connection is flexible and vertically loose so it has absolutely no impact on the scale and weighing. This connection contains the dust ensuring all material is in the scale hopper and not in the surrounding air. The second area of potential for dust emission problems, and where handling the dust problem can be critical, is during the filling of the supply bins from ingredient bags, often from 25, 40 or 50lb bags. Handling the dust problem in this area of an automatic ingredient batching system is usually accomplished by connection the system [dust collector](https://en.wikipedia.org/wiki/Dust_collection_system) to hoods installed over the top lid of each ingredient supply bin. The dust hood contains the dust emitted during emptying of the ingredient bag into each bin. Each supply bin can be equipped with a dust hood, or a single dust hood can be used and moved from one bin to another as required depending on which bin is being refilled. he dust collector is usually a baghouse that is connected to both the supply bin dust hood(s) and feeder discharge collection hoods, which are used when the ingredient materials are discharged into batch containers on a moving conveyor. The dust collector can be of a variety of sizes and constructed of a variety of materials. Stainless steel is common. Got any questions or a dust problem with your batching system that you don’t know how to handle, [contact us](/contact/) today! ![](https://sterlingcontrols.com/wp-content/uploads/IMG_0009-300x225-2.jpg "IMG_0009-300x225 | Sterling Systems & Controls")Moveable Dust Hood with Flex Connections![](https://sterlingcontrols.com/wp-content/uploads/IMG_0022-e1548970371273-225x300-1.jpg "IMG_0022-e1548970371273-225x300 | Sterling Systems & Controls")Dust Collector ## Post navigation [< Back](https://sterlingcontrols.com/blog/the-need-for-speed-in-batching/) [Next >](https://sterlingcontrols.com/blog/evaluating-your-inquiry/) **Categories:** Blog **Tags:** Batching, Dust Problems, Handling Dust Problems in Batching Systems, Ingredient Batching System Dust Problems --- ### [Kitchen Batching Systems: Precision and Efficiency for Commercial Kitchens](https://sterlingcontrols.com/blog/kitchen-batching-systems-precision-and-efficiency-for-commercial-kitchens/) **Published:** August 23, 2024 **Author:** p1ws **Excerpt:** The blog post discusses the importance of batch processing systems in enhancing the efficiency and precision of commercial kitchens. These systems allow for the automated, consistent production of food in large quantities, improving quality control, reducing labor costs, and minimizing waste. **Content:** # Kitchen Batching Systems: Precision and Efficiency for Commercial Kitchens Commercial kitchens are used by cafeterias, catering companies, hospitals, hotels, restaurants, schools, and other establishments that serve food on a very large scale. They feature equipment and processes that bring efficiency to food production and deliver safe and good-quality food to their patrons. A [commercial kitchen](https://sterlingcontrols.com/industries-applications/baking-food-processing/) requires far greater efficiency, as it needs to feed far more people than a kitchen in a residential household, and it needs to do so expediently. These kitchens usually feature equipment that allows them to serve far more people, including industrial cookware, larger ovens, and stovetops with more (and often larger) burners. All equipment must also pass strict guidelines for food handling while making food preparation as consistent as possible. Commercial kitchens can optimize their efficiency and consistency by incorporating systems used for baking and food processing on an industrial scale, which is augmented by batch processing systems. ## What are Batch Processing Systems? ![Kitchen Batching Systems](https://sterlingcontrols.com/wp-content/uploads/068CROP2-1-788x1024.jpg "068CROP2-1 | Sterling Systems & Controls")Although “batch” is commonly associated with food items, the industry in general began associating automated process control methods in the mid-20th century with “batch processing.” Systems for managing data were useful in the early days of computer programming, which in turn began to be used more frequently within industrial processes as these became automated during this period. Computerized controls are used now in various industrial processes, including the food and beverage industry. In many ways, modern batch processing systems stem from the 19th century, with the emerging chemical processing industry. **Advantages of batch processing systems over manual processes include:** - **Speed:** With the ability to process more material in less time over manual methods, batch processing systems streamline production. - **Quality control:** These systems help reduce the likelihood of contamination and enable processors to identify issues with specific batches much more easily, enabling better quality control than with manual processing. - **Lower costs:** Processing in batches helps businesses cut labor and other operational costs compared to manual methods, enabling greater productivity. - **Improved quality:** When abnormalities are discovered, the batch from which they come can be more easily flagged to prevent poor-quality products from reaching the customer. - **Greater efficiency:** They allocate resources to ensure more efficient material handling than manual methods. - **Better use of resources:** Processing in batches allows workers to utilize equipment and other resources more efficiently than for work done manually. - **Automation:** They are either automatic or semi-automatic, enabling work with fewer workers. A batch processing system recognizes when one step in the batching process of a required recipe or formula is finished; it automatically sets the batch up for the next step. When applied to food preparation, this system helps with preparing a recipe more accurately by bringing together the correct proportions of each ingredient in the recipe. These processing systems can generally be used to create many different recipes one batch at a time and can enhance the efficiency of the entire food production process. When used by a commercial kitchen, these systems can improve the food production process to help eliminate human error and make the end product as consistent as possible. ## Batch Processing for Food Production These systems are often used for food processing applications, enabling the production of more significant amounts of one product at once. This can prove beneficial to a commercial kitchen in many different ways. They also allow kitchens to produce multiple food products in successive batches, switching out the production of one item for another. This provides greater flexibility while enabling advanced preparation to meet forecasted and unplanned increases in demand. The benefits of batch processing for food production include: - Ability to quickly change ingredients or recipes as needed. - Allowing specific changes to be made to test replacement ingredients or new recipes more easily. - Enabling the automation of ingredient lot tracking and batch validation, including data collection, management, and integration to higher systems (such as ERPs) to meet regulatory requirements. - Minimizing waste by creating a standardized food product process, including ensuring specific ingredient amounts. - Reducing contamination risk of food products by separating ingredients and allergens and ensuring cleanliness of the batching system. - Permitting the production of specialized or highly diverse batches of food. - Shortening how much time it takes to produce food products compared to manual methods. Though batch processing systems are automated, some, such as semi-automatic systems, may require an operator to manually feed ingredients into batch containers that are then automatically weighed by the system. The operator’s ingredient weighing actions are controlled by the system. Generally, automatic systems do not require operator involvement beyond selecting and starting recipe batches. Automatic batch processing systems are also known as [minor ingredient batching systems](https://sterlingcontrols.com/products-capabilities/batching-weighing/minor-major-weighing-systems/). Semi-automatic systems include the [hand-prompt](https://sterlingcontrols.com/products-capabilities/batching-weighing/hand-prompt-batching-station/)[ batching station](https://sterlingcontrols.com/products-capabilities/batching-weighing/hand-prompt-batching-station/) and the [kitchen batching system](https://sterlingcontrols.com/products-capabilities/batching-weighing/kitchen-batching-system/). ## Continuous vs. Batch Processing When looking at which system best suits food production, throughput speed is generally quicker with automated continuous processing systems rather than batch processing. Systems designed to produce batches typically require each recipe to undergo all processing steps before reaching the endpoint of a completed batch for the selected recipe, making them slower. However, batch processing is usually chosen for food production due to flexibility, traceability, lower complexity, flexibility in scaling production from small to medium, and a lower upfront investment. ## How Batch Processing Systems Benefit Commercial Kitchens The benefits [batch processing systems](https://sterlingcontrols.com/products-capabilities/batching-weighing/) can bring to commercial kitchens are many and varied, though consistency and the streamlining of food preparation are two main reasons for their use. These systems for batch processing allow kitchens to separate tasks so that a worker requires training only for the manual operations of one point within the overall food preparation and production process. This means a worker at a certain workstation only needs to be trained for the kitchen operations at that point, with specialist workers performing specific tasks. ![Kitchen Batching Systems](https://sterlingcontrols.com/wp-content/uploads/KITCHEN-SYS-HIGH-RES-SCENE2.2-1024x683.jpg "KITCHEN-SYS-HIGH-RES-SCENE2.2 | Sterling Systems & Controls")Additionally, making food in batches allows equipment like fryers, mixers, ovens, and stoves to be used more efficiently. This, in turn, allows commercial kitchens to correctly predict the usage of ingredients, which extends efficiency to inventory management. In this way, these systems allow kitchens to control better what they keep in stock and ensure enough ingredients are available whenever needed, reducing the need to overstock or out-of-stock conditions for ingredients. Commercial kitchens can then purchase ingredients in quantities that often save considerable cost. Food quality is also improved as it becomes easier to standardize food prepared in batches and add ingredients with greater accuracy. Utilizing batch processing in kitchens ensures consistent taste, mouthfeel, and appearance of food, guaranteeing uniform quality across all dishes. Making food with consistent flavors and textures also allows chefs in commercial kitchens to prepare batches of new dishes, enabling experimentation in ingredients and cooking techniques. Through the planning required for batch processing, systems in commercial kitchens can also reduce food spoilage and wastage in general, as it requires chefs to use food ingredients more efficiently. These processes even extend to controlling the temperature at which batches of food are cooked, stored, and reheated, significantly decreasing the chance of sickness resulting from improperly heated or cooled food. ##### Scalability One important advantage of batch processing is the ability to scale food production, especially with automatic type systems. Batch processing enables commercial kitchens to handle big orders more easily or cater to large events, for which punctuality and reliability are vital. This ability to scale up production when needed and then scale down when there’s lower demand makes it easier to meet customer needs while still ensuring top quality. Standardization enables commercial kitchens to easily scale up and handle bigger orders with minimal extra effort. Batch processing systems make it simpler to seize opportunities that would be challenging with manual processes. Precision in producing large quantities of quality food requires thorough planning, including managing production costs and reducing waste. ## Next Step With over 50 years of expertise in custom engineering process control & automation systems, material weighing, ingredient batching, liquid handling, and other bulk material handling and complete process solutions, Sterling Systems & Controls proudly has the experience to assist you in a holistic approach to complete process automation systems. [**Contact us today**](https://sterlingcontrols.com/contact/) to discuss how our knowledge and experience can align with your goals and how you can continue your journey toward manufacturing excellence! We can provide you with [**testimonials**](https://sterlingcontrols.com/about/testimonials/) for our equipment and systems in various industries, including animal feed, animal nutrition, baking and food processing, pet food manufacturing, thermoplastic compounding, and more. ## Post navigation [< Back](https://sterlingcontrols.com/blog/food-and-baking-automation-enhancing-quality-and-consistency/) [Next >](https://sterlingcontrols.com/blog/bearing-condition-monitors-ensuring-longevity-and-safety-in-particle-size-reduction-equipment/) **Categories:** Blog **Tags:** automatic batching system, Automation, Batching, batching automation, batching system, batching systems, Bulk bag unloading, ingredient batching, minor ingredient batching systems, Weighing System --- ### [Food and Baking Automation: Enhancing Quality and Consistency](https://sterlingcontrols.com/blog/food-and-baking-automation-enhancing-quality-and-consistency/) **Published:** August 20, 2024 **Author:** p1ws **Excerpt:** Automation is transforming the food and baking industries by enhancing quality, consistency, and efficiency. For professionals in food, pet food, and animal feed sectors, embracing automation is crucial for staying competitive and achieving long-term success. **Content:** # Food and Baking Automation: Enhancing Quality and Consistency In today’s fast-paced food and baking industries, staying ahead means focusing on efficiency, quality, and consistency to drive brand loyalty and a solid, profitable business. Automation has become a critical and necessary asset due to the increasing demand for raw agriculture-based ingredients, rising consumer expectations, and complex regulations. [Automating key food process](https://sterlingcontrols.com/industries-applications/baking-food-processing/) areas like ingredient batching, process control, and overall process automation are making a significant impact. Let’s explore how advancements in these areas are shaping the future of food production (for human and animal consumption) and why they matter to you, the process engineer, operations professional, and nutritionist in the food, pet food, and animal feed industry sectors. ## Modern Ingredient Batching: Streamlining Production Ingredient batching is a core part of food, baking, and pet food processes, where precise measurement and mixing of ingredients are crucial for producing consistent, high-quality products. Traditionally, these tasks were performed manually, often leading to inconsistencies and inefficiencies that could affect the final product. Operators had to carefully measure and mix ingredients by hand, which was time-consuming and susceptible to human error. As production demands and quality expectations have increased, the need for more reliable and efficient batching solutions has become evident. Today, advanced technologies have transformed ingredient batching with both automatic and semi-automatic systems, offering significant improvements. These systems streamline the process while enhancing ingredient measurement accuracy, ensuring product consistency, driving brand loyalty, and addressing many of the challenges associated with manual batching. ## Automatic Ingredient Batching Systems ![Food and Baking Automation Equipment](https://sterlingcontrols.com/wp-content/uploads/8-BIN-MICRO-BATCH-SIDE-W-CONVEYOR-CROP-SCENE8.4REVD-1024x599.jpg "8-BIN-MICRO-BATCH-SIDE-W-CONVEYOR-CROP-SCENE8.4REVD | Sterling Systems & Controls")Automatic Ingredient Batching System for Bread Batching at Large Commercial Grocer Operation incorporates semi automatic hand additions as wellAutomatic batching systems take the guesswork out of ingredient measurement and mixing by automatically feeding each ingredient into batch containers such as individual batch container totes or weigh scale hoppers. Using advanced sensors and software, these food processing automation systems ensure that every ingredient is added in the right amount, by weight, and in the correct sequence. For example, in a bakery, an automatic batching system can manage flour, sugar, yeast, and other ingredients weighments into a batch simultaneously, ensuring that each batch of dough or batter is consistent and accurately representative of the chosen recipe. ## Semi-Automatic Ingredient Batching Stations ![Food and Baking Automation](https://sterlingcontrols.com/wp-content/uploads/20230830_160613CROP2-1-1024x538.jpg "20230830_160613CROP2-1 | Sterling Systems & Controls")Semi Automatic Hand Prompt Batching Station in Food Processing OperationFor operations looking for a practical middle ground between manual batching and complete automatic ingredient batching, semi-automatic batching stations offer a practical solution. These stations combine manual ingredient feeding with automated functions to precisely control operator actions, enhancing accuracy and efficiency. Typically, operators are involved in setting up the system and overseeing the ingredient addition process, while the semi-automatic batching station handles the precise weight measurement and inclusion of the correct ingredients required to complete a recipe. Semi-automatic batching systems typically feature user-friendly operator interfaces that allow your employee to input recipes, feed each ingredient into the batch collection container, and monitor batching in real-time. While these semi-automatic systems still require human intervention, they significantly reduce the manual effort involved in measuring and mixing, and eliminate the weighment measuring errors and missed ingredients associated with manual batching. This approach can be particularly useful for smaller production facilities or those transitioning from manual to fully automated systems. Semi-automatic batching systems include the [hand-prompt batching station](https://sterlingcontrols.com/products-capabilities/batching-weighing/hand-prompt-batching-station/) and the [kitchen batching system](https://sterlingcontrols.com/products-capabilities/batching-weighing/kitchen-batching-system/), including ingredient storage bins and worktables. ## Why Automation Matters 1. *Accuracy*: Automated systems, whether semi-automatic or automatic, eliminate human error in weighing ingredients, ingredient inclusion, and even the required actions that ensure ingredient traceability is possible. This means precise measurements, consistent results, and enhanced brand loyalty. 2. *Efficiency*: Automatic ingredient batching systems are great examples of food processing automation. These systems speed up production and increase processing power in terms of production capacity, allowing for larger volumes and faster turnaround to grow with increasing future demand. In this **case study** an existing system was modified to increase production capacity ten-fold while substantially reducing the manual handling of batch mixing bowls. [Read Here](https://sterlingcontrols.com/case-study/baking-industry-upgraded-batching-solution/). 3. *Consistency*: Automation ensures that each batch of a recipe meets the same high standards time after time, batch after batch. This is crucial for maintaining product quality, which can drive ever increasing consumer trust. 4. *Cost Savings*: Reduced waste and increased efficiency translate into lower production costs and better profitability. 5. *Data Management*: The amount of data gathered during your processing functions can be substantial. To take advantage of this, consider ensuring that the automated process control systems collect and manage your data using open programming languages such as Microsoft SQL and SQL Express. Even when adopting entry-level semi-automatic systems, a SQL database can evolve and grow as you expand from semi-automatic to fully automatic systems. The [data integration to your ERP](https://sterlingcontrols.com/blog/data-integration-methods-batch-control-systems-and-erp/) for further use and analysis is also essential. ## The Power of Process Control Effective process control is crucial for maintaining food products’ quality and consistency. Advanced process control systems play a pivotal role in this by continuously monitoring and adjusting production parameters, ensuring that every aspect of the manufacturing process runs smoothly and meets established standards. ## Advanced Process Control Systems Modern food processing automation control systems leverage real-time data to manage key variables such as temperature and mixing times. For instance, in a bakery, precise temperature control is essential for achieving the perfect texture and color in baked goods. These systems provide the capability to fine-tune processes, ensuring that every batch meets the desired specifications and quality standards time and time again. This produces product consistency that consumers expect and demand. ## Benefits of Process Control 1. *Quality Assurance*: By continuously monitoring and adjusting production parameters, advanced process control systems help maintain consistent product quality and minimize deviations, ensuring that every product meets high standards. 2. *Preventative and Predictive Maintenance*: These systems are equipped to monitor process machinery and proactively schedule and perform maintenance to ensure downtime is minimized, scheduled, or eliminated. It may also be possible to predict failures and take actions to prevent unscheduled downtime and safety problems, as well as predict potential equipment issues before they become critical, allowing for proactive [preventative maintenance](https://sterlingcontrols.com/products-capabilities/controls-automation/preventative-maintenance/). 3. *Regulatory Compliance*: Automated process control aids in adhering to industry regulations and standards, facilitating smoother audits and inspections by ensuring consistent compliance. Automation also allows for data collection regarding ingredient uses, lots, and inventory in automatic ingredient batching systems. These systems can integrate data with ERP systems for further predictive trend analysis. Automation process systems can also provide remote browser-based supervisory control functions. 4. *Operational Efficiency*: Automation systems for food processing can provide real-time data analysis, enabling the optimization of production processes, enhancing overall efficiency, reducing waste, and maximizing resource utilization. By implementing advanced process control systems, manufacturers can significantly enhance the reliability and efficiency of their food processing operations, ultimately leading to better quality food products and improved operational performance. ## Comprehensive Process Automation Beyond batching and process control, automation impacts many aspects of production. From raw material handling to baking, dryer monitoring and control, specialty food process functions, packaging, and the addition of other automation technologies like robotics and data analytics, which are beginning to help transform food processing and baking operations. ![Food and Baking Automation](https://sterlingcontrols.com/wp-content/uploads/BREAD-DOUGH-MIXING-REV2-1024x581.png "BREAD-DOUGH-MIXING-REV2 | Sterling Systems & Controls")Mixer Screen for Food Manufacturing ## Robotics in Production Robotic systems are increasingly taking over packaging, palletizing, automatic depanners, and quality inspection tasks. Vision and camera systems and robots handle repetitive and strenuous tasks with precision, freeing up human workers for more complex roles. For instance, robots can efficiently package bread in a bakery, ensuring each loaf is wrapped and labeled correctly. ## Data Analytics and IIoT Integrating data analytics and the Industrial Internet of Things (IIoT) offers valuable insights into production performance. Companies can identify trends, optimize processes, and make informed decisions by analyzing data from various stages of the baking and food process. Data gathered can be integrated with your ERP where advanced analytics can reveal inefficiencies in food processing automation equipment, batching or other processes, allowing for improvements that boost productivity. ## Why Embrace Comprehensive Automation? 1. *Enhanced Productivity*: Comprehensive food processing automation significantly accelerates production processes, allowing businesses to keep pace with increasing consumer demands and market pressures. Companies can boost output, streamline operations, and efficiently manage higher production volumes by automating repetitive and time-consuming tasks. This increased productivity not only meets current demands but also positions companies to adapt to future growth opportunities swiftly. 2. *Improved Quality*: Automation ensures consistency and precision in production processes, which leads to higher-quality products. Automated systems maintain strict control over critical variables such as temperature, mixing ratios, and processing times by standardizing operations and minimizing human error. This level of precision helps achieve uniform product quality, reduce defects, and enhance overall reliability, leading to greater customer satisfaction and fewer quality issues. 3. *Reduced Labor Costs*: Implementing automation can substantially lower labor costs by reducing the need for manual intervention. Automated systems take over routine and repetitive tasks, allowing employees to focus on more strategic and value-added activities. This reduction in manual labor not only decreases direct labor expenses but also minimizes the costs associated with training, errors, and potential workplace injuries. 4. *Scalability*: One of the key advantages of automation is its scalability. Automated systems are designed to easily adjust to varying production needs, whether scaling up to meet increased demand or scaling down during quieter periods. This flexibility ensures that businesses can efficiently respond to market changes, optimize resource use, and maintain operational agility in a dynamic environment. As a result, companies can better align their production capabilities with market fluctuations and strategic goals. Embracing comprehensive automation drives operational efficiency and positions businesses for long-term success by enhancing productivity, quality, and flexibility while controlling costs. ## Key Considerations for Implementing Automation 1. *System Integration*: Ensure new automation technologies integrate well with your existing systems to avoid disruptions. 2. *Training and Support*: Train, Train, and Train. Invest in staff training and ongoing support to ensure smooth operation and maintenance of automated systems. 3. *Cost vs. Benefit*: Evaluate the initial investment against long-term benefits like efficiency, reduced labor costs, and improved quality. When looking at ROI, aim for positive directional ROI rather than an arbitrary number. ![Benefit Cost Graphic](https://sterlingcontrols.com/wp-content/uploads/benefit-cost-concept-hand-drawn-260nw-300017324REV.jpg "benefit-cost-concept-hand-drawn-260nw-300017324REV | Sterling Systems & Controls") ## Conclusion Automation in raw material storage and movement, ingredient batching, mixing, classifying, baking, drying, other process control functions, and overall production is transforming the food and baking industries. Adopting these technologies means improved quality, consistency, and efficiency for process engineers, operations professionals, and nutritionists. Automated systems streamline production, ensuring that each product meets high standards and helping businesses stay competitive. As the industry evolves, keeping up with automation advancements will be crucial for achieving success and meeting market demands. Whether you’re involved in food processing, baking, or pet food manufacturing, automation offers exciting opportunities to elevate your operations and achieve new levels of efficiency and quality. ## Next Step With over 50 years of expertise in custom engineering material weighing, ingredient batching, liquid handling, process control, and other bulk material handling solutions for the baking, food processing, pet food, and other consumer goods industries, Sterling Systems & Controls proudly has the experience to assist you in achieving your automation and process control goals and requirements. [Contact us today](https://sterlingcontrols.com/contact/) to discuss how our knowledge and experience can align with your goals and how you can continue your journey toward manufacturing excellence! ## Post navigation [< Back](https://sterlingcontrols.com/blog/revolutionizing-feed-mill-operations-with-advanced-automation/) [Next >](https://sterlingcontrols.com/blog/kitchen-batching-systems-precision-and-efficiency-for-commercial-kitchens/) **Categories:** Blog **Tags:** automatic batching system, Automation, Batching, batching automation, batching system, batching systems, Bulk bag unloading, ingredient batching, minor ingredient batching systems --- ### [How To Fill Bulk Bags](https://sterlingcontrols.com/blog/how-to-fill-bulk-bags/) **Published:** February 24, 2020 **Author:** p1ws **Excerpt:** How to fill bulk bags? I understand why many people ask that question. You business is growing, you are thinking about increasing the size of your bagged bulk material for shipment to your customers. No more just offering skids full of 50 or 100lb bags. You need to ship a skid with a 2000lb FIBC on it. Maybe even multiple bulk bag sizes. **Content:** # How To Fill Bulk Bags Each application for bulk bag filling can be very different. Custom designs and manufacturing is required and a supplier needs to be able to provide the highest quality automation control systems for bulk bag filling. We at Sterling Systems & Controls can handle that for you. Sterling Systems works with numerous customers to address this question of how to fill bulk bags. ![](https://sterlingcontrols.com/wp-content/uploads/IMG_0006-154x300-2.jpg "IMG_0006-154x300-2 | Sterling Systems & Controls")As an example, Systems & Controls has designed and manufactured an automation and process control system for bulk bag filling in an application where the automation and process control system includes a Motor Starter Process Control Panel. Included in this control panel (at right) is a PLC with discrete and analog outputs, an HMI 10” color touchscreen, custom automation software by Sterling Systems including all MOA (Manual-Off-Automatic) switches with running indicating lights, four (4) motor starters, and all necessary fusing, wiring etc. to meet the application requirements. The Motor Starter, Process Control Panel, is also interfaced with a pallet dispenser PLC using Ethernet IP messaging. Sterling Systems & Controls is a UL-listed control panel manufacturer. The operator interface touchscreen displays the automated bag filling process. This touchscreen is mounted in the door of the control panel and has a system overview screen graphically depicting all of the equipment being automated and that explains how to fill bulk bags. Operators can adjust operating parameters for the control system at the touchscreen. These parameters include, but are not limited to, equipment timers, weight set points and others. Multiple levels of security is also provided as part of the automation system so that adjustments can be made by selected individuals. ###### Sequence of Operation (How to Fill Bulk Bags, Example of Automating Bulk Bag Filling) - An empty pallet is on the in-feed pallet conveyor. With the system in the AUTO mode, if there is a pallet on the conveyor confirmed by a photo-eye and no pallet on the conveyor mounted on the deck, the in-feed conveyor will start to index the empty pallet forward. If there were a pallet in the bulk bag filling station confirmed by a photo-eye, the in-feed conveyor will hold the pallet in place. - A surge hopper is at the inlet and it maintains a continuous flow of material while empty bulk bags are being installed on the filling machine. Mounted to the discharge of the surge hopper is a pneumatically operated slide gate valve with a variable positioning actuator. When filling in a fast mode, the valve is fully open. At the first weight preset the valve partially closes for a moderate rate of feed. At the next preset, the valve fully closes and the vibrating deck is actuated for a preset, adjustable time cycle to increase density in the bag. When the “densification cycle” is completed and the scale is stabilized, the valve will partially open to “dribble” the last amount of material as required into the bag, then close when the target weight is achieved. - The swing-down bulk bag filler head lowers to a position that allows the operator to load a new bulk bag, then raises to the filling position. The lowering and swinging to a loading position is initiated through pushbuttons. When the operator is ready, the load pushbutton is depressed. This signals the motor to reverse, lowering the fill head and releasing the pneumatically actuated latches that release the fill head to swing into the loading position. When the operator attaches the bag loops to the fill head, the latches are closed manually. The bulk bag filling nozzle is placed over an inflatable cuff, which seals the bulk bag and seals it to the fill head. The operator depresses a pushbutton on the fill head to activate the inflatable cuff. The operator also presses a pushbutton that actuates the motor to reverse, moving the fill head to the up position. As the fill head moves up, a limit switch closes to actuate a solenoid valve that swings the head into the filling position. - The fill head includes a fan that blows open the bag to get the bag in the proper shape for filling. A spring loaded pushbutton must be held depressed to allow the fan to operate. When the pushbutton is released the fan stops. When the operator believes the bag has been properly inflated, the pushbutton is released. This can be going on as the fill head moves to the filling position. - When the fill head is in at the correct height for filling, a limit switch is activated to stop the motor. This switch will activate a timed cycle that will first Tare the scale, open the slide valve allowing the bulk bag to begin filling. - During the filling operation it may be necessary to vibrate the bulk bag to pack the material, thus making more room for material. This is normally accomplished at various weight set points. When this is activated, a set of four (4) bellows are pneumatically inflated to lift the deck away from the load cells before the vibrator starts. Some material requires more packing others. - When the target weight is achieved and the fill valve closes a second time, an adjustable cycle begins that allows the in-flight material to clear the fill chute, the fill cuff deflates releasing the fill nozzle, the latches supporting the bag loops release and the loops fall to release the bag. The fill head then indexes up to a release height, closing the highest limit switch. This is the signal for the powered roller deck to activate, moving the pallet with the filled bag onto the staging conveyor and an empty pallet to move forward. - The pallet with the filled bag will move forward, indexing to the last photo-eye. If there is already a pallet with a filled bag at this position, the pallet will index to the second position. If the second position has a pallet with a filled bag, the pallet will index to the first position. If filled bag pallets occupy all of the zones of the staging conveyor, a filled bag pallet will not index onto the staging conveyor until a pallet is removed from the staging conveyor. When a pallet is removed, the staging conveyor will automatically start to index a waiting pallet into that empty position. Each bulk bag-filling system can be unique to fit your exact application, so [contact Sterling Systems and Controls](/contact/) today! ## Post navigation [< Back](https://sterlingcontrols.com/blog/evaluating-your-inquiry/) [Next >](https://sterlingcontrols.com/blog/nema-and-ip-ratings/) **Categories:** Blog **Tags:** bulk bag filling, bulk bag handling, bulk bag packaging, bulk bags, bulk material bagging, FIBC --- ### [NEMA and IP Ratings: A Primer](https://sterlingcontrols.com/blog/nema-and-ip-ratings/) **Published:** March 3, 2020 **Author:** p1ws **Excerpt:** What are NEMA and IP ratings? What’s the difference? Let’s first define each acronym: NEMA stands for National Electrical Manufacturers Association. IP stands for Ingress Protection. In our context we are speaking about the various ratings that can be used to describe the environmental protection provided by enclosures. **Content:** # NEMA and IP Ratings: A Primer What are NEMA and IP ratings? What’s the difference? Let’s first define each acronym: NEMA stands for National Electrical Manufacturers Association. IP stands for Ingress Protection. In our context we are speaking about the various ratings that can be used to describe the environmental protection provided by enclosures. Many feel that NEMA and IP enclosure ratings are interchangeable and the same. That’s not true. However, NEMA and IP ratings are similar. They do share a common objective, that is to define the environmental rating an electrical enclosure is rated for. To be rated for a particular category the enclosure must meet certain standards as determined by testing. IP ratings refer specifically to the ingress of water or liquids and also solid objects or dust. NEMA covers additional protections including corrosion and protection against gases, The IP and NEMA ratings are not related and there is no conversion. #### NEMA RATINGS **NEMA 1**: Provides a degree of protection against “incidental contact with the enclosed equipment for indoor enclosures.” **NEMA 2**: Provides a degree of protection against “small amounts of falling water and dirt for indoor enclosures.” **NEMA 3**: Provides a degree of protection against “windblown dust, rain, sleet, and external ice formation. Intended primarily for outdoor enclosures but also for indoor enclosures.” **NEMA 3R**: Provides a degree of protection against “falling rain, sleet, snow, and external ice formation when used outdoors, and for dripping water when used indoors. Typically used for wiring and junction boxed.” **NEMA 3S**: Provides a degree of protection against “windblown dust, rain, sleet, and provides operation of external mechanisms when ice laden. Intended primarily for outdoor enclosures but also for indoor enclosures.” **NEMA 4**: Provides a degree of protection against “a pressurized stream of water where an occasional washdown or where machine tool cutter coolant is used. For indoor/outdoor use.” **NEMA 4X**: Provides a degree of protection against “corrosive materials and caustic cleaners. These enclosures are made of stainless steel, aluminum, fiberglass, or polycarbonate and used for food and beverage or applications where total washdowns with disinfectants will occur repeatedly. For indoor/outdoor use.” **NEMA 5**: Provides a degree of protection against “settling airborne dust, falling dirt, and dripping non-corrosive liquids. Intended for indoor/outdoor use. “. **NEMA 6**: Provides a degree of protection against “water entry during a temporary submersion at a limited depth. Intended for indoor/outdoor use.” **NEMA 6P**: Provides a degree of protection against “water entry during a prolonged submersion at a limited depth. Intended for indoor/outdoor use.” **NEMA 12**: Provides a degree of protection against “falling dirt, dripping non-corrosive liquids, airborne contaminents and non-pressurized water and oil. These enclosures have no knockouts and are used for indoor applications such as automation control, drives systems, packaging, material handling and manufacturing applications.” **NEMA 12K**: Provides a degree of protection against “dust, falling dirt, dripping non-corrosive liquids (except at knockouts). These enclosures with knockouts are used for indoor use.” **NEMA 13**: Provides a degree of protection against “dust, spraying of water, oil and non-corrosive coolant. Intended for indoor use.” #### IP RATINGS IP ratings use a 3 character system. The rating is preceded by the letters IP. The next following character indicates the Solids protection rating, the following character indicates the Liquids protection rating, and the last character is used only to indicate High-Pressure Testing. EXAMPLE: IP69K – Solids protection rating 6, Liquid protection rating 9 and K indicates high pressure service rating. **IP RATINGS FOR SOLIDS** **Rating 0**: No protection from ingress of objects. **Rating 1**: Protection from objects larger than 50mm. No ingress of objects larger than 50mm (1.97″), i.e. hands, but not fingers. **Rating 2**: Protection from objects larger than 12.5mm. No ingress of objects larger than 12.5mm (0.49″), i.e. fingers or similar. **Rating 3**: Protection from objects larger than 2.5mm. No ingress of objects larger than 2.5mm (0.098″), i.e. screwdriver or similar. **Rating 4**: Protection from objects larger than 1mm. No ingress of objects larger than 1mm (0.039″), i.e. wires, large bugs and similar. **Rating 5**: Protection from limited dust ingress protection. No ingress of most dust particles but not complete ingress. **Rating 6**: Protection from full dust ingress. No ingress of dust (dust tight). Surpasses previous protection limits. **IP RATINGS FOR LIQUIDS** **Rating 0**: No protection from ingress of liquids. **Rating 1**: Protection from straight water drops. No vertical water dripping ingress (i.e. 1mm rainfall/min). **Rating 2**: Protection from water dripping at 15 degree angle. No water drop ingress at 15 degree angle (i.e. 3mm rainfall/min). **Rating 3**: Protection from water dripping at 60 degree angle. No water spray ingress at any angle up to 60 degrees (i.e. water spray nozzle). **Rating 4**: Protection from water splash, all directions. No water splash ingress from any angle. **Rating 5**: Protection from water jets. No ingress from a 4.4psi (0.3bar) water jet at 3m distance from any angle. **Rating 6**: Protection from powerful water jets. No ingress from a 14.5psi (1bar) water jet at 3m distance from any angle. **Rating 6K**: Protection from high power water jets. No ingress from a 145psi (10bar) water jet at 3m distance from any angle. **Rating 7**: Protection from up to 1m water immersion. No ingress from immersion of lowest part up to 1000mm below water surface. **Rating 8**: Protection from over 1m water immersion. No ingress from immersion of lowest part up to 3m below water surface. **Rating 9K**: Protection from high pressure and temperature water jets. No ingress up to 1100psi to 1450psi (80bar to 100bar) close range water jet pressure with water up to 176 degrees F (80 degrees C). Surpasses previous protection limits. Sterling Systems & Controls is a UL certified control panel manufacturer. We understand these issues and ratings. If you have any questions feel free to [contact us](/contact/). ## Post navigation [< Back](https://sterlingcontrols.com/blog/how-to-fill-bulk-bags/) [Next >](https://sterlingcontrols.com/blog/lot-tracking-for-batching/) **Categories:** Blog **Tags:** control panel, Controls, enclosure ratings --- ### [Automatic Batching for Compounding](https://sterlingcontrols.com/blog/automatic-batching-for-compounding/) **Published:** April 14, 2020 **Author:** p1ws **Excerpt:** Sterling Systems & Controls, Inc. is pleased to announce it has custom engineered and manufactured an automatic batching system for the ingredient batching of the rubber compounding process. A hybrid ingredient bulk material batching system combines minor bin and bulk bag ingredient batching providing automatic batching for a rubber manufacturing compound. **Content:** # Automatic Batching for Compounding ![Minor Ingredient Compounding Batching System](https://sterlingcontrols.com/wp-content/uploads/INGREDIENT-SYSTEM-IN-PLANT-5-300x225.jpg "| Sterling Systems & Controls")*Sterling, IL – Immediate Release*: Sterling Systems & Controls, Inc. is pleased to announce it has custom-engineered and manufactured an automatic batching system for the ingredient batching of the rubber compounding process. A hybrid ingredient bulk material batching system combines minor bin and bulk bag ingredient batching, providing automatic batching for a rubber manufacturing compound. This automatic batching system successfully replaces the unproductive, slower, and labor-intensive manual batching process with a more profitable, efficient, fast, and accurate automated system. The [minor ingredient batching system](https://sterlingcontrols.com/products/minor-major-weighing-systems/) is customizable and can be configured with virtually any bins and/or bulk bag stations. In one rubber compounding application, the compounder uses a Sterling Systems automatic batching system with 10 Ingredients (7 bins and 3 bulk bags) that directly feed batch containers. Each batch is weighed via a gain-in-weight system on the systems’ roller conveyor. Further customization of the automatic batching system provided by Sterling Systems includes a dust collection system for dust control during the automatic ingredient batching. The overall system also includes a pallet platform, a stairway to gain access to the work and pallet platform, and a rolling stairway to gain access to untie the bulk bag ingredients. Controls for the Sterling automatic batching system include a PLC control panel, a PC enclosure with an industrial grade PC, a panel-mounted 17” flat screen monitor, a NEMA12 keyboard, and a smart uninterruptable power supply (UPS). Sterling Systems’ custom batching control software provided is easy to use, has virtually unlimited storage of formulas and ingredients, lot tracking and traceability, batch validation and much more. ![WebCentral Remote Supervisory Software](https://sterlingcontrols.com/wp-content/uploads/WebCentral-Ingredients-300x217.jpg "| Sterling Systems & Controls")WebCentral Remote Supervisory ControlSterling Systems & Control also included its WebCentral supervisory control application. WebCentral is a browser-based application that allows you to access the database of a Sterling Systems batching control system application without the need for any software to be installed on the remote PC’s. Sterling Systems & Controls, Inc. has 45+ years of experience providing efficient solutions for process equipment, batching, micro, minor and bulk weighing, bag filling and unloading systems, as well as plantwide automation. Sterling’s designs utilize the latest technology to provide specialized data management, raw material management, along with production data tracking. Sterling’s systems can optionally be interfaced by remote users using our unique WebCentral™ supervisory control application. For more information [contact Sterling Systems & Controls](/contact/). ## Post navigation [< Back](https://sterlingcontrols.com/blog/automatic-or-semi-automatic-batching/) [Next >](https://sterlingcontrols.com/blog/liquid-dosing-systems/) **Categories:** News, Press Releases **Tags:** automatic batching system, minor ingredient batching, minor ingredient batching systems, Rubber Compounding --- ### [Broadest Range of Weighing Solutions](https://sterlingcontrols.com/blog/broadest-range-of-weighing-solutions/) **Published:** May 4, 2020 **Author:** p1ws **Excerpt:** Sterling Systems & Controls, Inc. is pleased to announce that it has the broadest range of weighing solutions. Its wide ranging variety of material weighing systems for many industries and applications including those in agriculture, food, baking, feed production, aggregates, rubber and many more. Materials can be dry solids and/or liquids. Each material weighing system is customized to meet the exact requirements and demands of our customer. **Content:** # Broadest Range of Weighing Solutions *Sterling, IL: For immediate release.* Sterling Systems & Controls, Inc. is pleased to announce that it has the broadest range of weighing solutions. Its wide-ranging variety of [material weighing systems](https://sterlingcontrols.com/material-weighing-systems/) for many industries and applications, including those in agriculture, food, baking, feed production, aggregates, rubber, and many more. Materials can be dry solids and/or liquids. Each material weighing system is customized to meet the exact requirements and demands of our customers. Applications include semi-automatic and automatic ingredient batching systems using one or multiple scales. Scales can be fixed scale hoppers, movable mixing bins or bowls, tubs, conveyor scales and many other custom designs. Sterling Systems & Controls specializes in weigh batching with micro, minor, and major bulk weights. Its broadest range of weighing solutions can have scale accuracy to within grams, depending upon weight sizes and other system requirements. Material weighing systems can include mechanical and electrical components, motor and automation controls, and integration into factory and corporate systems. Sterling Systems & Controls, Inc. provides upfront design engineering from process to automation, along with 24/7 service and support. **Material weigh solutions include features:** - Batching Systems are [Semi-Automatic](https://sterlingcontrols.com/applications/kitchen-batching-system/) (a.k.a. Kitchen Batching Systems) or [Automatic](https://sterlingcontrols.com/products/micro-weighing-systems/) in Operation - Mulitple Components/Ingredients in Batch - Multiple Formulations - Completed Batches are Manually or Automatically Transported Downstream in the Process - Report Generation - Interfaces to Upper Level Systems - RFID or Barcode Scanning for Lot Tracking, [Traceability and Validation](https://sterlingcontrols.com/traceability/) - Supervisory Remote Control with [WebCentral Application](https://sterlingcontrols.com/applications/supervisory-control/) Sterling Systems & Controls, Inc. has 45+ years of experience providing efficient solutions for process equipment, batching, micro, minor and bulk weighing, bag unloading systems, as well as plant automation. Sterling’s designs utilize the latest technology to provide specialized data management, raw material management, along with production data tracking. For more information [contact Sterling Systems & Controls](/contact/). ## Post navigation [< Back](https://sterlingcontrols.com/blog/liquid-dosing-systems/) [Next >](https://sterlingcontrols.com/blog/mother-totes-for-system-to-dose-liquids/) **Categories:** News, Press Releases **Tags:** Batching, batching automation, batching system, batching systems, bulk bag filling, bulk batching systems, ingredient batching, material weighing, material weighing system, material weighing systems, Micro Batching System, Micro Ingredient Batching System, minor ingredient batching systems, Weighing System, Weighment Accuracy --- ### [Mother Totes for System to Dose Liquids](https://sterlingcontrols.com/blog/mother-totes-for-system-to-dose-liquids/) **Published:** June 22, 2020 **Author:** p1ws **Excerpt:** It isn’t unusual for Sterling Systems & Controls to be called in to fix problems with equipment systems of other brands. One major snack food producer did just that and it involved a liquid dosing system. The solution was mother totes for system to dose liquids. **Content:** # Mother Totes for System to Dose Liquids It isn’t unusual for Sterling Systems & Controls to be called in to fix problems with equipment systems of other brands. One major snack food producer did just that and it involved a liquid dosing system. The solution was mother totes for system to dose liquids. This was a sizeable project and included several dry ingredient systems and liquid additive systems needed retrofitting. In this instance, we are speaking about the liquid system, which Sterling Systems also engineered new [automation and process controls](https://sterlingcontrols.com/products/process-controls-automation/) to replace the competitive panels and systems. Sterling’s recommendations were accepted by the customer almost verbatim, a liquid dosing tote system with “mother” totes that were heated and moveable storage inventory totes that fed the mother totes. The liquids were pumped or dosed out of the mother totes. ![liquid dosing tote system](https://sterlingcontrols.com/wp-content/uploads/Tote-System-231x300-1.jpg "Tote-System-231x300 | Sterling Systems & Controls")Tote System with “Mother Tote” and Supply Tote. About a third of the value of the total work was the addition of a packaged liquid dosing tote system. The liquid dosing tote system consisted of three tote systems and the associated pumping and metering. The tote system includes the “mother” tote inside the lower enclosure with a heating blanket, and the supply tote on top that feeds the mother tote when required. The pumping system is on a rack located next to the totes, and the Coriolis type Flowmeters, scale hopper and mixers are further downstream. The three (3) liquid dosing tote systems include the following liquids: Honey, Molasses, and Refiners Syrup. The lower “mother tote” is a Poly Bottle with food grade “micro pore” super smooth inside finish. High-efficiency insulation for high concentrations of temperature-sensitive liquids, preset to 90ºF to 110ºF or adjusted as required. Other features and/or specifications include: - Inner Bottle-poly bottle with food grade ‘Micro-Pore’ super smooth inside finish. - Full Tube and Transfer Hose– -60” x 2” Clear PVC food grade hi-flex liquid transfer hose with stainless steel couplings. Tote System with “Mother Tote” and Supply Tote. - Inter-Stack Stand– a 10” stand gives sufficient clearance for the transfer hose, lid access and the remote elevated vent. - Vent –Elevated remote vent installed on the 10” inter-stack stand - Valve.-2” full port ball valve with 2” Cam Lock dust cap. - White Santo-Prene flange gasket. - Heater-New design 1200 watt, Thermal Cell-all 304 stainless steel. - Electrical – Standard 110-120 volts “plug in” 15 amp integral heater and thermostat. - Heater plug-in will be at the rear of the tote. - Thermostat and Thermowell temperature controlled. - Adjustable thermostat setting for temperature control at 110°F. - Lid.-Standard 7” threaded lid with automatic vacuum vent. - Frame– Full enclosure, all 304L stainless steel, polystyrene high-density R-5 insulation on all four sides. Sight area and calibration label open to view for inventory management. - All welds clean and wire buffed. ![LIQUID DOSING TOTE SYSTEM](https://sterlingcontrols.com/wp-content/uploads/MAIN-BATCHING-PROCESS-SCREEN-300x225.jpg "thumbnail-sterling-automation-mixer2-150x150 | Sterling Systems & Controls")Main Process ScreenThe process control and automation of the mother totes for liquid dosing system is integrated into one of several new control panels supplied by Sterling Systems on this upgrade project. While not shown here, this screen shot shows the main process graphic screen. The liquid dosing tote systems can be controlled to specific metered amounts or the fluids can be weighed by scale hoppers and pumped to the mixers. ## Post navigation [< Back](https://sterlingcontrols.com/blog/broadest-range-of-weighing-solutions/) [Next >](https://sterlingcontrols.com/blog/affordable-hand-prompt-batcher-eliminates-bad-batches/) **Categories:** Blog **Tags:** automatic batching system, liquid batching system, liquid dosing, liquid dosing system --- ### [Affordable Hand Prompt Batcher Eliminates Bad Batches](https://sterlingcontrols.com/blog/affordable-hand-prompt-batcher-eliminates-bad-batches/) **Published:** July 8, 2020 **Author:** p1ws **Excerpt:** Sterling Systems & Controls, Inc. is pleased to present its affordable hand prompt batcher, its most affordable batching system, the semi-automatic hand prompt batching systems. Sterling Systems custom engineers and manufactures semi-automatic hand prompt batching systems, as well as automatic micro, minor, and bulk weighing and ingredient batching systems, process controls, and plant automation. **Content:** # Affordable Hand Prompt Batcher Eliminates Bad Batches ![Hand Prompt Batcher](https://sterlingcontrols.com/wp-content/uploads/HAND-PROMPT-STATION-1-scaled-e1594216390648-2-1024x849.jpg "HAND-PROMPT-STATION-1-scaled-e1594216390648-2 | Sterling Systems & Controls")Sterling Systems & Controls, Inc. is pleased to present its affordable hand prompt batcher, most affordable batching system, and semi-automatic hand prompt batching system. Sterling Systems custom engineers and manufactures semi-automatic hand prompt batching systems, as well as automatic micro, minor, and bulk weighing and ingredient batching systems, process controls, and plant automation. With our 45+ years of experience, we have been able to provide this Entry-Level Affordable Batching Controller. The Affordable Hand Prompt Batching System is a semi-automatic batching system that still requires operator involvement through each step in the batching process but provides automated operator instructions/prompting, ingredient validation and lot tracking, automatic weighing with over/under tolerance control, etc. This Affordable Batching System will eliminate bad batches that result from operator error and interruption. The operator no longer needs to keep track of where he is in the batching process; the automated Hand Prompt Batching Station does that for him automatically. No missed ingredients! No bad batches! The Affordable Batching Controller’s PC and Touchscreen Display will ask the operator to weigh ingredients. Sterling Systems & Controls’ Affordable Batching Controller sequences an operator through a formula one ingredient at a time. The primary advantage of the system is to ensure that each ingredient is added to the container within a programmed weight tolerance and from the correct ingredient lot before the controller indexes to the next ingredient to be added. This will ensure the validity of all batches created by the operator. Sterling Systems & Controls, Inc. has 45+ years of experience providing efficient solutions for process equipment, batching, micro, minor, and bulk weighing, bag unloading systems, bag filling systems, and plant automation. Sterling Systems’ designs utilize the latest technology to provide specialized data management, raw material management, along with production data tracking. For more information contact Sterling Systems & Controls. ![HAND PROMOPT BATCHING](https://sterlingcontrols.com/wp-content/uploads/HANDPROMPTODDSWEIGHSCREEN-1-300x164.png "coroilis-mass-flowmeter | Sterling Systems & Controls") ## Post navigation [< Back](https://sterlingcontrols.com/blog/mother-totes-for-system-to-dose-liquids/) [Next >](https://sterlingcontrols.com/blog/real-weighing-and-batching-solutions-for-the-food-industry/) **Categories:** News, Press Releases **Tags:** batching system, hand prompt batcher, hand prompt batching system, semi-auto batching --- ### [Best Transition from Manual Batching](https://sterlingcontrols.com/blog/best-transition-from-manual-batching/) **Published:** January 15, 2021 **Author:** p1ws **Excerpt:** The best transition from manual batching is semi-automatic. Let’s discuss this just a bit. Manual Batching = Messy Lot Tracking, Weighing Errors, Unacceptable Scrap and Material Loss. First Step Solution = Semi-Automatic Batching. **Content:** # Best Transition from Manual Batching ![HANDPROMPTODDSWEIGHSCREEN-1-e1610730407643](https://sterlingcontrols.com/wp-content/uploads/HANDPROMPTODDSWEIGHSCREEN-1-e1610730407643-2-600x327.png) The best transition from manual batching is semi-automatic batching. Manual Batching = Messy Lot Tracking, Weighing Errors, Unacceptable Scrap and Material Loss. First Step Solution = Semi-Automatic Batching. The Hand Prompt Batching Station is the best transition from manual batching and is a semi-automatic batching system that still requires operator involvement through each step in the batching process, but provides automated operator instructions or prompting, ingredient validation and lot tracking, automatic weighing with over/under tolerance control, etc. The [Hand Prompt Batching Station](/products-capabilities/batching-weighing/hand-prompt-batching-station/) serves a wide range of industrial applications where the negative effects of time-consuming and problematic manual batching need to be eliminated. The Hand Prompt Batching Station is the most affordable of the semi-automatic systems and will eliminate bad batches that result from operator error and interruption. The operator no longer needs to keep track of where he is in the batching process, the automated Hand Prompt Batching Station does that for him automatically. No missed ingredients! No bad batches! **Application Example – PetFood** The hand prompt batching in PetFood application example using the semi-automatic hand prompt batching system is at a pet food (treats) manufacturing plant in the “small cold extrusion” process. **Hand Prompt Batching Systems** Sterling Systems & Controls, Inc. designs and manufactures Hand Prompt Stations (above picture shown with optional bag dump) to meet the specific requirements of each customer as needed. The Hand Prompt Batching Station serves a wide range of industrial applications where the negative effects of time-consuming and problematic manual batching need to be eliminated. ## Post navigation [< Back](https://sterlingcontrols.com/blog/batching-systems-include-material-lot-tracking/) [Next >](https://sterlingcontrols.com/blog/do-you-compound-rubber/) **Categories:** Blog **Tags:** batch controller, Batching, batching controller, hand prompt batching, hand prompt batching station, semi automatic batching --- ### [Mixer Control for Rubber Compounding](https://sterlingcontrols.com/blog/mixer-control-for-rubber-compounding/) **Published:** July 28, 2020 **Author:** p1ws **Excerpt:** Mixer control for rubber compounding is critical to quality and production efficiency. Most often to produce a rubber compound a combination of plastic resin (pellets, flakes, powders, or liquid) is combined with other materials, including liquids and bulk solid materials. Sterling Systems & Controls, Inc. has introduced a customized system for a rubber compounding application. **Content:** # Mixer Control for Rubber Compounding Mixer control for rubber compounding is critical to quality and production efficiency. Most often, to produce a rubber compound, a combination of plastic resin (pellets, flakes, powders, or liquid) is combined with other materials, including liquids and bulk solid materials. Sterling Systems & Controls, Inc. has introduced a customized system for a rubber compounding application. This system includes a variety of mechanical equipment, such as a bulk bag unloading system, complete automation of the mixing and batching processes, and electrical controls. ![Mixer Control for Rubber Compounding](https://sterlingcontrols.com/wp-content/uploads/RUBBER-MIXER-PROCESS-SCREEN-300x224.jpg "| Sterling Systems & Controls")Batched ingredients (liquid and solid materials) must be mixed. A specialty mixer is used. The workhorse mixer of the rubber manufacturing industry is the internal mixer, or Banbury (named for its principal inventor), in which heat and pressure are applied simultaneously. The internal mixer uses two interrupted spiral rotors moving in opposite directions at a set RPM, as the compounding process requires for the specific rubber compound to be produced. The shearing action in the internal mixer is intense, and the power required for the mixing/blending operation can be quite high. Mixer control for rubber compounding is required to produce the end product and is automated for optimal efficiency. This is a part of the overall automation and process control system provided by Sterling Systems & Controls, which includes the mixing/blending process, main batching process, auxiliary batching, drop mill process, extruding, and cooling. An HMI mixing screen provided in Sterling Systems’ automation system is an extension of the main batching screen, which shows all of the equipment associated with the mixer. From the mixing screen, the user can control the mixer’s RPM on the formula being run and view the status of and control related equipment. This screen also offers a data trending screen, allowing the user to view the batch temperature, mixer torque, power, and mixer speed for the last twenty hours. Sterling Systems & Controls, Inc. has over 50 years of experience providing efficient solutions for process equipment, batching, micro, minor and bulk weighing, bag unloading systems, as well as plant automation. Sterling’s designs utilize the latest technology to provide specialized data management, raw material management, along with production data tracking. For more information [contact Sterling Systems & Controls](/contact/). ## Post navigation [< Back](https://sterlingcontrols.com/blog/real-weighing-and-batching-solutions-for-the-food-industry/) [Next >](https://sterlingcontrols.com/blog/custom-batching-systems-prewired/) **Categories:** News, Press Releases **Tags:** Banbury Mixer, BANBURY MIXER CONTROL, Mixer Control, Mixing Control in Rubber Compounding, Rubber Compounding --- ### [Automation Migration Critical](https://sterlingcontrols.com/blog/automationmigration/) **Published:** September 28, 2020 **Author:** p1ws **Excerpt:** Sterling, IL For Immediate Release: Automation Migration Critical to Process Efficiency. Sterling Systems & Controls, Inc. announces that it provides for continuity of automation upgrade within their batching control automation systems for the baking, food and other industries. Example: A major livestock feed manufacturer has seamlessly maintained state-of-the-art automation control of the feed manufacturing processes across several decades. **Content:** # Automation Migration Critical *Sterling, IL For Immediate Release*: Sterling Systems & Controls, Inc. announces that it will provide a continuity of automation upgrade within its batching control automation systems for the baking, food, and other industries. **Example:** A major livestock feed manufacturer has seamlessly maintained state-of-the-art automation control of the feed manufacturing processes across several decades. ![Feed mill automation control panel with state-of-the-art technology](https://sterlingcontrols.com/wp-content/uploads/15-240x300.jpg "15 | Sterling Systems & Controls")Beginning in the early 1970’s Sterling Systems & Controls first provided automated controls for the feed production process. As technology advanced, subsequent automation migration and upgrades were affordably and efficiently accomplished in the 1990’s and again in the second decade of the 21st century. This continuity of automation migration and upgrade has greatly assisted the feed manufacturer by increasing process efficiency in providing feed that help livestock producers get the most out of each pound of feed and each head of livestock. Sterling is a UL-listed control panel builder. This along with Sterling’s expertise, deep knowledge of automation technology, and understanding of customer applications and processes in baking, food, feed and many other industries, means they are uniquely suited to providing automation and control systems for the feed and grain, baking, food and many related industries that stand the test of time and easily maintain technological state-of-the-art. Sterling Systems & Controls has over 45 years of experience in providing efficient solutions for batching, micro, minor and bulk weighing systems, as well as plant automation. Sterling’s state-of-the-art designs utilize the latest technology to provide specialized data management, raw material and ingredient management, along with production data tracking. Sterling’s engineers custom design complete processing systems and automation for a wide range of industries. For more information [contact Sterling Systems & Controls](/contact/). ## Post navigation [< Back](https://sterlingcontrols.com/blog/dont-dust-socks-impact-scale-hopper-accuracy/) [Next >](https://sterlingcontrols.com/blog/multiple-batching-stations/) **Categories:** News, Press Releases **Tags:** Automation, automation migration, Bakery Automation, Feed and Petfood Automation, Feedmill Automation, Food Processing, plant automation, process automation --- ### [Multiple Batching Stations](https://sterlingcontrols.com/blog/multiple-batching-stations/) **Published:** October 21, 2020 **Author:** p1ws **Excerpt:** Bakery batching stations can be more simple than other applications or batching system counterparts, such as in feed mills. In this application example Sterling Systems & Controls, Inc. implemented a batching control system with multiple batching stations. **Content:** # Multiple Batching Stations ![PAR-BATCHING-STATION-289×300](https://sterlingcontrols.com/wp-content/uploads/PAR-BATCHING-STATION-289x300-1.jpg) Bakery batching stations can be simpler than other applications or batching system counterparts, such as in feed mills. In this application example, Sterling Systems & Controls, Inc. implemented a batching control system with multiple batching stations. Usually, there would be a single batching station. This application was provided with three batching stations using a single Allen Bradley PLC controller. The customer has two areas or lines. The first line has only one batching station, but it is expandable to add a second batching station if required. The second line has two batching stations which share flour, oil, and water as their bulk ingredients. Multiple batching stations are provided for the total system to deliver operator convenience and flexibility. Typically when each batching station makes a call for flour or oil, the PLC request will be handled as first come first serve (FIFO). Flour is conveyed pneumatically and oil is pumped to either mixer as available. Water, however, can be tempered or chilled. Water going to each mixer can be called at any time without waiting for the other to finish because each mixer has a dedicated flow meter for each type of water that is monitored to meter how much water goes into the mixer. The Batching screen shows a flour scale mixer, and liquid meters. When the equipment or vessel is on or active, the graphic will go from dark gray to bright white. If an alarm exists on any equipment, a red square surrounds the device with a pulsating red triangle. Each batching vessel has a batch block, including ingredient and bin information. The text that shows status are color coded indicating any abnormal condition as red, normal operation as green, waiting condition as orange, or idle condition as black. Each ingredient bin above each scale shows calculated level as a narrow bar graph and they are color coded as well. The color coding is determined by the level set points and bin inventory in the bin assignment table . The bar graph will be blue if above the warning set point, yellow if between the warning and low set point, and red if below the low set point. Each scale has a scale gauge that shows the target set point and net amount underneath. A green band on the gauge is the graphical representation of the target weight set point. The needle will move closer to the green band as the scale hopper fills. The modern touchscreen graphic display conforms to ISO 11064, ISA101, ANSI, and ASM standards and practices. ![BREAD-DOUGH-MIXING-e1662756976675](https://sterlingcontrols.com/wp-content/uploads/BREAD-DOUGH-MIXING-e1662756976675-3-600x375.jpg) ### Mixer Controls The second part to the batching system is the mixer controls. The batching stations do not directly control the mixer operation but the mixer speed references and flour slide gate open/close commands are sent to a separate mixer controller. The mixer controllers and their programming were supplied by a different vendor in this case. This other vendor has Allen-Bradley PLC mixer controllers at each of the multiple batching stations and the batching stations communicate with the mixer controllers over the Ethernet/IP network. They also send the Sterling Systems batching system status and alarm conditions that are displayed and notified on the batching system HMI. Once each batch cycle is finished, the mixer operation takes control to tilt the bowl down and “kick” the dough out into a trough. Pizza crust and flat bread is the end product made at the customer plant. Hand adds were also a part of the overall batching system. Hand Adds and Premix’s are prompted and can be acknowledged from the batching stations. One unique aspect of this specific batching system application, compared to others Sterling Systems has completed, is that the commissioning of both of the two lines was done remotely due to COVID-19 restrictions imposed by the customer and Sterling Systems to protect all employees. Sterling Systems, two electricians, the customer, other contractors, and customer IT people worked together on various occasions from installation questions, IO checkout involvement, equipment configurations and setup, to training. ## Post navigation [< Back](https://sterlingcontrols.com/blog/automationmigration/) [Next >](https://sterlingcontrols.com/blog/helping-seeds/) **Categories:** Blog **Tags:** Bakery, Batching, batching system, batching systems --- ### [Helping Seeds Engineering Services](https://sterlingcontrols.com/blog/helping-seeds/) **Published:** January 7, 2021 **Author:** p1ws **Excerpt:** Sometimes you need a helping hand. Helping seeds, as an industry, is something requiring expertise in technology and process. **Content:** # Helping Seeds Engineering Services ![ProcessAuto2](https://sterlingcontrols.com/wp-content/uploads/ProcessAuto2-1-600x450.jpg) Helping seeds, as an industry, is something requiring expertise in technology and process. In one example a grass seed producer needed to batch seeds and other ingredients. Grass seed mix is a batching of multiple ingredients, typically including the seed, fertilizer and wood fiber or crumbles. Sometimes a helping hand is needed, such as providing engineering services for the batching and transfer of ingredients and mixed products. Sterling Systems engineers and manufactures control panels that incorporate electronic automation hardware as well as software for the applications involved. In this case the end user provided the control panels, PLC (Allen Bradley), and scale hardware. In providing the engineering services for “Helping Seeds”, Sterling Systems was contracted to provide the software engineering, technical engineering writing, process control engineering, test and check out and onsite start-up services as well. **“Helping Seeds” basic engineering services included**: - Creating an Equipment List - Identifying and documenting associated Input / Output details (Type and Voltage) - Writing a Sequence of Operation - Engineering Surge Hopper Refilling with enable/disable - Engineering Set-Point Batching @ each scale/mixer, single ingredient - PLC programming per flow diagram and discussions - PanelView+ (PV+) programming per flow diagram (for both PV+7 and PV+15) ![](https://sterlingcontrols.com/wp-content/uploads/ProcessManual2-300x225-1.jpg "ProcessManual2-300x225 | Sterling Systems & Controls")Manual Operation## WebCentral In addition, Sterling Systems provided WebCentral remote supervisory control software application,a browser-based supervisory control software application that allows you to access the database of a Sterling Systems control system. It allows you to do things like add or remove ingredients, create and manage recipes, manage ingredient and product inventories, setup a batching schedule, and review and print historical reports in a batching control system. Because WebCentral is browser-based, it is very simple and intuitive to use. This also means that WebCentral can be accessed by virtually any computer that is networked with the Sterling Systems batching or other type of control system, without having to install any software, other than a web browser. ## Post navigation [< Back](https://sterlingcontrols.com/blog/multiple-batching-stations/) [Next >](https://sterlingcontrols.com/blog/batching-systems-include-material-lot-tracking/) **Categories:** Blog **Tags:** engineering services, grass seed mix batching, programming PLC, seed industry --- ### [Batching Systems Include Material Lot Tracking](https://sterlingcontrols.com/blog/batching-systems-include-material-lot-tracking/) **Published:** January 13, 2021 **Author:** p1ws **Excerpt:** Sterling Systems & Controls, Inc. custom engineers and manufactures material weighing and batching systems and is pleased to announce that lot tracking material traceability is available. Batching Systems Include Material Lot Tracking is an important announcement. **Content:** # Batching Systems Include Material Lot Tracking Sterling Systems & Controls, Inc. custom engineers and manufactures material weighing and batching systems and is pleased to announce that lot tracking material traceability is available. [Batching Systems](https://sterlingcontrols.com/products/batching-systems/) Include Material Lot Tracking is an important announcement. Raw material lot tracking is a requirement in many industries for safety, including the Food industry, where end products are for human consumption and Animal Feed and Petfood industries, where animals (chickens, cattle, hogs, dogs, etc.) are mass-fed or Feed/Petfood is commercially sold. ![Mixer Control](https://sterlingcontrols.com/wp-content/uploads/ScalesMixerScreenRunningWithControlPanel-300x167.png "| Sterling Systems & Controls")Sterling Systems custom engineers and manufactures weighing control systems that can require operators to enter a valid lot number before the system proceeds further. This can be done by scanning a barcode, manual entry, or by RFID. The Weighing Control System would include a Lot Table that contains records for each material’s lot number. Often lot tracking and ingredient traceability is combined with batch validation at the use or consumption point, such as at a mixer This takes product safety a step further by not only providing the tracking and traceability of each ingredient in the material batch, but by also confirming and validating that the correct batch was put into the mixer or consumed as required. Sterling Systems & Controls, Inc. has 50 years of experience providing efficient weighing solutions. For more information [contact Sterling Systems & Controls](/contact/). ## Post navigation [< Back](https://sterlingcontrols.com/blog/helping-seeds/) [Next >](https://sterlingcontrols.com/blog/best-transition-from-manual-batching/) **Categories:** News, Press Releases **Tags:** batching systems, lot tracking, material traceability, weighing systems --- ### [Rubber Compounding](https://sterlingcontrols.com/blog/do-you-compound-rubber/) **Published:** February 10, 2021 **Author:** p1ws **Excerpt:** The first step in most rubber manufacturing processes is compounding. This requires the accurate batching of ingredients together for further processing. **Content:** # Rubber Compounding ![compunding-rubber](https://sterlingcontrols.com/wp-content/uploads/compunding-rubber-600x450.jpg) The first step in most rubber manufacturing processes is compounding. Rubber compounding involves the science and engineering of rubbers and rubber additives, such as processing aids, fillers, and curing agents, in definite proportions to obtain a uniform mixture with desirable physical and chemical properties at low cost and end-use performance. Rubber compounds can take rubber’s natural resilience and supercharge it. Some rubbers need to be more resilient than others and vice versa. That’s where specific rubber compounds come into play. Rubber specialists are able to modify resiliency to exact specifications for customers. Compounding rubber requires the accurate batching of ingredients together for further process. Most often to produce a rubber compound a combination of plastic resin (pellets, flakes, powders, or liquid) is combined with other materials, including liquids and/or bulk solid materials. Sterling Systems & Controls, Inc. designed and supplied a customized batching system for a rubber compounding application where industrial hoses and fittings are manufactured. This rubber batching system includes a minor ingredient batching system, a hand-add semi-automatic hand-add batching system, dust collection, automatic indexing of totes (also provided by Sterling Systems & Controls) and a state-of-the-art automation control system including standard Allen Bradley PanelView+ touchscreen HMI’s and PLC, and a Sterling Systems customized FactoryTalk ME software application. Electrical controls are also provided. [More Information](https://sterlingcontrols.com/industries-applications/industrial-processing/rubber-batching/) ## Post navigation [< Back](https://sterlingcontrols.com/blog/best-transition-from-manual-batching/) [Next >](https://sterlingcontrols.com/blog/pellet-mill-control-and-automation/) **Categories:** Blog **Tags:** BANBURY MIXER CONTROL, Compounding, Mixer Control, Rubber Batching, Rubber Compounding --- ### [Pellet Mill Control and Automation](https://sterlingcontrols.com/blog/pellet-mill-control-and-automation/) **Published:** February 24, 2021 **Author:** p1ws **Excerpt:** Sterling Systems & Controls, Inc. is pleased to announce the availability of its state-of-the-art pellet mill control and automation software for the control and automation of pelleting mills and processes that may be found in feed mill and pet food manufacturing facilities. This new automation software is designed using Windows based .NET framework technology for greater openness, graphics and overall capability to simplify operation and improve efficiency of cost and throughput. **Content:** # Pellet Mill Control and Automation Sterling Systems & Controls, Inc. is pleased to announce the availability of its state-of-the-art pellet mill control and automation software for the control and automation of pelleting mills and processes that may be found in feed mill and pet food manufacturing facilities. This new automation software is designed using Windows-based .NET framework technology for greater openness, graphics, and overall capability to simplify operation and improve efficiency of cost and throughput. ![Pellet Mill Process Screen](https://sterlingcontrols.com/wp-content/uploads/PELLET-MILL-PROCESS-SCREEN-1-300x164.png "| Sterling Systems & Controls")**Benefits of the Sterling Systems pellet mill control and automation software include:** 1\) Custom-designed pellet mill control software application to meet your exact automation and system requirements 2\) Integrated mill monitoring and histogram displays 3\) Control functions maximize throughput and high output 4\) Pellet mill is optimized based on mill condition 5\) Mill plug conditions are averted through use of smart control 6\) Mill shutdown is automatic if it becomes plugged. The Sterling Systems pellet mill control and automation software design provides equipment and software using Allen-Bradley PLC’s and desktop PC’s running Sterling Systems’ customized Windows-based Automation Software. While the pelleting process control has historically been done manually or semi-automatically, the Sterling Systems pelleting system uses the customer production requirements and formulas to create a customized and fully automated pelleting process. The Sterling Systems pellet mill control and automation application is constantly evaluating information from the process. Feeder adjustments are made for dry and liquid materials to bring the pellet mill electrical current to target levels. Feeder speed ramps up, steam valve is also ramped up. The feeder and steam adjustments continue until the current and mash temperature set-points are reached. This provides for smoother and faster achievement of maximum efficiency with minimum downtime. The custom design of the software ensures the pellet mill automation application is just what you need and want, ensuring optimum operation, maximizing throughput and mill output. The pellet mill application monitors key mill operation and functions and ensures dependability and maximizes uptime. Sterling Systems & Controls, Inc. has over 50 years of experience providing efficient solutions for feed, food, and many industries, including batching, micro, minor, and bulk weighing, bag unloading systems, and plant automation. Sterling’s designs utilize the latest technology to provide specialized data management, raw material management, along with production data tracking. For more information [contact Sterling Systems & Controls](/contact/). ## Post navigation [< Back](https://sterlingcontrols.com/blog/do-you-compound-rubber/) [Next >](https://sterlingcontrols.com/blog/bread-making-ingredients/) **Categories:** News, Press Releases **Tags:** feed mill automation, pellet mill, pellet mill control and automation, pellet mill monitoring, process automation, process control --- ### [Automatic Ingredient Bread Batching System](https://sterlingcontrols.com/blog/bread-making-ingredients/) **Published:** April 15, 2021 **Author:** p1ws **Excerpt:** Does your financial success rise and fall (pun intended) on your bread making skills? Sterling Systems can help you realize your current and long term goals. In this example case the bread batching system consists of both an automatic and a semi-automatic (operator made weighments) batching process. **Content:** # Automatic Ingredient Bread Batching System Does your financial success rise and fall (pun intended) on your bread-making skills? Sterling Systems can help you realize your current and long-term goals. In this example case, the bread batching system consists of both an automatic and a semi-automatic (operator-made weighments) batching process. The automatic process automatically dispenses ingredients from eight supply bins into containers. The containers are indexed under the discharge point of the feeding devices. The semi-automatic process will prompt an operator to hand-add ingredients into a container on a platform scale. ## Case Study: Minor Ingredient System An automatic ingredient bread batching system can be used in the production of a variety of organic breads. In this application example an 8 bin minor ingredient system is used. The customer desired to create each bread batch in a tote. The system consists of 8 stainless steel storage bins and augers, an industrial TEFC electric motor for each feeder, stainless steel frame supporting the bins, a 5 section conveyor system (in-feed conveyor, scale 1 conveyor, scale 2 conveyor, scale 3 conveyor, and exit conveyor), stairway, walkway, and pallet stand. A scissor lift and a pneumatic bag hoist are also included. Sterling Systems & Controls also supplied all electrical controls and automation for this bread-batching system. Therefore, the system included two (2) control panels: Motor Starter Panel and PLC/Operator Interface Panel. Both panels are rated NEMA 4X and are made of stainless steel construction. All VFDs (variable frequency drives), contactors, and the PLC processor will be Allen Bradley. Four (4) weight instruments are installed and preconfigured for Ethernet/IP communications on the PLC/Operator Interface Panel. The controlling software for this bread batching system is Sterling Systems & Controls customized Rockwell Software FactoryTalk View ME running on a PanelView+ Touchscreen HMI in the PLC/Operator Interface Panel, where formulas and ingredients are created and scheduled to batch. Up to 25 formulas containing up to 75 ingredients each are able to be stored simultaneously in the PLC. ### Custom **Batching System** In this case, the bread batching system consists of both an automatic and a semi-automatic (operator made weighments) batching process. The automatic process automatically dispenses ingredients from eight supply bins into containers. The containers are indexed under the discharge point of the feeding devices. The semi-automatic process will prompt an operator to hand add ingredients into a container on a platform scale. The automatic and semi-automatic batching processes run simultaneously, working on the same batch. Both processes are controlled from the PanelView+ HMI on the PLC/Operator Interface Panel. #### How the Automatic Minor Ingredient Batching Process Works The automatic bread batching system will dispense ingredients according to a predetermined formula into totes. Each tote is 13” x 22” x 8.5”. A supervisor will determine the number of totes that are required based upon the batch formula. The operator manually places the totes onto the inlet of the In-feed Conveyor (conveyor section 1 of 5). There is a “container-in-place” optical sensor on the In-feed Conveyor. An alarm is initiated if a new tote is required, but none is sensed. When a tote is required at the Scale #1 position (on conveyor section 2 of 5), the system automatically feeds the tote from the in-feed conveyor onto the Scale #1 Conveyor. If a tote is required on the Scale #2 Conveyor, and the tote has finished at the Scale #1 station, then the system indexes the tote onto the Scale #2 Conveyor (conveyor section 3 of 5). If a tote is required at the Scale #3 Conveyor (section 4 of 5), the system indexes the tote in the same manner. Once a tote has finished at all of the first three scale stations, it is indexed onto the Exit Conveyor (section 5 of 5). Several Fixed Field Tote Sensors are located throughout the conveyor system to determine if the totes are in the correct position for loading, conveying, and indexing. #### How the Semi-Automatic Batching Process Works The Semi-Automatic Bread Batching Process uses the same control panel and PanelView+ Touchscreen HMI as the automatic process. The Semi-Automatic System is used to create batches of hand-add ingredients placed with the automatic minor ingredient batch. The following procedure is used to operate the Semi-Automatic Weigh System in this application: - The screen prompt will request that a container be placed on the hand-add platform scale for tarring. Once the container is detected on the scale, the system will turn on the lighted “Continue” push-button and after the operator presses the button, the system acquires a tare weight. - The system then prompts the operator to add the programmed amount of the first hand-add ingredient in the formula. The system will display the required weight and will allow the operator to weigh the ingredient into the container. - Once the system detects that the amount added to the scale is within the programmable over and under weights, it turns on the “Continue” lighted push-button. - The Operator presses the push-button and the system repeats steps 2-3 for each Hand-Add ingredient in the formula. - If an ingredient is encountered which has a “Bag Size” other than zero specified in the Ingredients Screen, the system prompts the operator to pick the appropriate number of whole bags and then prompts the operator to weigh the remaining “odd” weight. For example, if an ingredient target weight is 122lbs and the ingredient Bag Size is 50lbs, the system will first ask the operator to pick and confirm they have two (2) full bags of ingredient, and then will prompt the operator to weigh the remaining 22lbs into the container on the platform scale. Full bags are not weighed and are not placed on the Platform Scale. It is also possible that if this ingredient is also present in an Automatic Bin, the formula can be written with a “Hand-Add” instruction for 100lbs and a “Weigh” instruction for 22lbs of the same ingredient. This causes the Manual System to prompt the operator to pick two (2) whole bags, but will weigh the remaining 22lbs automatically on the Automatic Batching System. - Once all the hand-add ingredients have been weighed, the operator is responsible for placing the picked bags and completed totes together with any totes created by the Automatic system for each batch to send to the mixing area. Once the first batch is complete, system will start the next batch and repeat the process. - Control Panel w/ Touchscreen Display - Access to the various functions and features of the control system application are controlled by one of four predefined security levels; Operator, Leader, Maintenance and Supervisor. The current security level is always displayed in the top right corner of the screen under the Security Button on the Main Toolbar. There are three process screens that graphically display the equipment used in the minor ingredient batching process for this bread production application. The process screens are as follows: - Scale #1 – #3 Top View Screen - Conveyor System Side View Screen - Manual Weight Prompt Screen The status of each piece of equipment is indicated on the screen by color. If the equipment is running in the automatic bread batching mode, it will be light green. If it is turned off, it will be dark gray. If it is running in manual mode, or if the system determines that the equipment is running but the control system is not requesting it to run, the equipment will be light blue. If the equipment is faulted, it will flash red to white. If the equipment is idle in automatic mode, it will be a sea foam color. Setup of the ingredients, formulas, and alarm handling are done through their respective screens. #### Bag Lift Screen Reduces Operator Injury & Increases Productivity Each ingredient bread batching system is customized to meet the exact requirements of our customers. In this bread batching system we included a bag lift system and also a scissors pallet jack to aid the operator in refilling ingredient bins. Other features that Sterling Systems can add to customize our ingredient batching systems include: - Bin cover locks - Barcode scanning - RFID (Radio Frequency Identification) - Remote supervisory control (WebCentral app) - Mixing - Dust Control and Collection - Pneumatic or drag conveying - And more…. - 8 BIN MICROSYSTEM - 8 Bin Micro Bread Batching System w/ Conveyor Scales #### Main Batching Screen Main Screen, Top View – 8 Bin Feeding into Totes on 5 Section Conveyor Scales HMI Control Panel for 8 Bin Ingredient Bread Batching System #### Formula Editor Screen #### Batching System Formula Editor Screen **Categories:** Blog, Uncategorized **Tags:** automatic batching system, batching control system, bread batching --- ### [Ingredient Batching Controls](https://sterlingcontrols.com/blog/ingredient-batching-controls/) **Published:** April 19, 2021 **Author:** p1ws **Excerpt:** Sterling, IL, For Immediate Release: Sterling Systems & Controls, Inc. announces availability of its automation application module for ingredient batching controls for the batching of solids and liquids, such as for ingredient batching in feed, recipe batching in baking and food, rubber compounding and many other industrial applications. **Content:** # Ingredient Batching Controls *Sterling, IL, For Immediate Release*: Sterling Systems & Controls, Inc. announces the availability of its automation application module for ingredient batching controls. This module is used for batching solids and liquids, such as ingredients in feed, recipe batching in baking and food, rubber compounding, and many other industrial applications. Batching systems are known as Micro, Minor, Major/Bulk systems. Production operations in feed, food, and rubber use the batching of ingredients into a mixer or blender, and control and automation are required to achieve proper batch and mixing results. Sterling Systems routinely incorporates and customizes its batching application module in automation systems within a variety of industries. The Sterling Systems BatchPro-SA™ ingredient batching controls, batching automation, and control application will eliminate error, ensure lot and material traceability, and optimize throughput and profitability. Whether is semi-automatic or automatic systems, the Sterling Systems batching application is second to none. **Benefits of the Sterling Systems BatchPro-SA™ ingredient batching controls application include:** **SUPERIOR APPLICATION PERFORMANCE**: The custom engineering of each batching automation application ensures that the automation system is just what you need and want while ensuring maximum accuracy and throughput efficiency. **INTEGRATING WITH EXISTING SYSTEMS:** Remote supervisory control using another software app, WebCentral™ from Sterling Systems, allows for easy-to-use browser-based operation, report generation and exporting of data to integrate with corporate ERP systems is available. **MATERIAL TRACEABILITY AND BATCH VALIDATION:** Safety of animal feed, pet food and foodstuffs for human consumption is of paramount importance and ingredient material traceability with simple-to-comprehensive lot tracking tools, and batch validation will help you meet safety standards and requirements (Barcode and RFID scanning systems can be provided). More information on the BatchPro-SA™ batching application from Sterling Systems & Controls is available. With more than 50 years of experience providing efficient solutions for plant-wide and process control and automation, process equipment, batching, micro, minor, and bulk weighing, bag unloading systems, bag loading, bag dumping, Sterling Systems & Controls, Inc.’ designs utilize the latest technology to provide specialized data management, raw material management, along with production data tracking. For more information, [contact Sterling Systems & Controls](/contact/). ## Post navigation [< Back](https://sterlingcontrols.com/blog/bread-making-ingredients/) [Next >](https://sterlingcontrols.com/blog/bulk-solids-test-facility/) **Categories:** News, Press Releases **Tags:** automatic batching system, Batching, batching automation, batching control system, ingredient batching --- ### [Bulk Solids Test Facility](https://sterlingcontrols.com/blog/bulk-solids-test-facility/) **Published:** April 27, 2021 **Author:** p1ws **Excerpt:** Sterling, IL, For Immediate Release: Sterling Systems & Controls, Inc. announces its new ability to test various powders and other bulk solid materials in its bulk solids test facility. With more than 18,000 ft2 of facility, we use particle size reduction, feeding, dust collection, and other process equipment to test bulk solids in static and pneumatic systems. **Content:** # Bulk Solids Test Facility ![](https://sterlingcontrols.com/wp-content/uploads/PHOTO-e1619530061388-2-1024x755.jpg "PHOTO-e1619530061388-2 | Sterling Systems & Controls")*Sterling, IL, For Immediate Release*: Sterling Systems & Controls, Inc. announces its new ability to test various powders and other bulk solid materials in its bulk solids test facility. With more than 18,000 ft2 of facility, we use particle size reduction, feeding, dust collection, and other process equipment to test bulk solids in static and pneumatic systems. Testing bulk solid materials for density, flowability, and other characteristics in bins and pneumatic systems is key to assisting Sterling Systems engineers in the effective custom engineering of weighing, batching, bulk bag handling, and process control and automation systems for a wide variety of industries, including feed mills, pet food manufacturing, food processing and production, rubber compounding, and much more. This is what the bulk solids test facility is all about. Sterling Systems & Controls has more than 50 years of experience providing efficient custom-engineered and manufactured solutions for batching, micro, minor, and bulk weighing, process and plant-wide control and automation, process equipment, bulk bag filling and unloading systems, and bag dumping systems. These custom designs utilize the latest technology to provide specialized data management, raw material management and production data tracking. For more information, [contact Sterling Systems & Controls](/contact/). ## Post navigation [< Back](https://sterlingcontrols.com/blog/ingredient-batching-controls/) [Next >](https://sterlingcontrols.com/blog/size-reduction-mill-monitoring/) **Categories:** News, Press Releases **Tags:** bulk solids density testing, bulk solids flow testing, bulk solids test facility, bulk solids testing, test facility --- ### [Size Reduction Mill Monitoring](https://sterlingcontrols.com/blog/size-reduction-mill-monitoring/) **Published:** June 28, 2021 **Author:** p1ws **Excerpt:** Sterling Systems & Controls, Inc. announces the availability of its new Mill Monitor. Particle size reduction equipment, also known as grinders and classifiers, reduces the particle size of dry solids. These devices are rotating machinery, and therefore, a bearing condition monitor is advantageous. Sterling Systems & Controls, Inc. designs and manufactures the highest quality bearing condition monitor for use with high-speed mills or classifiers. **Content:** # Size Reduction Mill Monitoring Sterling Systems & Controls, Inc. announces the availability of its new Mill Monitor. Particle size reduction equipment, also known as grinders and classifiers, reduces the particle size of dry solids. These devices are rotating machinery, so a bearing condition monitor is advantageous. ![Bearing Condition Monitor](https://sterlingcontrols.com/wp-content/uploads/20150717_155058-e1620334917544.jpg "| Sterling Systems & Controls")Sterling Systems & Controls, Inc. designs and manufactures the highest quality bearing condition monitor for use with high-speed mills or classifiers. Various standard and optional features are available, including a choice of intrinsically safe bearing sensors for equipment located in hazardous areas. Intrinsically safe sensors are intended for use in Class I, Div. 1, Groups A, B, C and D, Class II, Div. 1, Groups E, F and G, Class III, Div. 1, Ex ia IIC T4 Ga, Ex II 1 G and Class I Zone 0 AEx/Ex ia IIC T4 Ta = -50°C to 120°C hazardous areas. Standalone and Integrated mill monitoring is available. The Control Panel for the Standalone Mill Monitor systems is the most common and is a NEMA 4X Fiberglass Enclosure with front door window kit and includes: - Intrinsically Safe Barriers (if applicable) for accelerometer and temperature sensor outputs - Digital Display Relay Modules & Display Controllers - Clearly labeled and secure screw-type terminals for all external connections Integrated systems are custom-engineered and manufactured and integrated into overall factory-wide automation systems. ### Benefits of Size Reduction Mill Monitors: - Detects and warns before a shutdown condition when vibration or temperature values are abnormal - Can eliminate major damage by stopping equipment automatically - Data trending ready #### TYPICAL FEATURES: - Intrinsically Safe or Non-Hazardous - Standalone or Integrated Monitoring - Monitors Vibration, Acceleration and Temperature (°F or °C) - One, Two or Three Bearing Standalone Packages Available - Programmable LCD Display and 4-20mA Outputs with Standalone Mill Monitor Systems - Relay Output for Warning, Relay Output for Shutdown - NEMA 4X Wall Mounted Enclosure - Accelerometers with Integral Temperature Sensing - 100ft, 200ft or 300ft Long Cables for Sensors - 120VAC or 24VDC Power for Control Panel Sterling Systems & Controls has more than forty-five (45) years of experience providing efficient custom-engineered and manufactured solutions for batching, micro, minor, and bulk weighing, process and plant-wide control and automation, process equipment, bulk bag filling and unloading systems, and bag dumping systems. These custom designs utilize the latest technology to provide specialized data management, raw material management and production data tracking. For more information [contact Sterling Systems & Controls](/contact/). ## Post navigation [< Back](https://sterlingcontrols.com/blog/bulk-solids-test-facility/) [Next >](https://sterlingcontrols.com/blog/mixer-process-control/) **Categories:** News, Press Releases **Tags:** 'bearing condition monitor, grinding monitoring, mill monitor, size reduction --- ### [Mixer Process Control](https://sterlingcontrols.com/blog/mixer-process-control/) **Published:** August 11, 2021 **Author:** p1ws **Excerpt:** A critical step in most dry bulk batching manufacturing processes is mixing or blending. Usually the mixing / blending together of various raw materials is done in a specific proportion in order to produce a final compound. Mixer process control is critical to quality and production efficiency. This includes applications in food and baking, rubber and feed milling among other industrial applications. **Content:** # Mixer Process Control A critical step in most dry bulk batching manufacturing processes is mixing or blending. Various raw materials are usually mixed/blended together in a specific proportion to produce a final compound. Mixer process control is critical to quality and production efficiency. This includes applications in food and baking, rubber, and feed milling, among other industrial applications. ![](https://sterlingcontrols.com/wp-content/uploads/RUBBER-MIXER-PROCESS-SCREEN-300x224.jpg "| Sterling Systems & Controls")Some mixers are very specialized, such as the “Banbury” mixer used in rubber production or applications where the mixing container (bowl, tote, or other) is used to collect the batch of ingredients. The “Banbury” mixer in rubber compounding is somewhat unique. Most often, to produce a rubber compound, a combination of plastic resin (pellets, flakes, powders, or liquid) is combined with other materials, including liquids and bulk solid materials. Sterling Systems mixer process control includes automation of the mixing and batching processes, bulk bag unloading and the electrical controls. The HMI mixing screen in the Sterling Systems’ automation system is an extension of the main batching screen showing all of the mixer’s associated equipment. From the mixer process control screen, the user can control the mixer’s RPM on the formula being run, along with the capability to view the status of and control related equipment. This screen also offers a data trending screen, allowing the user to view the batch temperature, mixer torque, power, and mixer speed for the last twenty hours. Sterling Systems & Controls, Inc. has nearly 50 years of experience providing efficient solutions for process equipment, batching, micro, minor and bulk weighing, bag unloading systems, process control and plant automation. Sterling’s designs utilize the latest technology to provide specialized data management, raw material management, along with production data tracking. For more information, [contact Sterling Systems & Controls](/contact/). ## Post navigation [< Back](https://sterlingcontrols.com/blog/size-reduction-mill-monitoring/) [Next >](https://sterlingcontrols.com/blog/rubber-chemical-batching-made-automatic/) **Categories:** News, Press Releases **Tags:** Banbury Mixer, mixer process control --- ### [Rubber Chemical Batching Made "Automatic"](https://sterlingcontrols.com/blog/rubber-chemical-batching-made-automatic/) **Published:** September 1, 2021 **Author:** p1ws **Excerpt:** Sterling Systems has developed the capability for custom engineering rubber chemical batching systems that automate the ingredient batching of the rubber chemicals for the rubber compounding process. This system uses a hybrid ingredient bulk material batching system that can combine minor bin and bulk bag ingredient batching or just minor ingredient bins, Sterling Systems has been automating rubber compounding and replaced the slower, labor intensive manual batching with an efficient, fast and accurate automated system. **Content:** # Rubber Chemical Batching Made “Automatic” Sterling Systems has developed the capability for custom engineering rubber chemical batching systems that automate the ingredient batching of the rubber chemicals for the rubber compounding process. This system uses a hybrid ingredient bulk material batching system that can combine minor bin and bulk bag ingredient batching or just minor ingredient bins, Sterling Systems has been automating rubber compounding and replaced the slower, labor intensive manual batching with an efficient, fast and accurate automated system. For the purposes of automating rubber chemical batching, the minor ingredient batching system is customized and can be configured with virtually any number of bins and bulk bag stations. In one installation, the “compounder” used 10 Ingredients (7 bins and 3 bulk bags) that directly fed existing containers. These batches were weighed via a gain-in-weight system on the Roller Conveyor, also provided by Sterling Systems & Controls. Further customization included a Dust Collection System for dust control during the automated ingredient batching. The overall system provided also included dust collection ducting, a pallet platform, a stairway to gain access to the work and pallet platform, and a rolling stairway to gain access to untie the bulk bag ingredients. The automation and control for the system include a PLC control panel, a PC enclosure with an industrial grade PC, a panel-mounted 17” flat screen monitor, a NEMA12 keyboard, and a smart uninterruptable power supply (UPS). The custom batching control software provided by Sterling Systems & Controls, Inc. is easy to use, has virtually unlimited storage of formulas and ingredients, and much more. Sterling Systems & Control also included its WebCentral supervisory control application. WebCentral is a browser-based application that allows you to access the database of a Sterling Systems batching control system application without the need for any software to be installed on the remote PC’s. It allows you to add and remove ingredients, create and manage recipes, manage ingredient and product inventories, setup a batching schedule, and print reports. By simply using a web browser WebCentral can be accessed by any PC that is networked with the Sterling batching control system. ## Post navigation [< Back](https://sterlingcontrols.com/blog/mixer-process-control/) [Next >](https://sterlingcontrols.com/blog/automation-migration-critical-to-long-term-efficiency/) **Categories:** Blog **Tags:** automatic batching, Batching, Rubber Batching, rubber chemical batching --- ### [Mixing/Blending Control for Compounding](https://sterlingcontrols.com/blog/mixing-blending-control-for-compounding/) **Published:** September 30, 2021 **Author:** p1ws **Excerpt:** A critical step in most dry bulk batching manufacturing processes is mixing or blending. Usually the mixing /blending together of various raw materials is done in a specific proportion in order to produce a final compound. Mixing control is critical to quality and production efficiency. One such industrial application example is rubber products manufacturing, where mixing/blending control for compounding is critical. **Content:** # Mixing/Blending Control for Compounding Mixing or blending is a critical step in most dry bulk batching manufacturing processes. Various raw materials are usually mixed/blended together in a specific proportion to produce a final compound. Mixing control is critical to quality and production efficiency. One industrial application example is rubber product manufacturing, where mixing/blending control for compounding is critical. Most often to produce a rubber compound a combination of plastic resin (pellets, flakes, powders, or liquid) is combined with other materials, including liquids and bulk solid materials. These materials require accurate and efficient control of mixing/blending. Sterling Systems & Controls, Inc. has introduced a customized system for a rubber compounding application, including mixing/blending control. This system includes the automation of the mixing and batching processes, a bulk bag unloading system, and electrical controls. A specialty mixer is used for rubber compounding. The workhorse mixer of rubber manufacturing is the internal mixer, or Banbury (named for its principal inventor), in which heat and pressure are applied simultaneously. The internal mixer uses two interrupted spiral rotors moving in opposite directions at a set RPM, as the compounding process requires for the specific rubber compound to be produced. The shearing action in the internal mixer is intense, and the power required for the mixing/blending operation can be quite high. Mixer process control is required to produce the end product and is automated for optimal efficiency. This is a part of the overall automation and process control system, which includes the mixing/blending process, main batching process, auxiliary batching, drop-mill process, extruding, and cooling. ![](https://sterlingcontrols.com/wp-content/uploads/RUBBER-MIXER-PROCESS-SCREEN-300x224.jpg "| Sterling Systems & Controls")An HMI mixing screen is provided in the automation system and is an extension of the main batching screen, which shows all of the equipment associated with the mixer. From the mixing screen the user has the capability to control the mixer’s RPM on the formula being run, along with the capability to view the status of and control of related equipment. This screen also offers a data trending screen, allowing the user to view batch temperature, mixer torque/power, and speed. Sterling Systems & Controls, Inc. has nearly 50 years of experience providing efficient solutions for the control of mixing/blending equipment, batching, micro, minor and bulk weighing, bag unloading systems, and plant automation. Designs utilize the latest technology to provide specialized data management, raw material management, along with production data tracking. For more information [contact Sterling Systems & Controls](/contact/). ## Post navigation [< Back](https://sterlingcontrols.com/blog/automation-migration-critical-to-long-term-efficiency/) [Next >](https://sterlingcontrols.com/blog/using-treated-peat-with-crop-seed/) **Categories:** News, Press Releases **Tags:** BANBURY MIXER CONTROL, blending control, mixing control, Mixing Control in Rubber Compounding, process automation, process control --- ### [Hybrid Material Weighing and Batching System](https://sterlingcontrols.com/blog/hybrid-material-weighing-and-batching-system/) **Published:** November 18, 2021 **Author:** p1ws **Excerpt:** Sterling Systems & Controls, Inc. is pleased to announce in its line of material weighing and batching systems, the availability of customized ingredient hybrid weighing and batching systems with Micro, Minor and Bulk weighments, processing both dry and liquid ingredients. Each automatic Accu-Portion™ Micro and Bulk Batching System is custom designed and manufactured to meet the specific needs and requirements of the customer. The Bulk supply can be with Bulk Tank, Tote or FIBC Bulk Bag. **Content:** # Hybrid Material Weighing and Batching System Sterling Systems & Controls, Inc. is pleased to announce in its line of material weighing and batching systems the availability of customized ingredient hybrid weighing and batching systems with Micro, Minor, and Bulk weighments, processing both dry and liquid ingredients. Each automatic Accu-Portion™ Micro and Bulk Batching System is custom-designed and manufactured to meet the specific needs and requirements of the customer. The Bulk supply can be with Bulk Tank, Tote or FIBC Bulk Bag. These systems typically include supply bins, feeders, work platforms, automatic or manual bin refilling, liquid tank/pump skid equipment and the dry and liquid dosing automatic control system. Optional equipment may include raw material bag lift handling equipment, dust collection/control for high dust dry materials, batch material conveying equipment (such as mechanical drag conveyor), lot tracking and traceability, barcode scanning, and RFID scanning. Other customized options can also be included. Combining Micro weighments (up to around 50lbs), Minor weighments (50lbs up to 150lbs) and Bulk weighments (> 150lbs) these hybrid systems can provide high accuracy (to within 0.001lbs or 0.5g being possible), depending on applications, and liquid dosing using high accuracy Coriolis flow metering devices and pumping systems. Sterling Systems & Controls offers a variety of feeding devices for use in the micro ingredient dry material weighing systems. Typically screw/auger and vibratory-type feeders are used. The type used is based on what the best solution will be for the specific application, including the system weighing accuracy required. The scale devices used in the micro ingredient material weighing systems can be of a variety of designs, including hoppers, platforms, conveyors, etc. The scale type chosen depends on application requirements, e.g. scale resolution, accuracy and batch rate. Transfer of the completed batches to downstream processing, such as a mixer, blender or other process equipment, can be done manually or automatically. Sterling Systems & Controls, Inc. has over 50 years of experience providing efficient solutions for micro ingredient batching, process equipment, material weighing of all kinds, bag unloading systems, bulk bag filling stations, and plant automation. Sterling Systems uses the latest technology to provide specialized data management, raw material management, and production data tracking. For more information [contact Sterling Systems & Controls](/contact/). ## Post navigation [< Back](https://sterlingcontrols.com/blog/using-treated-peat-with-crop-seed/) [Next >](https://sterlingcontrols.com/blog/mill-monitoring/) **Categories:** News, Press Releases **Tags:** automatic batching system, Batching, batching system, batching systems, bulk batching systems, ingredient batching, material weighing system, Micro Batching System, Micro Ingredient Batching System, Minor Ingredient, minor ingredient batching systems, Weighing System --- ### [Mill Monitoring](https://sterlingcontrols.com/blog/mill-monitoring/) **Published:** January 13, 2022 **Author:** p1ws **Excerpt:** For Immediate Release, Sterling, IL: Sterling Systems & Controls, Inc. is pleased to Bearing Condition Monitorannounce the availability of customized mill monitoring systems for use with the Prater brand mills and classifiers. Mills and Classifiers are high speed rotating machinery. Sterling’s Mill Monitors automatically watch over the mill bearing, inboard and outboard bearings, temperatures and acceleration and provide output to control systems. **Content:** # Mill Monitoring *For Immediate Release, Sterling, IL:* Sterling Systems & Controls, Inc. is pleased to announce the availability of customized mill monitoring systems for use with the [Prater brand mills and classifiers](https://www.praterindustries.com/products/classifier-mills/). Mills and Classifiers are high-speed rotating machinery. Sterling’s Mill Monitors automatically watch over the mill bearing, inboard and outboard bearings, temperatures, and acceleration, providing output to control systems. **Mill Monitoring Benefits include:** - Detects and warns before a shutdown condition when vibration or temperature values are abnormal - Can eliminate major damage by stopping equipment automatically - Data trending ready **Typical Features:** - Available for Hazardous (Intrinsically Safe) or Non-Hazardous Areas - Standalone or Integrated Monitoring - Monitors Vibration, Acceleration and Temperature (°F or °C) - One, Two or Three Bearing Standalone Packages Available - Programmable LCD Display and 4-20mA Outputs with Standalone Mill Monitor Systems - Relay Output for Warning, Relay Output for Shutdown - NEMA4X Wall Mounted Enclosure - Accelerometers with Integral Temperature Sensing - 100ft, 200ft, or 300ft Long Cables for Sensors - 120VAC or 24VDC Power for Control Panel ![Bearing Condition Monitor](https://sterlingcontrols.com/wp-content/uploads/20150717_155058-e1620334917544.jpg "| Sterling Systems & Controls") ## Post navigation [< Back](https://sterlingcontrols.com/blog/hybrid-material-weighing-and-batching-system/) [Next >](https://sterlingcontrols.com/blog/protecting-grinding-mills/) **Categories:** News, Press Releases **Tags:** 'bearing condition monitor, mill monitor, mill monitoring --- ### [Mechanical Conveying Automatically Discharges Batches](https://sterlingcontrols.com/blog/mechanical-conveying-automatically-discharges-batches/) **Published:** February 7, 2022 **Author:** p1ws **Excerpt:** Sterling Systems & Controls, Inc. is pleased to announce the use of a Mechanical Conveying system to automatically discharge and move batched ingredients through to the blending and mixing process. **Content:** # Mechanical Conveying Automatically Discharges Batches Sterling Systems & Controls, Inc. is pleased to announce the use of a mechanical conveying system to automatically discharge and move batched ingredients through the blending and mixing process. The ingredients are batched using a micro/bulk tote ingredient batching system with mechanical conveying attached and receiving ingredients from the ingredient systems’ multiple weigh scale hoppers. Overall, this is a highly customized ingredient batching system with both dry and liquid materials. These systems typically include the custom mechanical conveying, supply bins, feeders, work platforms, automatic or manual bin refilling, liquid tank/pump skid equipment (if liquids are included) and the automatic control system. Optional equipment may include raw material bag lift handling equipment, dust collection/control for any very dusty dry materials, lot tracking and traceability, as well as barcode and RFID scanning. Other customized options can also be included. The mechanical drag conveying system further optimizes overall system efficiency and reduced costs. The mechanical conveyor is custom-engineered with inlets from multiple points where ingredient materials are directly received from weigh scale hoppers. The dry ingredient materials are then transported by the mechanical drag conveyor directly downstream to mixing. Sterling Systems & Controls offers custom engineered mechanical drag conveyors for use in automatic ingredient dry material material weighing systems with micro, minor and bulk weighments. Typically screw/auger and vibratory type feeders are used to feed the dry materials from the storage supply bins into the weigh scale hoppers. The type of feeder used is based upon what the best solution will be for the specific application, including system weighing accuracy required. Sterling Systems & Controls, Inc. has over fifty years of experience providing mechanical conveying solutions in its micro and minor ingredient batching systems for automatic delivery of batched ingredients. Sterling Systems uses the latest technology to provide specialized data management, raw material management, along with production data tracking. For more information [contact Sterling Systems & Controls](/contact/). ## Post navigation [< Back](https://sterlingcontrols.com/blog/protecting-grinding-mills/) [Next >](https://sterlingcontrols.com/blog/moving-batches-from-point-a-to-point-b/) **Categories:** News, Press Releases **Tags:** Mechanical Conveying, micro and tote system, Micro Batching System --- ### [Data Management for Fracturing Sand](https://sterlingcontrols.com/blog/data-management-for-fracturing-sand/) **Published:** September 3, 2019 **Author:** p1ws **Excerpt:** Sterling Systems & Controls, Inc. is pleased to announce the availability of its SandTrack™ data management for fracturing sand. Hydraulic fracturing is a well stimulation technique in which rock is fractured by a pressurized liquid. The process involves the high-pressure injection of a “fracing fluid”(primarily water containing sand or other proppants suspended with the aid of thickening agents)... **Content:** # Data Management for Fracturing Sand Sterling Systems & Controls, Inc. is pleased to announce the availability of its SandTrack™ data management for fracturing sand. Hydraulic fracturing is a [well stimulation](https://en.wikipedia.org/wiki/Well_stimulation "Well stimulation") technique in which rock is fractured by a pressurized liquid. The process involves the high-pressure injection of a “fracing fluid”(primarily water containing sand or other [proppants](https://en.wikipedia.org/wiki/Hydraulic_fracturing_proppants "Hydraulic fracturing proppants") suspended with the aid of [thickening agents](https://en.wikipedia.org/wiki/Thickening_agent "Thickening agent")) into a [wellbore](https://en.wikipedia.org/wiki/Wellbore "Wellbore") to create cracks in the deep-rock formations through which [natural gas](https://en.wikipedia.org/wiki/Natural_gas "Natural gas"), [petroleum](https://en.wikipedia.org/wiki/Petroleum "Petroleum"), and [brine](https://en.wikipedia.org/wiki/Brine "Brine") will flow more freely. When the [hydraulic pressure](https://en.wikipedia.org/wiki/Hydraulic_pressure "Hydraulic pressure") is removed from the well, small grains of [hydraulic fracturing proppants](https://en.wikipedia.org/wiki/Hydraulic_fracturing_proppants "Hydraulic fracturing proppants") (either sand or [aluminium oxide](https://en.wikipedia.org/wiki/Aluminium_oxide "Aluminium oxide")) hold the fractures open. Hydraulic fracturing began as an experiment in 1947, and the first commercially successful application followed in 1950. SandTrack™ is a robust standalone [data management](https://en.wikipedia.org/wiki/Data_management) software application specifically designed for Hydraulic Fracturing Sand Facilities, as well as other types of sand. It integrates seamlessly with a Sterling Systems & Controls process control system to provide data management and historical data logging for activities that occur throughout the control system. An optional data import/export module is available with SandTrack™ to provide a bridge between third party truck and railcar systems and Sterling Systems control systems. This allows truck and [railcar](https://en.wikipedia.org/wiki/Goods_wagon) tickets to be imported from the third party system, serviced by the control system, and exported back to the third party system. The SandTrack™ software application provides inventory data management, data logging, ticket printing, management reports, and also bridging between the aforementioned systems and the Sterling Systems Supervisory software application for remote access using a browser, as well as remote Corporate Network and ERP system. Sterling Systems & Controls, Inc. has 50 years of experience providing efficient solutions for batching, micro, minor and bulk weighing, bulk bag handling systems, process controls, as well as plant automation. Sterling Systems’ designs utilize the latest technology to provide specialized data management, raw material management, along with production data tracking. For more information contact Sterling Systems & Controls by phone at *1-815-625-0852*, by emailed at <sci@sterlingcontrols.com>, and on the internet at [www.sterlingcontrols.com](https://sterlingcontrols.com). ## Post navigation [< Back](https://sterlingcontrols.com/blog/bulk-bag-unloading-systems-for-food/) [Next >](https://sterlingcontrols.com/blog/profitability-with-kitchen-batching-system/) **Categories:** News, Press Releases **Tags:** data management, datamanagement software application, frac sand, frac sand data management application, hydraulic fracturing, hydraulic fracturing sand, software --- ### [Revolutionizing Feed Mill Operations with Advanced Automation](https://sterlingcontrols.com/blog/revolutionizing-feed-mill-operations-with-advanced-automation/) **Published:** August 13, 2024 **Author:** Joe Lewis **Excerpt:** There are multiple feed mill processes that animal feed manufacturers can automate to improve efficiency and productivity. Feed mill automation might include hardware for mechanizing batching systems and grinding, as well as software for optimizing load-outs and supporting the traceability of deliveries. Regardless of the feed mill process, automation can make operations more efficient and enhance the safety of those working in the feed mill. **Content:** # Revolutionizing Feed Mill Operations with Advanced Automation There are multiple feed mill processes that animal feed manufacturers can automate to improve efficiency and productivity. Feed mill automation might include hardware for mechanizing batching systems and grinding, as well as software for optimizing load-outs and supporting the traceability of deliveries. Regardless of the feed mill process, automation can make operations more efficient and enhance the safety of those working in the feed mill. Automation can also grow profits by optimizing productivity, though feed producers must adopt a more open approach to technology and its use in animal feed production. Careful consideration should go into deciding on which feed mill processes to automate first or whether to take an all-at-once approach. ## Transforming Feed Mill Processing with Automation Enhancing the efficiency and productivity of feed production is crucial for supporting livestock farming and ensuring a stable food supply over the coming decades. To address this challenge, feed mill automation has become increasingly important. By integrating advanced software with traditional hardware, automation improves feed production processes, streamlines operations, and boosts productivity. These advancements also contribute to greater sustainability and reduce environmental impact. **Reasons to automate feed mill processes:** - **Increased Efficiency:** Automation speeds up production processes by eliminating manual handling, reducing waste and improving management of the feed ingredients.. - **Improved Consistency of Feed**: Automation can help ensure precise ingredient ratios and consistent mixing, which helps feed mill processes remain consistent to specific recipes or formulas, ensuring animals get the nutrition they need. - **Increased Productivity:** Automation enables mills to produce more animal feed in less time. - **Scalability and Flexibility:** Automation helps feed mills react to increases in demand and changes in feed mill processes that occur over time, with the help of process control systems using ERP (enterprise resources planning) software for collecting and evaluating data. - **Improvement in Traceability of Ingredients and Batches**: Accurate records of ingredients and batches allow feed mill processors to better comply with regulatory requirements and industry standards. - **Sustainability:** Feed mill automation systems lower energy costs by using components and machinery designed to make systems more energy efficient. - **Workplace Safety Improvements:** By integrating sensors to monitor equipment, automation of more dangerous feed mill processes helps prevent worker injuries. Feed mill automation is essential to meet the growing needs of livestock farmers and ranchers as they work to feed a growing global population. Whether producing beef, dairy, poultry, swine or other animal products, automation helps meet the growing demand in these agricultural sectors for quality animal feed. Strategies for automation involve various technologies that assist with controlling, managing, and monitoring feed mill processes. ## Integrating Automation into Feed Mill Processes Digital technology, in conjunction with connected sensors and other devices, has dramatically improved feed mill processes. Modern feed mill control systems can use technologies like cloud computing for data management and IIoT (Industrial Internet of Things) sensors for preventative maintenance. These technologies, in turn, help manage systems that formulate recipes with precision, reducing waste in feed mill processes. Sustainable practices and environmental responsibility have also become more important in animal-based agriculture. These days, feed mill operators must consider how their production processes impact the environment, mitigating them not only to avoid regulatory issues but also to make them better stewards of their land and other resources. ### **Benefits of Consistent Feed Formulation** Mill automation ensures batches are made accurately by precisely weighing ingredients and carefully tracking ingredient lots to make quality assurance easier. For example, automated feed mill processes might include batching systems that blend and deliver ingredients to produce animal feed. Mill automation also involves tailoring controls, equipment, and systems to each producer’s needs. **Equipment for automated** [**feed mill processing**](https://sterlingcontrols.com/industries-applications/feed-milling-pet-food-manufacturing/manufacturing-cattle-feed/) **systems might include:** ![Loadout](https://sterlingcontrols.com/wp-content/uploads/Loadout-1-1024x547.png "Loadout-1 | Sterling Systems & Controls")Figure 1 Load out control system screen - **Ingredient batching systems** (a.k.a. micro ingredient systems, microsystems, etc.) can automate the batching of various ingredients, such as grains and other ingredients, to ensure the nutrients that keep animals healthy and boost growth are properly included in the feed. Multiple-scale hoppers are essential to ensure batch capacity for the day as well as any anticipated increases in demand. - **Milling systems** like grinders, hammermills, classifiers, etc., reduce various grains via an automated process that controls particle size reduction before the feed is pelletized. Automation also monitors operational safety and equipment health by continuously monitoring bearing temperatures, throughput velocity, and vibration in rotating equipment. - **Raw material storage and transfer systems**, which include incoming grains and other ingredients, must be transferred from a truck or railcar to storage bins prior to processing. These storage bins contain various devices to track the receipt and transfer of material while also monitoring for efficiency and safety. - **Pellet mills** are specialized machines that pelletize feed. Though not used for every type of animal feed, mill automation systems control the pelleting process, which requires monitoring to ensure efficiency and safety. - **Loadout systems** must store various types of finished feed. The load-out function must be efficiently managed to ensure the correct type and amount of feed gets to a specific customer. These systems produce data that enables traceability and more efficient operations. Feed mill automation systems transport and blend various ingredients to produce a batch, moving these to loadout bins, or else pelletized and then moved to loadout. These systems must work seamlessly with computerized controls and the software that supports the entire feed mill’s operation. While automating the proper weighing of constituent parts of formulas and recipes, automation in these feed mill processes also allows for automatic recording of ingredient usage and inventory reordering/resupply when they run low. Manufacturers often automate feed mill processes to support quality control, such as keeping track of bin assignments, ingredient locations, and lot numbers. ### **Decreasing the Chance of Human Error** Removing human workers from direct involvement in a feed mill processing system reduces labor costs and the chance of human error. This also allows personnel to focus on more complex tasks for which humans are better suited or which are less easily automated. Feed mill automation reduces accidents, with most modern control systems able to automatically shut the system down when sensors detect specific abnormalities. Automated feed mill processing solutions should also track the ingredients or products at a certain station, such as material levels in bins and silos. This simple automated function can, for example, negate the need for a worker to manually check how much material remains inside a bin, silo, or other storage area. This also increases employee safety as manual bin level checks may require climbing bins and silos, which require safety equipment and can be hazardous. **Feed mill automation helps decrease the need for human workers:** - Shifting personnel from the production floor to other, less dangerous tasks by transferring controls to computerized access points where someone can monitor and manage all feed mill processes. - Reducing the chance of work-related injuries resulting from accidents where personnel are in direct contact with machinery. - Production can be more easily scheduled through planning software that integrates production with operational data, allowing feed mill processes to be precisely timed through the seamless exchange of information between disparate systems. - Removing the need for operators to manage continuous feed mill processes, such as extrusion and pelleting functions. - Eliminating job functions in automated feed mill processes, such as load-out, where RFID (radio frequency identification) and other technologies ensure that loads are placed on the correct truck with minimal involvement from the driver or feed mill employees. - Decreasing the need for manual work and, in turn, lowering labor expenses. - Assessing inventory through feed mill automation software platforms. The manual inventory management of the ingredients and products that go into animal feed becomes unnecessary. Inventories can be recorded and adjusted in real-time. - Altering labor-intensive feed mill processes, such as adding feed to bins, to make them automated improves safety and reduces the likelihood of human error. Safety is increased throughout a feed mill when workers no longer need to do potentially hazardous tasks or work in dangerous environments. Processes are all controlled via software, which causes equipment to shut down when something goes wrong or restart automatically when certain parameters are met. ## Sterling Systems Feed Mill Automation ![Pellet mill monitoring](https://sterlingcontrols.com/wp-content/uploads/PELLET-MILL-MONITORING-4-1024x559.png "PELLET-MILL-MONITORING-4 | Sterling Systems & Controls")Figure 2 Pellet mill monitoring screenSterling Systems & Controls Inc. understands the nuances of the feed industry, which relies more on custom controls than some other industries. For more than a half-century, we have provided feed mill automation to help improve the efficiency of feed mill processes and systems while producing the highest-quality animal feed. Mill automation control systems can be used to regulate just a specific machine or to control the manufacturing processes and supply of feed for multiple types of livestock. **Some of the automated solutions we provide include:** - [**Pellet mill control system**](https://sterlingcontrols.com/industries-applications/feed-milling-pet-food-manufacturing/pellet-mill-control/)**:** This control system is tailored to enable operations personnel to monitor the pellet mill and specify required setpoints using the provided operator interface and PLC controller. The pellet mill controls will monitor and provide analysis of mash temperature, the steam valve, and overall mill production in real time. - [**Load-out feed mill automation system**](https://sterlingcontrols.com/industries-applications/feed-milling-pet-food-manufacturing/loadout-feed-mill-automation/)**:** This load-out system can custom fill a truck with multiple orders. It can determine which load should go into each compartment in a truck’s trailer to ensure quick, efficient, and accurate product loading for delivery. - [**Ingredient batching system**](https://sterlingcontrols.com/industries-applications/feed-milling-pet-food-manufacturing/feed-batching-using-bulk-bags/)**:** Weighing ingredients precisely for each batch, our batching control system can include micro, minor, and major weightments from a variety of storage bin sizes, bulk totes, or bulk bags. Ingredient batching can be automatic and provide the capacity, accuracy, and record-keeping needed. The batching controls can allow for virtually unlimited recipes/formulas using your required accuracy and capacity. [Integrating batching ingredient usage and tracking data with your ERP ](https://sterlingcontrols.com/blog/data-integration-methods-batch-control-systems-and-erp/)or other system can be done. - [**Hand prompt batching controller**](https://sterlingcontrols.com/industries-applications/feed-milling-pet-food-manufacturing/hand-prompt-batching-pet-food/)**:** A semi-automatic system for batching, this controller is sometimes just referred to as a batching controller or batching station that provides a cost-effective means to improve your current manual batching processes, curtailing product waste and operator errors; its scalability and flexibility ensure a better return on investment, with software for the controller automatically weighing ingredients that are then verified by the system. ![grinding feed mill automation](https://sterlingcontrols.com/wp-content/uploads/GRINDING-FEED-MILL-AUTOMATION-1-1024x554.jpg "GRINDING-FEED-MILL-AUTOMATION-1 | Sterling Systems & Controls")Figure 3 Grinding process control and monitoring screen - [**Grinding feed mill automation system**](https://sterlingcontrols.com/industries-applications/feed-milling-pet-food-manufacturing/grinding-feed-mill-automation/)**:** This system controls the grinding process for particle size reduction, such as for incoming raw grains, providing processed grains for feed production on a timetable with no or very little human intervention necessary for this function. - [**Feed mill automation receiving and transfer system**](https://sterlingcontrols.com/industries-applications/feed-milling-pet-food-manufacturing/feed-mill-automation-receiving-transfer/)**:** This system can simplify receiving and transfer operations for raw ingredient materials to augment throughput and cost-efficiency. It is essential for proper feed mill operations. - [**Automated feed mill control system**](https://sterlingcontrols.com/industries-applications/feed-milling-pet-food-manufacturing/automated-feed-mill-control-system/)**:** These control systems can control any feed mill process or entire facility. They use Sterling’s custom Windows-based software for feed mill automation and an Allen-Bradley PLCs. They can incorporate server and cloud-based technologies and integrate with other software systems, including ERP, for data management and transfer. Feed mill automation from Sterling Systems & Controls comes with customized software solutions and standardized control and automation hardware, using PCs running our Windows-based feed mill automation software tailored to each customer’s needs and Allen-Bradley PLCs. ## Next Step With over 50 years of expertise in [custom engineering process control & automation systems](https://www.feedandgrain.com/expert-insights/podcasts/podcast/15680710/exploring-customized-control-solutions-for-feed-mills-podcast), material weighing, ingredient batching, liquid handling, and other bulk material handling and complete process solutions, Sterling Systems & Controls proudly has the experience to assist you in revolutionizing your feed mill processes or your entire facility. [Contact us](https://sterlingcontrols.com/contact/) today to discuss how our knowledge and experience can align with your goals and how you can continue your journey toward manufacturing excellence! We can provide testimonials for our complete process systems in various agriculture and industries, including animal feed, animal nutrition, baking and food processing, pet food manufacturing, thermoplastic compounding, and more. ## Post navigation [< Back](https://sterlingcontrols.com/blog/a-holistic-approach-to-industrial-automation-for-complete-process-systems-top-five-implementation-strategies/) [Next >](https://sterlingcontrols.com/blog/food-and-baking-automation-enhancing-quality-and-consistency/) **Categories:** Blog --- ### [Maximizing Accuracy in Material Weighing Systems](https://sterlingcontrols.com/blog/maximizing-accuracy-in-material-weighing-systems/) **Published:** August 5, 2024 **Author:** p1ws **Excerpt:** In industries such as food production, animal feed manufacturing, pet food production, and others, weighing systems for bulk materials play a crucial role. Accurately weighing a wide range of materials can be challenging but is essential for achieving and maintaining product quality and consistency, and much more. **Content:** # Maximizing Accuracy in Material Weighing Systems In industries such as food production, animal feed manufacturing, pet food production, and chemical processing, weighing systems for bulk materials play a crucial role. Accurately weighing a wide range of materials is essential for achieving and maintaining product quality and consistency, meeting regulatory standards, and optimizing production processes. However, achieving and maintaining high accuracy in material weighing systems for dry and liquid bulk materials can be challenging. This blog post explores strategies and best practices for maximizing accuracy in weighing systems for bulk materials, addressing both common issues and advanced solutions. ![material weighing system](https://sterlingcontrols.com/wp-content/uploads/material-weighing-system-3-1024x393.jpg "material-weighing-system | Sterling Systems & Controls") Figure 1 Scale Hopper Type Material Weighing System for Dry Material in Batching System## Understanding Weighing Systems Material weighing systems that are used to measure large quantities of materials are referred to as bulk material weighing systems and are most often found in industrial settings. Some are also used in agriculture-related industries such as grain processing and animal feed manufacturing. The materials being weighed can be dry or liquid materials. Dry materials are either in powder or granular form. The use of the term “bulk” signifies the material is in large volume or mass. These bulk materials are shipped in large quantities, often in trucks, large plastic containers, pallets of small bags, or in large FIBC (flexible intermediate bulk container) bulk bags. These weighing systems can vary from very simple mechanical scales to advanced electronic systems that are integrated with sophisticated control technologies and include significant data management. The primary goal of these systems is to accurately measure the quantity of material, which is an essential function for a variety of applications including ingredient batching, blending, and quality control. Knowledge of the materials, containers, material flow, feeding/pumping, and many other functions is necessary to understand the design and characteristics of these weighing systems. ## Important Factors Affecting Accuracy Several factors can impact the accuracy of these material weighing systems. Understanding and addressing these is crucial for optimizing performance: **Scale** 1. Minimum Weighment: The smallest quantity a scale can accurately measure needs to be consistent with the minimum weighment you expect to make with the scale. If the minimum weighment of the scale system is greater than your minimum required weighment, the scale system may not provide accurate results meeting your expectations. 2. Scale Capacity: This is the maximum weight that a scale can handle. Do not select a scale whose capacity is less than the maximum expected weighment(s) of your required material(s). If your weighment exceeds scale capacity this could introduce inaccuracies due to overloading. 3. Accuracy Required and Resolution: The higher the accuracy you require, the more precise the scale will need to be. This may involve more frequent calibration and maintenance (see below). Resolution is the smallest increment the scale can measure/detect/resolve and display. Higher resolution scales can typically provide more precise and detailed measurements of small changes in weight. 4. Load Cell Quality: The quality and condition of load cells (the components that measure force/weight) directly impact scale accuracy. Wear and tear, or defects in load cells can affect measurement accuracy and consistency (precision). 5. Scale Type: While most scales used for material weighing use load-cell technology, the scale type or configuration can vary depending on the application and varying degrees of accuracy. **Calibration and Maintenance** 1. Calibration: Regular calibration is essential to ensure the accuracy of weighing systems. Calibration involves comparing the system’s measurements against known standards and adjusting it as needed. It’s important to follow the manufacturer’s recommendations for calibration frequency and procedures. Calibration systems are available that automatically calibrate scales to reduce human error and ensure consistent accuracy. 2. Maintenance: Routine preventative maintenance should be carefully scheduled and performed to eliminate issues that can affect accuracy, such as mechanical wear, sensor drift, or software malfunctions. Scheduled inspections and servicing can identify and resolve potential problems before they impact performance. A [preventative maintenance strategy](https://sterlingcontrols.com/blog/preventative-maintenance-a-strategy-for-ensuring-system-reliability/) is best. **Environmental Conditions** 1. Temperature: Temperature fluctuations can cause the expansion or contraction of materials and equipment, affecting weighing system accuracy. Temperature-compensated weighing systems can help mitigate this issue by adjusting measurements based on temperature changes. As a part of the automated weighing system, temperature sensors can be built-in to continuously monitor ambient temperature and allow the system to run compensation algorithms to correct for thermal expansion/contraction of materials and components. 2. Humidity: High humidity can impact the weight of hygroscopic materials, which absorb moisture from the air. This can create material flow problems, sticking materials, and calibration and maintenance issues. Using controlled environments can help maintain consistency in weighing. 3. Vibration: Vibrations from nearby machinery or traffic can disrupt accurate measurements. Installing weighing systems on stable, vibration-free platforms or using isolation mounts can reduce these effects. Using vibration isolation mounts or pads to minimize the impact of external vibrations is another good approach, along with regular scheduled calibration and maintenance of the weighing scale system. **Material Properties** 1. Bulk Density: The bulk density of materials can affect the choice of scale, the volume it may hold based on the weighments required, etc. This material characteristic is generally associated with dry powder or granular materials. It can impact how the materials settle and flow into the weighing system. Understanding the bulk density of the materials, selecting the best scale apparatus, and adjusting the weighing system accordingly can improve the accuracy and consistency of measurement. The density and viscosity of liquids, like bulk density, significantly influence their flow behavior, volume measurement, and the dynamics of incoming and outgoing flows in tanks. 2. Flow Characteristics: Materials with poor flow characteristics, such as those that are clumpy or sticky, can cause inconsistent measurements. Implementing appropriate feeding mechanisms or using additives to improve flow can enhance accuracy. Dry bulk materials will exhibit varying properties of cohesion (material particle attraction to one another) and adhesion (attraction of particles to other materials such as scale hopper and tank walls). Flow characteristics need to be known and understood for maximum weighing system performance and scale system selection. ## Best Practices for Maximizing Accuracy To ensure the highest level of accuracy in dry and liquid material weighing systems, consider the following as best practices: **Select the Right Material Weighing System** Choosing the appropriate weighing system for your application is critical. Consult with experts in material weighing and control for your industry and manufacturing process. Factors to consider include: 1. Capacity: Ensure the system can handle the maximum load required for your processes. 2. Accuracy and Resolution: Higher accuracy and resolution systems provide more precise measurements, which is essential for applications requiring tight tolerances. They also can come with a higher cost. Refer to other discussions above regarding accuracy and resolution. 3. Scale Type: Depending on your needs, you may choose from belt scales, loss-in-weight feeders, tanks on load-cells, scale hoppers, platform bench-type scales, floor scales, inline conveyor scales or other types. Often your application and use of material weighing systems in your process will dictate the type of scale. **Implement Proper Installation** Correct installation is crucial for maintaining accuracy and consistency over time. Key considerations include: 1. Leveling: Ensure the material weighing system is installed level. This will prevent inaccuracies caused by uneven surfaces and is critical to the long-term performance of your system. 2. Foundation: Use a stable foundation or mounting system to reduce the impact of vibrations and other external factors. If in a high-vibration area, consider installation elsewhere or use methods to isolate the material weighing system from the vibrations. 3. Alignment: Proper alignment of components, such as load cells and weigh hoppers, ensures accurate measurements. **Utilize Advanced Technologies** Leveraging advanced technologies can significantly improve accuracy: 1. Load Cells: Modern load cells with high precision and stability are essential for accurate measurements. Regularly check and calibrate load cells to ensure optimal performance. 2. Automation: Integrating automated systems for calibration, maintenance, and data collection can enhance accuracy and reduce human error. 3. Software: Advanced software solutions offer features such as real-time monitoring, data logging, and preventative maintenance, helping to maintain and improve system accuracy. ## Trends in Bulk Material Weighing **The field of bulk material weighing is evolving with advancements in technology. Key trends to watch include:** 1. Real-Time Data Integration: Data collection exists today. Systems utilizing material weighing collect and can store significant amounts of data, such as by using the SQL or SQL Express programming language to manage and manipulate databases by providing a standard way to interact with databases, and is ideal for applications where significant material weighing exists (such as ingredient batching systems). [Integrating this data with your ERP](https://sterlingcontrols.com/blog/data-integration-methods-batch-control-systems-and-erp/) can be done today. 2. Machine Learning: Combining data collection and integration to your ERP with Machine learning algorithms applied in your ERP you will be able to optimize your processes, including material weighing, inventory management and more by predicting and making changes to your process, such as correcting potential errors, based on historical data. 3. Enhanced Materials Handling: Innovations in materials handling, such as automated handling systems, advanced feeders and conveyor systems, pumping systems for liquids, can contribute to more accurate and efficient bulk weighing. ## Conclusion Maximizing accuracy in bulk material weighing systems is crucial for achieving operational excellence and ensuring product quality. By understanding the factors that affect accuracy, implementing best practices, utilizing advanced technologies, and staying informed about future trends, you can enhance the performance and reliability of your weighing systems. Regular calibration, proper installation, and ongoing maintenance are key to maintaining high accuracy levels and achieving optimal results in your bulk material handling processes. If you need further assistance or wish to explore advanced solutions for your material weighing requirements, don’t hesitate to reach out to industry experts or consult with specialists who can provide tailored recommendations for your specific requirements. ## Next Step With over 50 years of expertise in custom engineering material weighing, ingredient batching, liquid handling, process control, and other bulk material handling solutions, Sterling Systems & Controls proudly has the experience to assist you in bulk material weighing. [Contact us today](/contact/) to discuss how our knowledge and experience can align with your goals and how you can continue your journey toward manufacturing excellence! ## Post navigation [< Back](https://sterlingcontrols.com/blog/enhancing-agricultural-efficiency-with-custom-automation-solutions/) [Next >](https://sterlingcontrols.com/blog/a-holistic-approach-to-industrial-automation-for-complete-process-systems-top-five-implementation-strategies/) **Categories:** Blog **Tags:** automatic batching system, Automation, Batching, batching automation, batching system, batching systems, Bulk bag unloading, ingredient batching, Weighing System --- ### [Enhancing Agricultural Efficiency with Custom Automation Solutions](https://sterlingcontrols.com/blog/enhancing-agricultural-efficiency-with-custom-automation-solutions/) **Published:** July 31, 2024 **Author:** p1ws **Excerpt:** When it comes to agriculture automation, projects for optimizing farming extend to multiple technologies and applications. Robots that sow seeds and harvest crops are only a part of the sector’s automated solutions for agriculture. **Content:** # Enhancing Agricultural Efficiency with Custom Automation Solutions By 2050, the world’s population is projected to reach nearly ten billion people. To meet the nutritional needs of this expanding population across a diverse range of food products, agricultural production must increase by 70% above current levels. Adding to this challenge is the rising number of pets—currently about 1.5 billion—which also consume substantial amounts of pet food, often drawn from the same raw sources as human food. Consequently, the actual increase in agricultural production needed could be even higher than the 70% forecast. While these figures might initially seem daunting, technological advancements in agriculture are providing powerful solutions to address these demands. Just as in other market sectors such as food processing and pet food manufacturing, agriculture is embracing automation to enhance productivity, efficiency, and sustainability. Automation projects in modern agriculture are key to meeting the needs of a growing global population and ensuring that both human and pet food requirements are effectively managed. From precision farming to advanced data management and analytics, the integration of cutting-edge technologies is transforming how we produce food. Automation in agriculture is not only increasing output but also improving resource management, reducing waste, and enhancing overall operational efficiency. These advancements are key for adapting to the future challenges of food production and ensuring a stable and sustainable supply for both people and pets. ## Modern Agriculture: Automation Projects for 21st Century Farmers Within the next two decades, the demand for food, pet food, and animal feed will increase dramatically. Conventional farming techniques won’t be able to meet the needs of humanity without improving processes, which is why farmers are increasingly turning to automated agriculture. Automation projects for the agricultural sector look to produce more while using less energy, land, manual labor, and water. In modern-day agriculture, automation projects are driven by several new technologies, including artificial intelligence (AI), data management, analytics software, the Internet of Things (IoT), machine learning algorithms (a subset of AI), robotics, and other hardware and software. **Agriculture automation projects can provide benefits that include:** - Cutting water used to irrigate crops - Decreasing need for humans in the workforce - Expanding overall food production - Heightening efficiency of operations - Improving project management - Increasing harvests of food crops Today’s new technologies are driving automation within agriculture. Just as it does in food, pet food, and animal feed production, automation projects are changing how farmers grow their crops. This will, in turn, make farming more efficient and productive while also reducing the negative environmental effects often seen in industrialized agriculture. ## Agriculture Automation: Projects for Crop Management When it comes to agriculture automation, projects for optimizing farming extend to multiple technologies and applications. Robots that sow seeds and harvest crops are only a part of the sector’s automated solutions for agriculture. Automation projects extend to soil management and monitoring plant health at scale with analytics software, mobile applications, satellite images, and data collected by IoT sensors. With AI and machine learning, farmers can monitor land and plants to use less water, pesticides, and herbicides to produce the same or higher harvests. Much of the valuable data on land and crops relies on IoT-enabled sensors that evaluate land used for agriculture. Automation projects rely on data collected by smart sensors within soil and plants or connected to drones to enable farmers to identify physical or chemical changes affecting agricultural production. These include dielectric sensors that monitor moisture levels, electrochemical sensors to gather data on chemicals within the soil, mechanical sensors that analyze soil density, and optical sensors that measure how much light an area receives. Regarding quality control, digital imaging equipment combined with AI can identify colors, forms, and sizes while also detecting any anomalies to keep poor-quality products from making their way to consumers. These drones – also referred to as unmanned aerial vehicles (UAVs) – have high-resolution cameras and sensors and fly over farmland, taking photos and videos of fields where crops are produced. Farmers collect data from these images, processing it via machine learning algorithms to better fertilize their crops while ensuring that pests and weeds are kept at bay. However, these smart visual systems can also be added to tractors, where they can collect information on fields and crop yield by using specialized analytics software to evaluate the gathered data. The benefits of smart sensing devices paired with analytics add significantly to conventional farming processes. Farmers can use these sensors to measure nutrients in the soil, along with its moisture, pH, salinity, and temperature. Analytics software can access data stored in the cloud to compare historical data from past years and harvests to real-time data from the fields. With a better understanding of nutrient levels in the soil, farmers can add the proper amount and right kinds of fertilizers, reducing costs while limiting pollution and making their operation more sustainable. Another way in which smart farming can help is through pest management. According to the UN Food and Agriculture Organization (FAO), as much as 40 percent of global agricultural production is lost because of pests, estimated to cost $70 billion in losses. Again, this problem can be dealt with via agriculture automation. Projects to detect pest infestations before they become problems involve IoT cameras with low-power sensors that monitor insect traps, capturing images of the types of pests attacking a crop. With computerized vision equipment supported by AI, the numbers and insect types are identified, while analytics apps help recognize patterns by comparing real-time to historical data. This information can then direct pesticides to only the infected areas. **With smart agriculture, automation projects identify pathogens and pests with:** - AI software that distinguishes pathogens or pests, using data gathered by smart cameras with fluorescent sensors that monitor changes in chlorophyll levels within crops. - Analytics software uses AI and machine learning algorithms to analyze data and optimize pesticide use, limiting its application while improving crop health. - Infrared and thermal IoT sensors that spot indicators of pest and pathogen attacks, with alerts using AI, machine learning algorithms, and predictive analytics to detect anomalies. - Sounds of pests are picked up by acoustic sensing devices that can detect large concentrations of insect pests. Automation projects help farmers become more efficient and productive in this new iteration of agriculture. This includes automating basic tasks like inventory management of farm equipment, fertilizers, fuel, seeds, and other agricultural items. For example, automation projects within the industry could include notifications from AI chatbots that warn when inventory of certain items requires restocking. Having greater control over these basic business functions ensures farmers have everything they need for planting, irrigation, fertilization, and harvesting of crops. This extends to supply chains for shipping harvested crops to market as well. With agriculture automation projects handling logistics, farmers can use technology to evaluate delivery times, shipping itineraries, vehicle capacities, and other variables within the supply chain. This helps reduce customer delivery times, transportation costs, and farm product waste. Good for the modern farmer is good for food, pet food, and animal feed manufacturers. ## Agriculture Automation: Projects for Mechanizing Livestock Feeding Whether known as livestock farming and ranching, animal husbandry, or animal agriculture, automation projects in this sector are also under pressure to increase food production for an increasing global population. Developed countries increasingly make laws to minimize environmental harm while respecting animals used to produce food products, with automated technology making livestock farming more sustainable. With the rise of digital technology, automation in agriculture has resulted in robotic milking systems, drones to monitor animals in the field, and automated feed manufacturing, and livestock feeding systems. **Agriculture automation projects for livestock need to consider the following:** - **Animal welfare:** For animal agriculture, automation projects can help better track large flocks and herds, even when spread over a wide geographical area. - **Automated butchery:** Humane slaughter techniques performed by automated systems augment efficiency and decrease labor costs of a livestock operation. - **Automated cleaning:** Sanitation is often an issue with larger farms, with hygiene an important factor for animal health; robotic or automated systems using pressurized water and drain systems ensure animal living spaces are cleaned regularly. - **Automated egg collection:** While robots collecting eggs and conveyor belts transporting them may seem more akin to a factory than agriculture, automation projects incorporating such labor-saving devices reduce operational costs while improving efficiency. - **Automated feeding:** Such feeding systems offer farmers precise control over their livestock through the use of IoT controllers, sensors, valves, and other devices that enable feeding according to animals’ nutritional needs; animal agriculture automation projects involved in feeding livestock lead to less waste, improved rates of growth and more efficient breeding. - **Automated feed manufacturing**: From automatic ingredient batching systems, to complete feed mill manufacturing control systems, automation has transformed modern feed production and will continue to do so over the next several decades to continue supporting the increasing demand for feeding our growing population. - **Automated vaccination:** Systems involving robotics and sensing devices can vaccinate livestock with greater accuracy, reducing labor costs. - **Breeding:** Natural animal reproduction can be dicey, so automated insemination, embryo transference, and other technologies involving animal reproduction are supported by various digital technologies. - **Climate control:** Like humans, temperature extremes can stress livestock, so systems for regulating air circulation, humidity, and temperature make animals more comfortable, improving an operation’s productivity. - **Disease control:** Early detection of sick animals can prevent the spread of disease, which smart sensors and AI software can augment to mitigate impact. - **Genetics:** Testing for and analyzing desirable genetic traits when selecting animals for breeding helps livestock farmers increase their productivity; analytics software can help evaluate data associated with breeding animals for such characteristics as greater resistance to disease and higher adult weights. - **Labor efficiency**: Automation projects need to consider all aspects of animal farming, including long hours spent caring for, feeding, and watering livestock, as well as marketing and selling them; automation must optimize a livestock farmer’s labor so that they can do more with less. - **Labor shortages:** In US agriculture, automation projects need to deal with the significant challenges faced by the industry regarding the shortage of agricultural workers and high labor costs. - **Livestock monitoring:** IoT sensing devices in the fields combined with data analytics software can examine breeding, grazing, and other animal behaviors and their health; these technologies work together to enable farmers to make data-driven decisions concerning breeding, disease, and feeding, among other factors affecting livestock. - **Optimizing hatcheries:** An egg farm’s productivity can be improved by using near-infrared hyperspectral imaging with machine learning to detect infertile eggs and remove them earlier. - **Robotic milking:** For dairy-based agriculture, automation projects should focus on optimizing the efficiency of a milking operation while reducing labor costs, with data collected offering a window that can improve cattle genetics and breeding. As in other areas of agriculture, automation projects in livestock farming and animal feeding offer farmers savings in energy, equipment, feed, and labor costs while mitigating carbon footprints, soil degradation, and water pollution. To these ends, automated agriculture incorporates digital technologies like AI, data analytics, IoT, and others associated with what’s become known as Industry 4.0 or the digital revolution. These technologies help livestock farmers and ranchers monitor their animals’ breeding, drinking patterns, genetics, health, posture, and weight by providing insights that promote data-driven decision-making. ## Next Step Sterling Systems & Controls Inc. provides electrical process controls and custom automated solutions for animal feed manufacturing, pet food production, food processing, baking, and many other industrial processes. Automation projects for farmers of all sorts can benefit from our cutting-edge technology. To learn more about our products and services, [contact Sterling Systems & Controls](https://sterlingcontrols.com/contact/) today. ## Post navigation [< Back](https://sterlingcontrols.com/blog/data-integration-methods-batch-control-systems-and-erp/) [Next >](https://sterlingcontrols.com/blog/maximizing-accuracy-in-material-weighing-systems/) **Categories:** Blog **Tags:** Feed and Petfood Automation --- ### [Exploring Data Integration Methods: Batch Control Systems and ERP](https://sterlingcontrols.com/blog/data-integration-methods-batch-control-systems-and-erp/) **Published:** July 31, 2024 **Author:** p1ws **Excerpt:** In today’s fast-paced industrial environment, integrating data between batching control systems and Enterprise Resource Planning (ERP) systems is crucial for optimizing operations, improving accuracy, and driving overall efficiency. **Content:** # Exploring Data Integration Methods: Batch Control Systems and ERP In today’s fast-paced industrial environment, the ability to integrate data between batching control systems and Enterprise Resource Planning (ERP) systems is crucial for optimizing operations, improving accuracy, and driving overall efficiency. Effective integration facilitates real-time decision-making and streamlines processes, bridging the gap between production and business management. In this blog post, we’ll explore the three prevalent and practical methods for integrating data: Realtime WebAPI interfaces, Intermediate SQL tables, and CSV Flat Files. ## Practical Alternatives ##### **Intermediate SQL Tables/Database** Intermediate SQL Tables bridge batching control systems and ERP systems by using a database as an intermediary layer. In this method, data from the batching control system is first written to SQL tables in a staging database. The ERP system then reads from these SQL tables to import the necessary data. Usually, multiple data tables go back and forth between the process/batching control system and the ERP. Writing data from the ERP into a buffer so the data can be massaged and validated before writing into the control table or database is common. Advantages: - Data Validation: Intermediate SQL tables use a buffer to provide a staging area where data can be validated and cleansed before being imported from or to the ERP system. - Flexibility: SQL databases are highly flexible and can handle complex data structures, making it easier to map data between systems. - Performance: This method can optimize data processing by allowing frequent batch updates rather than real-time transfers. Disadvantages: - Latency: Data is not transferred in “real-time,” which may result in a lag between data entry and its availability in the ERP system. The lag is usually seconds or minutes, depending on how fast the polling is set, but it isn’t truly real-time. - Maintenance: Requires ongoing maintenance to ensure the SQL tables and integration processes remain accurate and up to date. ##### **Realtime WebAPI Interface** Realtime WebAPI Interface is one of the advanced and dynamic methods for integrating data between batching control systems and ERP systems, but less commonly used than SQL Data Tables/Databases. WebAPIs (Application Programming Interfaces) use HTTP methods to enable direct, real-time communication between disparate systems over the web. By utilizing RESTful APIs (Representational State Transfer Application Programming Interface) or similar technologies, batching control systems can send data directly to the ERP system and vice versa. One application example is the use of a comprehensive cloud-based ERP that provides a suite of applications, including API for data integration between systems. It isn’t uncommon that middleware might be used to go between a WebAPI and SQL tables. Advantages: - Real-Time Data Transfer: The WebAPI interface method allows for immediate data synchronization, ensuring that both systems have the latest information. - Scalability and Flexibility: APIs can handle various types of data and are adaptable to changing business needs and system upgrades. - Enhanced Integration: WebAPIs can support complex data structures and facilitate more sophisticated system interactions. Disadvantages: - Complexity: Implementing and maintaining WebAPI integrations can be complex and may require specialized knowledge. The complexity can depend on several factors, including API documentation, system compatibility, data consistency and synchronization, performance and scalability, and more. Investigate and make sure this is really the best alternative. - Security: Real-time data transfer demands robust security measures to protect sensitive information from unauthorized access. ![Data Header](https://sterlingcontrols.com/wp-content/uploads/image2.png "image2 | Sterling Systems & Controls")##### **CSV Flat Files** CSV Flat Files are a traditional and straightforward method for data integration. This approach exports data from the batching control system into CSV (Comma-Separated Values) files, which are then imported into the ERP system. This type of integration uses one or more text files. These files are placed into a known network folder location, and one system will write data into the file while the other system polls the folder looking for new files and then imports the data when a new file appears. These are “looser” integrations because the two systems are not required to be online at the same time and they don’t speak directly together. This type of integration relies on polling a folder every so often to look for data, so it is not “real-time.” Polling can be setup to look for new data every so many minutes, every so many hours, or just on demand. This integration works well when there isn’t a continuous network connection or when things are scheduled and submitted several hours before they go into production. Since the two systems are not talking directly together, either system can be changed easily and, if the new system still produces/understands the same import/export file format, the other system will not even know there was a new system installed. Advantages: - Simplicity: This method is relatively easy to implement and requires minimal technical expertise, especially compared to WebAPIs. - Compatibility: CSV files are widely supported by various systems and tools, making it a very versatile choice for many integration process control/ERP integration scenarios. - Cost-Effective: Typically, this approach involves lower upfront costs and less complexity in setup. Disadvantages: - Lack of Real-Time Integration: CSV files are unsuitable for real-time data transfer, which can impact the timeliness of data availability in the ERP system. - Data Consistency: Managing data consistency and ensuring accurate mapping between systems can be challenging with flat files. ![data table for ingredients in a batching control system.](https://sterlingcontrols.com/wp-content/uploads/image3.png "image3 | Sterling Systems & Controls")Figure 1 Browser based data table for ingredients in a batching control system## Conclusion IChoosing the right data integration method between batching control systems and ERP systems depends on various factors, including the need for real-time data access, complexity, and budget constraints. Realtime WebAPI interfaces offer cutting-edge, real-time capabilities but have higher complexity, cost, and security concerns. Intermediate SQL tables and database integration provide a robust solution with validation and flexibility but introduce some latency depending on polling frequency. They can be “virtually real-time” and are more easily setup than WebAPI integration. They are good cost-effective solutions when as close to real-time as possible is needed. CSV Flat Files offer simplicity and cost-effectiveness but lack real-time integration and require manual handling. Each method has its advantages and disadvantages, and the best choice will depend on your specific operational needs and system capabilities. By understanding these methods, businesses can make informed decisions and implement integration solutions that enhance operational efficiency and accuracy. ## Next Step With more than 50 years of expertise in custom engineering process control solutions, Sterling Systems & Controls proudly has experience with integration of batching and other process system data with a variety of ERP systems. [Contact us today](https://sterlingcontrols.com/contact/) to discuss how our process control, batching & weighing, and other process solutions can align with your goals, and how you can continue your journey towards manufacturing excellence! **Categories:** Blog **Tags:** automatic batching system, Batching, batching automation, batching system, batching systems --- ### [Moving Batches from Point A to Point B](https://sterlingcontrols.com/blog/moving-batches-from-point-a-to-point-b/) **Published:** February 9, 2022 **Author:** p1ws **Excerpt:** So you are going to purchase a custom-engineered ingredient batching system but are concerned about how to arrange for moving batches from point A to point B? Meaning, how to get the batched ingredients from the batching system to the mixer. Well that’s not too difficult, depending on the facility layout. **Content:** # Moving Batches from Point A to Point B So, you purchased a custom-engineered ingredient batching system but are concerned about arranging for moving batches from point A to point B, which means getting the batched ingredients from the batching system to the mixer. Well that’s not too difficult, depending on the facility layout. While many ingredient batching systems collect ingredient batches in [tote containers](https://www.amazon.com/Tote-Container/s?k=Tote+Container), mixing containers, or even boxes, it is possible to equip the system with batch conveying to the mixer, or whatever the next downstream step is, so that the system automatically moves batches from point A to point B, from the discharge of the ingredient batching system to the mixer, etc. This is a part of what custom-engineered ingredient [batching systems](https://sterlingcontrols.com/products/batching-systems/) are all about making the system work for you! Batch transport via conveying is just one more customization that is easily accomplished to improve your efficiency and profitability. There are two typical methods to convey the batches to the mixer: **Pneumatic Transfer:** Using air to move batches from the ingredient batching system to the mixer is common for automatic ingredient batching systems. Pneumatic transfer uses either positive pressure blowers or vacuum systems. This method is fairly rapid but can consume plant air to achieve the desire effect. Pneumatic transfer is generally applied to convey large distances and across multiple levels within a facility. **Mechanical Transfer:** A mechanical drag conveyor is the most common form of mechanical conveyance in automatic ingredient batching systems. Because of the shear size and weight of the conveyor, it is used for a more limited distance. ## Post navigation [< Back](https://sterlingcontrols.com/blog/mechanical-conveying-automatically-discharges-batches/) [Next >](https://sterlingcontrols.com/blog/bakery-mixer-control/) **Categories:** Blog **Tags:** automatic batching, automatic batching system, batching systems, ingredient batching --- ### [Bakery Mixer Control](https://sterlingcontrols.com/blog/bakery-mixer-control/) **Published:** February 16, 2022 **Author:** p1ws **Excerpt:** Sterling Systems provides designs and equipment using Allen-Bradley PLC’s and industrial PC’s running Sterling Systems customized Windows-based automation software. Sterling Systems 45 plus years of automation experience ensures quality and efficiency in both hardware and software. Sterling Systems standard bakery batching controller can automate the mixer speed (fast and slow) through the recipe sequence instructions. **Content:** # Bakery Mixer Control **The following are a few examples of Sterling Systems & Controls bakery mixer control applications:** - Multiple food ingredient bins/totes - Food grade stainless steel table(s) - [Moving weigh table w/scale and touchscreen display](https://sterlingcontrols.com/products/semi-automatic-kitchen-batching-system/) - PC control with weight instrument - From sequencing and verifying operator interface steps at the mixer to automated ingredient tracking from receiving raw materials to finished batches of dough, these examples highlight the different levels of process controls available, specifically bakery mixer control, with Sterling Systems bakery batch controller solutions. Sterling Systems provides designs and equipment using Allen-Bradley PLC’s and industrial PC’s running Sterling Systems customized Windows-based automation software. Sterling Systems’ 45-plus years of automation experience ensure quality and efficiency in both hardware and software. ##### MIXER CONTROL OPTIONS Sterling Systems’ standard bakery batching controller can automate the mixer speed (fast and slow) using the recipe sequence instructions. The system also controls the scale and mixer inlet gate. Sequencing can be adjustable or fixed. The batching controller will also monitor mixer bowl positions. This monitoring of positions allows the controller to verify that an operator has lowered the bowl to accomplish certain tasks as prompted through the batching sequence. Such tasks as hand-add, bowl scraping, etc., will require that the mixer bowl be raised or lowered to the required position and these steps verified as part of the formula specification. The batch recipe and summary will ensure that each batch is efficiently and repeatedly produced to the formula specification. Please [contact us](/contact/) for more information or a proposal. ##### BENEFITS: - Custom-designed SSCI.NET software batching application specifically for Bakery Mixing to meet your exact requirements. - Integrated mixing control options with weighing and batching for dry and liquid ingredients. - Comply with Food Safety requirements. - Increased throughput & batch consistency. - Compare Live Mix trends to saved Perfect Batch trends to compensate before dough is discharged. - Easily scale recipe size based on flour draw. - Can correct/repair batch consistency “on the fly.” ##### TYPICAL FEATURES: - Automatic and/or Semi-Automatic ingredient batching. - Lot Tracking and Batch Validation. - Control mixing of dry, liquid and hand-add ingredients. - Programmable recipes. - Ingredient tolerance control (+/-). - Mixer bowl temperature monitoring. - Mixer load control tolerance/history. - Raw ingredient inventory and usage. - Finished product batch/history. - Virtually unlimited number of recipes and ingredients. - Wide range of applications for type of mixer, size and configuration strategies. - ERP system integration capable. - Remote supervisory control available. ## Post navigation [< Back](https://sterlingcontrols.com/blog/moving-batches-from-point-a-to-point-b/) [Next >](https://sterlingcontrols.com/blog/auger-feeders-ensure-batching-reliability/) **Categories:** News **Tags:** Automation, Bakery, Batching, batching automation, batching system, batching systems --- ### [Auger Feeders Ensure Batching Reliability](https://sterlingcontrols.com/blog/auger-feeders-ensure-batching-reliability/) **Published:** March 22, 2022 **Author:** p1ws **Excerpt:** Sterling Systems & Controls auger-type screw feeders are a critical component within ingredient batching systems for food processing, feed milling and many other industrial applications. Auger feeders ensure batching reliability from Sterling Systems excelling beyond other brands with three key features... **Content:** # Auger Feeders Ensure Batching Reliability ***Sterling, IL – For Immediate Release*:** Sterling Systems & Controls auger-type screw feeders are a critical component within ingredient batching systems for [food processing](https://sterlingcontrols.com/food-processing-industry/), feed milling and many other industrial applications. Auger feeders ensure batching reliability from Sterling Systems, excelling beyond other brands with three key features: - Each end of the feeder incorporates industrial-grade bearings to support the auger, preventing contact with its housing. - Seals are located between the product zone and auger bearings. An air gap between the bearing and seal plates creates a buffer zone to prevent material from entering the bearings and lubricant from entering the material. - Keeping the auger in suspension using shaft clamps is key to ensuring that the thrust load is not transferred to the drive assembly, which increases drive life. Shock-absorbing couplings help reduce the start/stop shock on the motor/drive. These features keep the Sterling Systems [batching and weighing systems](https://sterlingcontrols.com/products/batching-weighing/) working with excellent long-term performance and reliability; providing auger feeders ensures batching reliability. Sterling Systems & Controls, Inc. has 50 years of experience providing efficient solutions for material weighing, batching, as well as process control and process automation. For more information [contact Sterling Systems & Controls](/contact/). ## Post navigation [< Back](https://sterlingcontrols.com/blog/bakery-mixer-control/) [Next >](https://sterlingcontrols.com/blog/upgrading-bakery-batching-system/) **Categories:** News, Press Releases **Tags:** auger feeders for batching, batching feeders, batching systems, screw feeders for batching --- ### [Upgrading Bakery Batching System](https://sterlingcontrols.com/blog/upgrading-bakery-batching-system/) **Published:** May 31, 2022 **Author:** p1ws **Excerpt:** So you have an existing bakery ingredient batching system.  You need help upgrading your ingredient batching system?  Let’s examine an application where that took place. **Content:** # Upgrading Bakery Batching System A customer asked Sterling Systems & Controls, Inc. to analyze their existing [batching system](https://sterlingcontrols.com/products/batching-systems/) and process and perform a batching system upgrade using [mixing bowls](https://www.toposmondial.com/public/product.aspx?ProductID=23662) as the batch container. This resulted in offering upgrades to reduce batch manual handling, eliminate equipment, and increase production. The original system to be modified was supplied by Sterling Systems & Controls in the mid 1990’s, old and well used. An updated design was proposed to increase the batch size by 10 times in order to reduce the number of mixes for the customer and to reduce the handling of small mixer bowls and the associated conveyor equipment to move bowls and the mixers. The new/upgraded system would also replace scaling equipment for both dry and liquid ingredients, including scales and liquid meters as well. The batching control system was updated to include formulation, inventory, lot tracking and data management. **The customer in this situation had goals for their mixer bowl batching system upgrade:** - Reduce cleaning. - Reduce maintenance. - Have a mixer bowl in a single location for batching. - Create the best configuration stack-up of equipment for optimal processing. - Eliminate existing equipment stack-up. - Have oil and starter metered directly into the mixer bowl (rather than weighing and discharging). - Include new water meter. - Size scales for flour based upon larger formula. - Size scale for sugar based upon larger formula. - Include salt and potato flake supply bins with low-level indicators, vibratory feeder, and scale hopper w/ gate. - Include automation for flour and sugar pneumatic conveying systems (reuse existing equipment). **Process control considerations included the following:** - Update PLC panel to Allen Bradley PLC and current technology of weight instruments. - Upgrade four (4) weight instruments (flour, sugar, salt & potato flake). - Add a local control panel to the equipment frame with remote I/O; eliminate wiring between control panels. - Upgrade to Windows 7 software. - All devices will be on Ethernet (PLC, PC, weight instrument, etc.). - Reuse existing motor starter panel; maintain hard wiring between PLC and motor starter panels. - Airlocks will be on VFD’s. **Sterling Systems & Controls supplied equipment included the below items for this mixer bowl batching system upgrade project:** - Transitions. - Airlocks. - Chutes. - Scale Hoppers (flour, sugar). - Starter liquid flowmeter. - Oil liquid flowmeter. - Water liquid flowmeter. - Use bin and scale hopper support frames. - Salt system including bin, low-level probe, feeder, scale hopper, load cell, and gate valve. - Potato flake system including bin, low-level probe, feeder, scale hopper, load cell, and gate valve. - Batching System software upgrade, new back panels, PLC, operator interface and others. - Adds to existing motor starter control panel. - New remote equipment control panel with weight instruments for new scale hoppers and other. - Complete engineering services including onsite and remote commissioning and support. - Modified Stackup. ## Post navigation [< Back](https://sterlingcontrols.com/blog/auger-feeders-ensure-batching-reliability/) [Next >](https://sterlingcontrols.com/blog/bulk-bag-unloading-systems/) **Categories:** Blog **Tags:** Bakery, bakery batching, batching system, Food Processing, upgrade bakery batching system --- ### [Bulk Bag Unloading Systems](https://sterlingcontrols.com/blog/bulk-bag-unloading-systems/) **Published:** May 31, 2022 **Author:** p1ws **Excerpt:** Need to unload bulk bags, a.k.a. FIBC bags? Often this requires customization of the unloading system. e.g. surge hopper, dust collection, magnet, airlock, weighing system, etc? Bulk bag unloading systems come in many “colors” and finding the supply partner that can custom engineer bulk bag unloading systems to meet your specific objectives is very key to your success. **Content:** # Bulk Bag Unloading Systems Unloading bulk bags often requires the customization of the unloading system. e.g., surge hopper, dust collection, magnet, airlock, weighing system, etc. Bulk bag unloading systems come in many “colors” and finding the supply partner that can custom engineer bulk bag unloading systems to meet your specific objectives is key to your success. Whether the baking of bread or other food products, feed production, pet food manufacturing, rubber compounding or other industrial applications, custom engineering of FIBC unloading systems is needed. Sterling Systems & Controls has a full staff of mechanical, electrical and software engineers with decades of technical and application expertise. The Sterling Systems customized FIBC unloading systems can include bulk bag discharging, using a variety of bag sizes, handling single or multiple bags, including an accumulator and material weighing and batch dispensing, being standalone or integrated into an automatic ingredient and recipe batching system, and incorporate the controls required for automatic operation. FIBC bag unloading systems, including weighing, can be combined with various turnkey solutions for conveying/transporting or dispensing the batch. These carefully selected solutions are used to convey/transport the product to the use points, such as a day bin or mixer. Typical conveying systems include pneumatic & mechanical conveyors. Totes are commonly used where cross-contamination or product degradation is a concern; solid surface and flexible totes are used. Various bulk bag unloading and weighing systems installation configurations are possible, including allowing the system to be mounted through a floor, or on a floor with legs. Sterling Systems & Controls, Inc. has 50 years of experience providing efficient solutions for custom bag unloading systems, as well as material weighing, batching and process controls. For more information [contact Sterling Systems & Controls](/contact/). ## Post navigation [< Back](https://sterlingcontrols.com/blog/upgrading-bakery-batching-system/) [Next >](https://sterlingcontrols.com/blog/system-supplier-make-a-difference/) **Categories:** News, Press Releases **Tags:** bulk bag discharging system, bulk bag unloading systems, FIBC unloading --- ### [System Supplier Make a Difference?](https://sterlingcontrols.com/blog/system-supplier-make-a-difference/) **Published:** June 15, 2022 **Author:** p1ws **Excerpt:** Does your system supplier make a difference? When you need a custom-engineered solution to meet your objectives for ingredient batching, material weighing, process control, process automation, bulk bag filling or unloading etc., the choices you make based on what the available suppliers bring to the project for you …. can make all the difference in the world. It’s easy to preach sales platitudes, but promising and delivering is a different story. **Content:** # System Supplier Make a Difference? Does your system supplier make a difference? When you need a custom-engineered solution to meet your objectives for ingredient batching, material weighing, process control, process automation, bulk bag filling or unloading, etc., the choices you make based on what the available suppliers bring to the project for you… can make all the difference in the world. Preaching sales platitudes is easy, but promising and delivering is a different story. **Working with Sterling Systems & Controls, Inc.** Even before the sale of your custom-engineered system, a Project Manager has already been assigned to your proposed system. This individual is a senior engineer with more than 20 years of experience in engineering, coordinating, and managing projects for Sterling Systems & Controls customers. **Sterling Systems & Controls has strict procedures to ensure the best possible customer experience in the custom-engineered systems provided. Projects are typically handled as follows:** - Once a customer requests a proposal, the Technical Regional Sales Manager works directly with the Project Manager to coordinate the concept and cost estimate. - If Sterling Systems & Controls is selected to supply the solution, an internal kickoff meeting is held between the Technical Regional Sales Manager, Project Manager, and subordinate staff. - A formal “Approval Package” is prepared in detail and submitted to the customer, including, but not limited to, a Detailed Equipment List, Detailed Equipment Layouts (3D), Sequence of Operation, Control Panel Front Layouts with dimensions, Control Input and output List, Electrical Drawings, Interconnection Wiring Diagram, and Recommended Spare Parts List. - The Approval Package is presented to the customer for review and approval. - After approval, components are ordered, mechanical and electrical fabrication begins, and in-house equipment assembly follows. - Software and Control Panel testing is completed before shipment (the customer can attend). - Field Commissioning & Testing of Equipment at the customer site is completed with the Project Manager attending. - Optional service estimates are available if the Project Manager needs to be on-site during the mechanical installation (completed by others). - After the equipment is commissioned, “As-Built” documents are provided. **24/7 SERVICE & SUPPORT** Sterling Systems & Controls doesn’t leave you hanging; no annual contracts are required. If you call for service or technical support because of some problem you are experiencing, the Sterling Systems & Controls focus is getting the customer back up and running as quickly as possible. To best service customers, we ensure they can report any problem and are available to work on it at any time of day, any day of the week, 24/7. Other suppliers may require annual contracts and/or a PO before they will even speak with you, which puts their needs ahead of yours. Not at Sterling Systems & Controls; getting the problem solved and customer production back up and running is the first priority. ## Post navigation [< Back](https://sterlingcontrols.com/blog/bulk-bag-unloading-systems/) [Next >](https://sterlingcontrols.com/blog/semi-automatic-batching-station/) **Categories:** Blog **Tags:** why sterling controls, Why sterling systems & controls --- ### [Semi Automatic Batching Station](https://sterlingcontrols.com/blog/semi-automatic-batching-station/) **Published:** June 21, 2022 **Author:** p1ws **Excerpt:** Sterling Systems & Controls, Inc. is pleased to announce the availability of its affordable Semi-Automatic Batching Station that can eliminate bad batches typically associated with manual batching, and assist in meeting product safety goals with lot tracking and batch validation capabilities. This Semi-Automatic Batching Station serves a wide range of industrial applications where the negative effects of time-consuming and problematic manual batching currently need to be improved. **Content:** # Semi Automatic Batching Station Sterling Systems & Controls, Inc. is pleased to announce the availability of its affordable Semi-Automatic Batching Station, which can eliminate bad batches typically associated with manual batching and assist in meeting product safety goals with lot tracking and batch validation capabilities. This Semi-Automatic Batching Station serves a wide range of industrial applications where the adverse effects of time-consuming and problematic manual batching need to be improved. The batching station utilizes operator involvement through each step in the batching process. It provides automated operator instructions or prompting, ingredient lot tracking, automatic weighing with over/under tolerance control, assures compliance with recipe/formula, etc. Eliminating bad batches resulting from operator error and interruption is a primary benefit. The Semi-Automatic Batching Station is a Hand Prompt System. Its PC will ask the operator to add ingredients to the batch for weighing and sequence an operator through the chosen recipe/formula one ingredient at a time. The [Semi-Automatic Hand Prompt Batching Station](https://sterlingcontrols.com/products/hand-prompt-batching-station/) ensures that each ingredient is added to the container, is within your programmed weight tolerance, and that the ingredient lot is correctly logged before the batching station will index to the next required ingredient. This ensures that the operator creates accurate batching. The Sterling Systems & Controls’ Semi-Automatic Hand Prompt Batching Station provides real-time records for each batch produced. This ensures the highest standards by ensuring a consistently batched product. As batches are made, the batching station records the ingredient and batch data and can print batch reports locally. Additional reports and data can be printed on a networked printer (batching station must be connected to your network). The printout provides a hard copy of each ingredient identification and lot and the required and actual weights according to the recipe/formula run. A time and date is also stamped on each report at the start and end of the batch. If an alarm occurs during batch creation, the batching station can print an alarm message, enabling a supervisor to review the operator’s performance and track problems that may occur later. Batching reports can be printed automatically at the end of a batch or recalled and printed on demand through either the Semi-Automatic Hand Prompt Batching Station software or [WebCentral™ (optional supervisory control software application)](https://sterlingcontrols.com/products/supervisory-control-software/). A barcode scanner can be provided and attached to the batching station using a NEMA4X quick-disconnect bulkhead connector mounted on the control panel. A wireless version of the barcode scanner is also available. The barcode scanner must be removed prior to any washdown of the batching station control panel. Many options are available. Sterling Systems & Controls, Inc. has 50 years of experience providing efficient solutions for process weighing, batching and automation. Sterling Systems’ designs utilize the latest technology to provide specialized data management, raw material management, and production data tracking. For more information [contact Sterling Systems & Controls](/contact/). ## Post navigation [< Back](https://sterlingcontrols.com/blog/system-supplier-make-a-difference/) [Next >](https://sterlingcontrols.com/blog/sand-facility-control-system/) **Categories:** News, Press Releases **Tags:** hand prompt, hand prompt batcher, semi automatic batching, semi automatic batching system, semi automation batching station --- ### [Video: How Preventive Maintenance Leads to Predictive Maintenance](https://sterlingcontrols.com/blog/video-how-preventive-maintenance-leads-to-predictive-maintenance/) **Published:** July 16, 2024 **Author:** p1ws **Content:** # Video: How Preventive Maintenance Leads to Predictive Maintenance Step into the future of maintenance with Feed & Grain magazine as they delve into Preventative and Predictive Maintenance with Sterling Systems & Controls in this engaging video chat. Explore how proactive Preventative Maintenance transforms grain processing and feed mills, prevents equipment breakdowns, and enhances operational efficiency while mitigating costly downtime and safety risks. Discover how state-of-the-art Preventative Maintenance Planning software can seamlessly manage operations across multiple locations to ensure unmatched consistency and peak performance in process manufacturing. Looking ahead, venture into the forefront of maintenance innovation with Artificial Intelligence and QR codes. Sterling Systems & Controls anticipates AI and data-driven Predictive Maintenance to provide real-time machine insights, optimize production efficiency, and redefine profitability and customer service standards across the manufacturing sector. ## Post navigation [< Back](https://sterlingcontrols.com/blog/preventative-maintenance-a-strategy-for-ensuring-system-reliability/) [Next >](https://sterlingcontrols.com/blog/benefits-of-minor-ingredient-batching-systems-in-food-processing/) **Categories:** Video --- ### [The Importance of Minor Ingredient Batching Systems in Food Processing](https://sterlingcontrols.com/blog/benefits-of-minor-ingredient-batching-systems-in-food-processing/) **Published:** July 16, 2024 **Author:** p1ws **Excerpt:** Food processing is an intricate dance where precision meets palate, and consistency defines quality and can dramatically impact brand loyalty. In this competitive industry, minor ingredient batching systems emerge as silent heroes in your production process. **Content:** # The Importance of Minor Ingredient Batching Systems in Food Processing Food processing is an intricate dance where precision meets palate, and consistency defines quality and can dramatically impact brand loyalty. In this competitive industry, minor ingredient batching systems emerge as silent heroes in your production process. These systems are not merely technological innovations; they are the meticulous architects behind every delectable flavor, essential nutrient, and an impeccable batch of food products that grace our tables. From the subtlest spice in a seasoning mix to the crucial vitamins fortifying our breakfast cereals, the accurate measurement and integration of minor ingredients are pivotal to bringing to life the critical work of quality assurance, nutritionists, and dietetic professionals. These systems ensure taste and texture remain consistently delightful and uphold the stringent standards of safety and nutrition demanded by today’s discerning consumers. This blog post delves into the indispensable role of minor ingredient batching systems in food processing. We explore how these systems elevate precision, streamline efficiency, ensure regulatory compliance, foster innovation, and champion sustainability—all while empowering food manufacturers to meet and exceed the expectations of an ever-evolving market. Join us on a brief journey through the technology that transforms ingredients into culinary excellence and discover why investing in advanced batching solutions is advantageous and imperative in shaping the future of food processing. ## Enhancing Precision and Consistency One of the primary advantages of batch processing using minor ingredient batching systems is their ability to enhance precision and consistency in food production. Minor ingredients, often added in smaller quantities than significant components like flour or sugar, can significantly influence the final product’s taste, texture, and nutritional profile. Whether it’s spices in a seasoning mix, vitamins in fortified cereal, or flavorings in a food additive, precise measurement and mixing are essential to consistently achieving the desired product attributes. However, it is not uncommon for a minor ingredient system to include ingredients that are added in greater or less than a minor weight size. A rule of thumb for typical weight sizes: - Micro Weighment Size: <50lb increments - Minor Weighment Size: 50lb to 150lb increments - Major Weighment Size: >150lb increments Ingredient batching systems are equipped with technology to ensure accurate and precise weighing and dispensing of ingredients, no matter what weighment size is required for the recipe/formula being batched. This precision minimizes variations between batches, maintaining product quality and meeting stringent regulatory standards. For food manufacturers, this consistency translates into consumer trust and loyalty as consumers expect the same high-quality product repeatably. ## Improving Efficiency and Reducing Waste Efficiency is another essential benefit of minor ingredient batching systems. In large-scale food processing facilities, time is money, and any inefficiency can lead to increased production costs and reduced profitability. Ingredient batching systems streamline the production process by automating the weighing, dispensing, batching, and transfer of batched ingredients to the next step in the production process, typically to a mixer. This reduces the reliance on manual labor and minimizes human error. Moreover, these systems are designed to handle multiple ingredients simultaneously, allowing for quicker batch turnaround times and increased production output. Manufacturers can achieve significant cost savings and improve operational efficiency by optimizing ingredient usage and minimizing waste. [**One example**](https://sterlingcontrols.com/industries-applications/baking-food-processing/denesting-totes-minor-batching-system/) is a minor ingredient batching system that was customized to “denest” batching tote containers, and create batches of up to 14 ingredients at a rate of 700 batches per 8-hour shift, nearly 1.5 batches per minute. ## Ensuring Product Safety and Compliance Food safety and regulatory compliance are non-negotiable in the food processing industry. Minor ingredient batching systems contribute to these objectives by providing a controlled ingredient handling and mixing environment. Automated systems reduce the risk of cross-contamination and allergen exposure, ensuring that products meet safety standards and regulatory requirements. Furthermore, the advantages of batch processing in the product safety and compliance area are recognized with minor ingredient batching systems as they are often provided with software that tracks ingredient usage and batch records. The tracking data for each ingredient is created, stored, and managed to provide lot traceability that facilitates compliance audits and enables manufacturers to quickly identify and address any quality issues that may arise during production. As consumer awareness of food safety grows, investing in robust ingredient batching systems becomes imperative for maintaining brand reputation and market competitiveness. ## Facilitating Innovation and Customization In today’s diverse marketplace, consumer preferences constantly evolve, driving the demand for product innovation and customization. Minor ingredient batching systems empower food manufacturers to experiment with new formulations and flavors without compromising production efficiency or product consistency. These systems allow quality assurance personnel, nutritionists, and dietetic professionals in food processing companies to accommodate a wide range of ingredients and recipes. This allows food manufacturers to quickly adjust formulations in response to market trends, specialty segments, or customer feedback. Whether creating limited-edition flavors, developing allergen-free options, or launching fortified products with enhanced nutritional profiles, ingredient batching systems provide food processors the flexibility and agility they need to stay ahead in a competitive industry. ## Supporting Sustainable Practices Sustainability is increasingly important to consumers. Therefore, it is increasingly important to food manufacturers to attract and grow their customer base. Minor ingredient batching systems contribute to sustainable practices by minimizing ingredient waste and optimizing energy consumption. By accurately dispensing ingredients, these systems reduce waste and ensure that resources throughout the production process are used efficiently. The ability to customize batch sizes based on demand also assists in preventing excess inventory and food waste. This aligns with efforts to reduce environmental impact. As sustainability continues to be a driving force in shaping consumer purchasing decisions, food manufacturers can use the advantages of batch processing with minor ingredient batching systems to illustrate their commitment to responsible manufacturing practices and environmental responsibility. ## Conclusion Minor ingredient batching systems have increasingly become indispensable in modern food processing operations. Enhancing accuracy and precision, ensuring product consistency, improving operational efficiency, ensuring product safety, facilitating innovation, and supporting sustainable practices are all results achieved by using these systems. Minor ingredient batching systems play a crucial role in meeting the complex requirements of today’s food industry. As consumer expectations for quality, product choice, and safety continue to rise, investing in advanced ingredient batching technologies becomes a competitive advantage and a strategic imperative for food processors. By utilizing the capabilities of minor ingredient batching systems, food manufacturers can increasingly provide superior products that meet regulatory standards, exceed consumer expectations, and drive business growth in a competitive and dynamic marketplace. ## Next Step Using more than 50 years of expertise in custom engineering solutions for material weighing, ingredient batching, and process controls/automation systems, Sterling Systems & Controls proudly provides custom solutions for your food processing minor ingredient batching needs. These ingredient batching solutions are custom-engineered to offer a unique system that helps you realize the advantages of batch processing and achieve your objectives. [**Contact us today**](https://sterlingcontrols.com/contact/) to discuss how our solutions can align with your goals, and how you can continue your journey towards manufacturing excellence! ## Post navigation [< Back](https://sterlingcontrols.com/blog/video-how-preventive-maintenance-leads-to-predictive-maintenance/) [Next >](https://sterlingcontrols.com/blog/data-integration-methods-batch-control-systems-and-erp/) **Categories:** Blog **Tags:** Batching, batching system, batching systems, ingredient batching, minor ingredient batching, minor ingredient batching systems --- ### [Preventative Maintenance: A Strategy for Ensuring System Reliability](https://sterlingcontrols.com/blog/preventative-maintenance-a-strategy-for-ensuring-system-reliability/) **Published:** July 12, 2024 **Author:** p1ws **Excerpt:** In process manufacturing (food, baking, pet food/treats, animal feed milling, plastic/rubber compounding, and much more), where efficiency and reliability are crucial to product and business success, the choice between maintenance strategies can significantly impact operations. **Content:** # Preventative Maintenance: A Strategy for Ensuring System Reliability In process manufacturing (food, baking, pet food/treats, animal feed milling, plastic/rubber compounding, and much more), where efficiency and reliability are crucial to product and business success, the choice between maintenance strategies can significantly impact operations. Preventative and Predictive maintenance are two widely adopted maintenance strategies and approaches, each offering distinct advantages and disadvantages. This blog post will explore these strategies, evaluate their suitability for process manufacturing equipment, and debate why preventative maintenance software is preferred for most process manufacturing operations. ## Preventative Maintenance: A Strategy for Ensuring System Reliability **Definition and Approach:** Preventative maintenance involves the advance scheduling of inspections, repairs, and part replacements to maximize production uptime by preventing equipment failures before they occur. This proactive maintenance strategy relies on your predetermined schedules or usage limits to replace components or perform maintenance tasks. Process equipment manufacturers often include these recommendations in their equipment instructions or can offer recommendations upon request. **Advantages:** 1. *Cost Efficiency*: By addressing equipment problems and issues before they cause equipment downtime or major failures, Preventative maintenance can reduce overall repair costs, extend the equipment’s lifespan, and help optimize your production efficiencies. 2. *Reliability*: Manufacturers of process equipment with moving parts will tell you that regular maintenance will enhance equipment reliability and operational consistency, extend equipment life, reduce the likelihood of unexpected breakdowns during production, and optimize production consistency. 3. *Safety*: A paramount concern, regular inspections and maintenance checks can improve workplace safety by identifying and rectifying potential process equipment-related hazards early. This can also impact costs, possibly lowering insurance and workers’ compensation claims. **Disadvantages:** 1. *Potential Over-Maintenance*: Strict adherence to schedules may lead to unnecessary maintenance of equipment that does not require it, increasing potential costs and downtime for scheduled maintenance. 2. *Risk of Failures*: Despite regular maintenance, unforeseen failures can occur if underlying issues are missed during scheduled inspections or components degrade faster than expected. Preventative maintenance software for manufacturing is a critical tool for maximizing the advantages while minimizing the impact of the disadvantages on your overall process manufacturing operation. Defining your “Plant,” identifying the “Machines” and “Areas” within your Plant(s), and establishing optimal Work Order Schedules are just a part of what Preventative maintenance software can do for you. ## Predictive Maintenance: Data-Driven Precision **Definition and Approach:** Predictive maintenance utilizes data from process equipment sensors and monitoring systems to “predict” (estimate what will happen in the future) when maintenance is needed. This approach relies on significant knowledge of each piece of process equipment, real-time and complete equipment sensor monitoring, process and equipment analytics, machine learning algorithms (Artificial Intelligence), and condition monitoring technologies to identify anomalies or signs of possible future failure and their timeframe. **Advantages:** 1. *Reduced Downtime*: If Predictive maintenance can anticipate issues before they manifest, unplanned equipment downtime might be minimized. This can enable more convenient scheduling of any required maintenance and repairs to prevent the issue/failure from occurring. 2. *Cost Efficiency*: Predictive maintenance can optimize resource allocation by conducting needed maintenance based on real-time equipment conditions, which could lead to significant cost savings. 3. *Prolonged Equipment Lifespan*: Predicting and resolving process equipment deterioration can extend the operational life of process equipment and components, improving operational efficiency. **Disadvantages:** 1. *Complexity*: Implementing predictive maintenance requires sophisticated equipment monitoring systems and data analysis capabilities, which can be costly and require specialized expertise. Process equipment manufacturers must allow access to machine sensors and data, adding potential complexity and expense. 2. *Data Dependence*: Reliance on accurate data and algorithms means that inaccuracies or failures in data collection can lead to incorrect maintenance decisions. Data collection, storage, and management throughout your entire process are must-haves. Process equipment manufacturers, such as micro/minor ingredient batching systems, must understand this and have the expertise in data management for Predictive maintenance to have an opportunity to be successful and generate a positive return on investment. 3. *Initial Investment*: Setting up Predictive maintenance systems involves much more upfront costs. These include fees for sensors, software, and training. This can be a significant investment, which may be prohibitive. ## Choosing the Best Approach: Preventative Maintenance Software for Manufacturing While Preventative and Predictive maintenance strategies offer valuable benefits, Preventative maintenance software for manufacturing emerges as the preferred overall choice for process manufacturing equipment. Here is why: 1. *Proactive vs. Reactive*: As previously stated, Preventative maintenance proactively addresses potential issues before they escalate. This proactive stance is based upon relevant knowledge from equipment manufacturers and your historical experience with your equipment. This minimizes the risk of unexpected failures during critical production periods. 2. *Cost-Effectiveness*: Despite the initial allure of Predictive maintenance’s precision, Preventative maintenance can be more cost-effective over the long term. It avoids the complexity and investment required for predictive systems while significantly reducing unplanned downtime and repair costs. 3. *Simplicity and Reliability*: Establishing a robust Preventative maintenance schedule is more straightforward and can be implemented across diverse types of equipment. It provides a structured framework that ensures essential maintenance tasks are identified, scheduled and consistently performed. Preventative maintenance software for manufacturing in the process industries ensures this is easily accomplished. 4. *Safety and Compliance*: For industries with strict safety and regulatory standards, Preventative maintenance offers a clear path to compliance by ensuring equipment is regularly inspected and maintained according to established guidelines. ## Conclusion In conclusion, while Predictive maintenance holds promise with its data-driven precision, Preventative maintenance remains a stalwart choice for process manufacturing equipment. Its proactive nature, cost efficiency, readily available software, and reliability make it well-suited to mitigate equipment failures and downtime risks. By implementing a well-designed Preventative maintenance program, manufacturers can achieve optimal operational efficiency, enhance equipment reliability, and ensure sustainable production outputs. By understanding the strengths and weaknesses of each approach, manufacturers can make informed decisions today that align with their operational goals, budget constraints, and technological capabilities. Whether opting for Preventative maintenance or exploring predictive technologies as they evolve, the key lies in balancing innovation with practicality to maintain a competitive edge today and in the future in the dynamic landscape of process manufacturing. ## Additional Considerations Beyond the core advantages and disadvantages, there are further nuances you may wish to consider when choosing between Preventative and Predictive maintenance strategies: 1. *Adaptability*: Preventative maintenance schedules can be adjusted based on equipment performance and operational needs using Preventative maintenance software. This provides flexibility that is only sometimes achievable with predictive approaches reliant on fixed data thresholds. 2. *Integration with IIoT*: As the Industrial Internet of Things (IIoT) technologies advance, integrating sensors and real-time data analytics can enhance Preventative and Predictive maintenance strategies. This synergy may allow for more precise monitoring and decision-making, potentially bridging gaps between the two methodologies. A Holistic approach may evolve in the future. 3. *Industry Specificity*: Certain industries may favor one approach over another based on regulatory requirements, equipment complexity, and critical uptime. For example, industries with continuous production lines might lean towards Preventative maintenance software for manufacturing to minimize disruptions. 4. *Human Expertise*: While Predictive maintenance relies heavily on data analytics, human expertise remains crucial in interpreting data, making informed decisions, and addressing nuanced issues that automated systems may overlook. ## Looking Ahead As technology evolves and operational demands shift, the debate between Preventative and Predictive maintenance will continue. Manufacturers must stay abreast of technological advancements, industry trends, and best practices to optimize their maintenance strategies effectively. Both Preventative and Predictive maintenance strategies offer distinct advantages. Preventative maintenance’s proactive nature and reliability often make it the preferred choice for maintaining process manufacturing equipment today. Preventative maintenance planning software allows you to “Build Your Plant” and create/identify all the assets that must be monitored and maintenance scheduled, dividing each Plant into “Areas” and “Machines.” Work Orders for maintenance can be planned and generated quickly and when needed to maintain maximum uptime. Process manufacturers can use well-planned Preventative maintenance software to enhance equipment reliability, minimize downtime, and drive sustained operational excellence in their manufacturing processes. Eyes wide open for evolving technologies that will perfect AI algorithms to correctly predict the future maintenance requirements of the wide range of equipment within the process industries. There will be opportunities for operations, engineering, and maintenance personnel to work together to blend both Predictive and Preventative maintenance into a possible seamless holistic maintenance strategy. But today, Preventative maintenance in the process industries is the way to go. ## Next Step Drawing upon over 50 years of expertise in custom engineering solutions for material weighing, ingredient batching, and process controls/automation systems, Sterling Systems & Controls proudly introduces our [Preventative Maintenance Planning software application](https://sterlingcontrols.com/products-capabilities/controls-automation/preventative-maintenance/). Designed to facilitate proactive care and maintenance of your process equipment and production processes, our software helps minimize downtime and maximize efficiency by scheduling essential maintenance activities in advance. [Contact us today](https://sterlingcontrols.com/contact/) to discuss how our solutions can align with your objectives and take the next steps toward achieving manufacturing excellence! ## Post navigation [< Back](https://sterlingcontrols.com/blog/preview-of-ippe-2024-by-afia-president/) [Next >](https://sterlingcontrols.com/blog/video-how-preventive-maintenance-leads-to-predictive-maintenance/) **Categories:** Blog **Tags:** feed mill, feed mill automation, preventative maintenance, process efficiency --- ### [Cattle Feed Manufacturing in Livestock Management](https://sterlingcontrols.com/blog/cattle-feed-manufacturing-in-livestock-management/) **Published:** February 7, 2024 **Author:** p1ws **Excerpt:** Cattle feed manufacturing stands as a cornerstone in modern livestock management systems, catering to the escalating demands of a growing global population for meat and dairy products. Its significance extends beyond mere provision; it ensures the health, productivity, and sustainability of the livestock industry. **Content:** # Cattle Feed Manufacturing in Livestock Management ## Introduction **The Crucial Role of Cattle Feed Manufacturing in Livestock Management** Cattle feed manufacturing is a cornerstone in modern livestock management systems, catering to the escalating demands of a growing global population for meat and dairy products. Its significance extends beyond mere provision; it ensures the livestock industry’s health, productivity, and sustainability. Our exploration of this uncovers the multifaceted importance of cattle feed manufacturing utilizing custom-engineered ingredient batching systems and controls, and its profound impact on shaping the dynamics of modern agriculture. ## Understanding Cattle Feed Manufacturing At its core, cattle feed manufacturing is the art and science of crafting balanced and nutritious feed formulations tailored to meet the intricate nutritional needs of diverse categories of cattle, encompassing beef cattle, calves, and dairy cows. These formulations are meticulously curated blends comprising grains, protein sources, vitamins, minerals, and additives, finely calibrated by nutritionists to optimize the health and performance of the animals the feed nourishes. ## Importance of Cattle Feed Manufacturing **Nutritional Balance:** Cattle, like all living organisms, thrive on a delicate balance of nutrients, including carbohydrates, proteins, fats, vitamins, and minerals, essential for growth, reproduction, and overall well-being. Nutritionists for cattle producers and cattle feed-lots employ their feed manufacturing expertise to meticulously calibrate feed compositions, ensuring that animals receive a harmonious blend of nutrients in precisely measured proportions. This balance not only fosters optimal growth but also bolsters immunity, reducing the incidence of diseases and metabolic disorders. **Improved Production Efficiency:** The efficacy of feed formulations significantly influences the efficiency of cattle production systems. Well-crafted diets facilitate the seamless conversion of feed into meat or milk, resulting in heightened growth rates, augmented milk yields, and enhanced feed conversion ratios. This heightened efficiency translates into tangible economic benefits for producers as it curtails production costs and amplifies profitability, thereby fortifying the economic sustainability of livestock enterprises. **Health and Disease Prevention:** A cornerstone of effective disease prevention lies in the provision of well-rounded, nutritionally dense feeds. Nutritional deficiencies can compromise the immune system, rendering animals more susceptible to diseases and infections. Through the provision of meticulously formulated diets enriched with essential nutrients, cattle feed manufacturers fortify the immune response, mitigate stress, and curtail the prevalence of health maladies, thereby fostering overall herd health and welfare. **Environmental Sustainability:** In an era marked by heightened environmental consciousness, sustainable feed manufacturing practices emerge as paramount within the livestock industry. By optimizing feed formulations and production processes, nutritionists help feed manufacturers mitigate resource wastage, curtail greenhouse gas emissions, and abate environmental pollution synonymous with intensive livestock farming. The integration of alternative ingredients, such as by-products from food processing industries or agricultural residues, not only minimizes waste but also champions the principles of a circular economy, epitomizing a holistic approach to environmental stewardship. **Customization and Adaptability:** One of the salient virtues of cattle feed manufacturing lies in its capacity for customization and adaptability. Manufacturers tailor feed formulations to cater to the unique requirements of diverse cattle breeds, production systems, and environmental exigencies. By fine-tuning nutrient levels, adjusting ingredient compositions, and modulating feed textures, producers can optimize performance and address specific challenges encountered in husbandry practices, thereby fostering resilience, and maximizing productivity. **Quality Assurance and Traceability:** At the heart of cattle feed manufacturing lies an unwavering commitment to quality assurance and traceability. Stringent quality control measures and adherence to regulatory standards permeate every facet of the production process, guaranteeing the safety and nutritional integrity of feed products. Robust traceability systems enable the seamless tracking of feed ingredients from source to finished product, fostering transparency and accountability within the supply chain, and instilling consumer confidence in the products they consume. ## Innovations in Cattle Feed Manufacturing **Custom-Engineered Batching and Automation:** The advent of custom-engineered batching systems has revolutionized the efficiency and precision of feed manufacturing processes. These sophisticated systems enable manufacturers to automate the precise weighing and blending of feed ingredients, including nutritional supplements and pharmaceuticals, ensuring consistency and accuracy in feed formulations. By leveraging cutting-edge technology and data-driven approaches, custom-engineered batching systems optimize resource utilization, minimize waste, and enhance production efficiency, thereby elevating the overall quality and reliability of cattle feed products. ## Conclusion In essence, cattle feed manufacturing epitomizes a linchpin in modern livestock management, underpinning the pillars of balanced nutrition, enhanced productivity, and environmental stewardship. Through its unwavering dedication to nutritional optimization, disease prevention, and environmental sustainability, cattle feed manufacturing transcends its role as a mere commodity provider, emerging as a custodian of animal welfare and environmental equilibrium. As we navigate the complexities of a rapidly evolving agricultural landscape, the continued pursuit of innovation and collaboration within the feed industry remains paramount, ensuring the resilience and sustainability of global livestock enterprises for generations to come. **Categories:** Blog **Tags:** cattle feed manufacturing, custom engineered batching systems, ingredient batching systems --- ### [How Preventative Maintenance Leads to Predictive Maintenance](https://sterlingcontrols.com/blog/preventative-maintenance/) **Published:** January 3, 2023 **Author:** p1ws **Excerpt:** Preventative maintenance is a crucial aspect of asset management in various industries, ranging from feed mills and food processing facilities to rubber compounding and many others. It involves the proactive upkeep of equipment and machinery to prevent unexpected breakdowns, minimize downtime, and optimize operational efficiency. Preventative maintenance software, often integrated with artificial intelligence (AI) capabilities, plays a pivotal role in streamlining these maintenance processes. **Content:** # How Preventative Maintenance Leads to Predictive Maintenance Preventative maintenance is a crucial aspect of asset management in various industries, ranging from animal feed mills and food processing facilities to pet food manufacturing, rubber compounding and many others. It involves the proactive upkeep of equipment and machinery to prevent unexpected breakdowns, minimize downtime, and optimize operational efficiency. Preventative maintenance software, often integrated with artificial intelligence (AI) capabilities, plays a pivotal role in streamlining these maintenance processes. ## What is Preventative Maintenance Software? Preventative maintenance software is a technological solution designed to facilitate the planning, scheduling, execution, and monitoring of maintenance tasks. It provides organizations with a centralized platform to manage their assets, maintenance schedules, work orders, and related documentation efficiently. **Key features typically include:** - **Asset Management:** Allows users to catalog and track equipment and machinery across their lifecycle. - **Work Order Management:** Facilitates the creation, assignment, and tracking of maintenance tasks and service requests. - **Scheduling:** Enables the scheduling of routine maintenance activities based on predefined criteria such as time, usage, or condition. - **Inventory Management:** Helps in managing spare parts and supplies needed for maintenance activities. - **Reporting and Analytics:** Provides insights into asset performance, maintenance history, and resource utilization. ## Role of AI in Preventative Maintenance Software Artificial intelligence can enhance the capabilities of preventative maintenance software by leveraging advanced algorithms and data analytics techniques. **AI-driven preventative maintenance systems offer several benefits:** - **Predictive Maintenance:** AI algorithms analyze historical data, sensor readings, and equipment parameters to predict potential failures before they occur. This enables organizations to perform maintenance activities proactively, reducing unplanned downtime and extending asset lifespan. - **Condition Monitoring:** AI-powered sensors continuously monitor equipment health and performance parameters in real-time. By detecting anomalies and deviations from normal operating conditions, maintenance teams can intervene promptly to prevent breakdowns and optimize asset performance. - **Optimized Scheduling:** AI algorithms optimize maintenance schedules based on factors such as equipment criticality, workload balancing, and resource availability. This ensures that maintenance tasks are performed efficiently without disrupting operations unnecessarily. - **Prescriptive Insights:** AI-driven analytics provide prescriptive insights into maintenance strategies and resource allocation. By identifying optimization opportunities and recommending actionable steps, organizations can improve maintenance efficiency and reduce costs. ## Implementation Considerations When implementing preventative maintenance software with AI capabilities, organizations should consider the following: - **Data Quality and Integration:** Ensure that the software can seamlessly integrate with existing systems and databases to access relevant data. Data quality is critical for the accuracy and effectiveness of AI algorithms. - **Scalability and Flexibility:** Choose a solution that can scale with the organization’s needs and accommodate changes in asset inventory and maintenance requirements over time. - **User Training and Adoption:** Provide adequate training and support to users to maximize the adoption and utilization of the software. User-friendly interfaces and intuitive workflows are essential for successful implementation. - **Security and Compliance:** Implement robust security measures to protect sensitive data and ensure compliance with relevant regulations such as GDPR or HIPAA, depending on the industry. In conclusion, preventative maintenance software offers organizations a proactive approach to asset management, enabling them to minimize downtime, optimize resource utilization, and enhance operational efficiency. By leveraging advanced analytics and automation, businesses can stay ahead of maintenance challenges and drive sustainable growth in today’s competitive landscape. ## Post navigation [< Back](https://sterlingcontrols.com/blog/dust-collection-in-batching-systems/) [Next >](https://sterlingcontrols.com/blog/mixing-control-for-compounding/) **Categories:** Blog **Tags:** predictive maintenance, preventative maintenance --- ### [Automated Bulk Bag Filling](https://sterlingcontrols.com/blog/automated-bulk-bag-filling/) **Published:** July 31, 2018 **Author:** p1ws **Excerpt:** Sterling Systems & Controls, Inc. custom designs and manufactures the highest quality automation control systems for virtually any process, such as automated bulk bag filling, or a complete facility. Sterling Systems & Controls works with numerous OEM’s to provide them with competitive and efficient automation and process control of their equipment being sold to their customer. **Content:** # Automated Bulk Bag Filling *Sterling, IL August 2018*: Sterling Systems & Controls, Inc. custom designs and manufactures the highest quality automation control systems for virtually any process, such as automated bulk bag filling, or a complete facility. Sterling Systems & Controls works with numerous [OEM](https://en.wikipedia.org/wiki/Original_equipment_manufacturer)’s to provide them with competitive and efficient automation and process control of their equipment being sold to their customer. Working with many OEM’s is a specialty of Sterling Systems. Our knowledge of both process equipment and automation makes us uniquely able to put our forty plus (40+) years of experience to work for a wide range and variety of OEM’s and end users. Automated bulk bag filling process is an example. Sterling Systems & Controls has designed and manufactured an automation and process control system for bulk bag filling. This automation and process control system includes a Motor Starter Process Control Panel. Included in this control panel is an Allen Bradley PLC with discrete and analog outputs, an Allen Bradley Panel View Plus 10” color touchscreen, custom automation software including all M/O/A (Manual/Off/Automatic) switches with running indicating lights, four (4) motor starters, and all necessary fusing, wiring etc. to meet the application requirements. The MSPCP is also interfaced to a pallet disperser PLC using Ethernet IP messaging. Sterling Systems & Controls is a UL Listed control panel manufacturer for the USA and Canada. The operator interface touchscreen displays the automated bag filling process. This touchscreen is mounted in the door of the MSPCP provided by Sterling Systems. The touchscreen has a system overview screen graphically depicting all of the equipment being automated. The operator can adjust operating parameters for the control system at the touchscreen. These parameters include, but are not limited to, equipment timers, weight set points and others. Multiple levels of security is also provided as part of the automation system so that adjustments can be made by selected individuals. Sterling Systems & Controls, Inc. has 40+ years of experience providing efficient solutions for process equipment, batching, micro, minor and bulk weighing, bag unloading systems, as well as plant automation. Sterling’s designs utilize the latest technology to provide specialized data management, raw material management, along with production data tracking. For more information [contact](/contact/) Sterling Systems & Controls. ## Post navigation [< Back](https://sterlingcontrols.com/blog/automated-feedmill-control-system/) [Next >](https://sterlingcontrols.com/blog/mixing-control/) **Categories:** News, Press Releases **Tags:** automated bulk bag filling, Automation, BAG FILLING, bag filling process control, bulk bag fill, bulk bag filling --- ### [Automation Migration Critical to Long Term Efficiency](https://sterlingcontrols.com/blog/automation-migration-critical-to-long-term-efficiency/) **Published:** September 29, 2021 **Author:** p1ws **Excerpt:** Sterling Systems & Controls, Inc. announces that it provides for continuity of automation upgrade within their batching control and automation systems for the baking, food and other industries. Automation migration critical to long term efficiency and, as an example, a major livestock feed manufacturer has seamlessly maintained state-of-the-art automation control of the feed manufacturing processes across several decades. **Content:** # Automation Migration Critical to Long Term Efficiency Sterling Systems & Controls, Inc. announces that it provides for a continuous automation upgrade within their batching control and automation systems for the baking, food, and other industries. Automation migration critical to long term efficiency and, as an example, a major livestock feed manufacturer has seamlessly maintained state-of-the-art automation control of the feed manufacturing processes across several decades. Beginning in the early 1970’s Sterling Systems & Controls first provided automated controls for the feed production process. As technology advanced subsequent automation upgrades were affordably and efficiently accomplished in the 1990’s and again in the second decade of the 21st century. Continuity of automation upgrade has greatly assisted the feed manufacturer by increasing process efficiency in providing feed that help livestock producers get the most out of each pound of feed and each head of livestock. ![automated batching system](https://sterlingcontrols.com/wp-content/uploads/15-240x300.jpg "15 | Sterling Systems & Controls")![automated batching systems](https://sterlingcontrols.com/wp-content/uploads/16-240x300.jpg "16 | Sterling Systems & Controls")The upgrade program for Sterling Systems’ legacy automation and control software is introduced as FreshStart™ and reasons for upgrading to .NET based instrumentation software include Scalability, Availability of New Apps such as Preventative Maintenance Planning, Numerous ERP Interface Options and much more. Sterling Systems is a UL listed control panel builder. This, along with Sterling’s deep knowledge of automation technology and understanding of customer applications/processes in a wide range of industries means we are uniquely suited to provide automation and control systems that will be expandable and stand the test of time, easily maintaining state-of-the-art. Sterling Systems & Controls, Inc. has nearly 50 years of experience in providing efficient solutions for material weighing and batching, process control and plant automation. Sterling’s state-of-the-art designs utilize the latest technology to provide specialized data management, raw material and ingredient management, along with production data tracking. For more information [contact us today](/contact/). ## Post navigation [< Back](https://sterlingcontrols.com/blog/rubber-chemical-batching-made-automatic/) [Next >](https://sterlingcontrols.com/blog/mixing-blending-control-for-compounding/) **Categories:** News, Press Releases **Tags:** .Net software, Automation, automation migration, process automation, process control --- ### [Mixing Control](https://sterlingcontrols.com/blog/mixing-control/) **Published:** August 9, 2018 **Author:** p1ws **Excerpt:** Mixing control is critical to quality and production efficiency. Producing rubber combines plastic resin (pellets, flakes, powders, or liquid) is with other materials, including liquids and bulk solid materials. Sterling Systems & Controls, Inc. offers a mixing control system for rubber compounding. An HMI mixing screen is provided as an extension of the main batching screen. **Content:** # Mixing Control Mixing control is critical to quality and production efficiency. Producing [rubber](https://en.wikipedia.org/wiki/Natural_rubber) combines plastic resin (pellets, flakes, powders, or liquid) with other materials, including liquids and bulk solid materials. Sterling Systems & Controls, Inc. offers a mixing control system for [rubber compounding](https://sterlingcontrols.com/industries/rubber-industry/). An HMI mixing screen is provided as an extension of the main batching screen. This shows all of the equipment associated with the mixer. The user has the capability to control the mixer’s RPM on the formula being run, along with the capability to view the status of and control related equipment. This mixer control system offers a data trending screen that allows viewing the batch temperature, mixer torque, mixer power, and mixer speed for the last twenty hours. The controlling software for a rubber batching system is typically a Sterling Systems customized software system running on either a PC or a HMI. In the HMI case it is usually a Sterling Systems custom Rockwell Software FactoryTalk View ME running on PanelView Plus Touchscreen HMIs located in the operator control panels where formulas and ingredients are created and scheduled to batch. ## Post navigation [< Back](https://sterlingcontrols.com/blog/automated-bulk-bag-filling/) [Next >](https://sterlingcontrols.com/blog/hand-prompt-batching-station/) **Categories:** News, Press Releases, Uncategorized --- ### [Kitchen Batching System](https://sterlingcontrols.com/blog/kitchen-batching-system/) **Published:** April 10, 2018 **Author:** p1ws **Excerpt:** Sterling Systems & Controls, Inc. provides many types of batching systems. A popular type of batching system in many industries, but most especially in the food and related food industries, is the Semi-Automatic Kitchen Batching System, a.k.a the Kitchen System. The semi-automatic kitchen batching system uses similar automation technology, both hardware and software, as the semi-automatic hand prompt batching station and automatic batching systems. **Content:** # Kitchen Batching System Sterling Systems & Controls, Inc. provides many types of batching systems. A popular type of batching system in many industries, but most especially in the food and related food industries, is the Semi-Automatic Kitchen Batching System, a.k.a the Kitchen System. The semi-automatic kitchen batching system uses similar automation technology, both hardware and software, as the [semi-automatic hand prompt batching station](https://sterlingcontrols.com/products/hand-prompt-batching-station/) and automatic [batching systems](https://sterlingcontrols.com/products/batching-systems/). As with the hand prompt batching stations, the semi-automatic kitchen batching system requires an operator to be present. The primary role of the operator in a semi-automatic kitchen batching system is to manually feed ingredient materials into the batching collection container on the weigh scale of the system. The batching system will provide instructions read by the operator on the touchscreen display of the system. For example, the system will instruct the operator to place ingredient #1 in the batching container and will tell the operator the amount as well. The batching system will require the operator to enter an ingredient code manually or use the optional barcode scanner. Until the correct code is entered, the system will not allow the weighing of the ingredients. Once the system confirms that the operator has selected the correct ingredient, the system instructs the operator to weigh “X” amount. The operator simply begins scooping the correct material into the batching container and the system automatically weighs the ingredient. The system has a tolerance for each ingredient weighed. When the weight is within tolerance the system then instructs the operator that the weight is okay and the operator can confirm and move forward with the next instruction. The semi-automatic kitchen batching system always knows where it is in the process of creating the batch so if the operator is interrupted the system knows exactly where it was when the interruption occurred. The semi-automatic batching system uses the automatic interlock approach to ensure the batch is valid and for purposes of lot tracking if required. This eliminates bad batches due to operator error and interruption. **The Sterling Systems & Controls, Inc. semi-automatic kitchen batching system typically includes the following:** - Multiple Ingredient Bins/Totes - Stainless Steel Work Table(s) - Moving Stainless Steel Weigh Table w/ Platform Scale and Touchscreen Display - PC Control Panel with Weight Instrument(s) ##### Ingredient Bins Each semi-automatic kitchen batching system is customized to include the maximum number of bins required by the customer’s specific formulas. And the bin size can vary depending on weight sizes and desired storage amounts. Two types of bins are often utilized, the floor bin and the shelf bin. The larger floor bin typically used has a nominal capacity of 2.75ft3 (other sizes available) and includes rugged casters for ease of movement in/out from underneath the batching system tables. The smaller shelf-type bin typically has a nominal capacity of approximately 0.84ft3 (other sizes available) of bulk solid material and sits on the work table top. The bins are manufactured of food-grade material and have clear lids and integrated material scoops (stainless steel bins are available). ##### Tables The semi-automatic kitchen batching system side-by-side racking table design (shown in the picture above; inline table design shown at right) has work tables that are sized to fit with the number of ingredient bins, and for operator comfort. The tables are manufactured of stainless steel material, typically grade 304 for food-grade compatibility. The ingredient tables are of rugged construction and are designed to be stationary. The moving weigh table is also constructed of 304 stainless steel. However, unlike the ingredient tables the weigh table is not fixed. It is designed to smoothly travel between the two ingredient work tables. The operator simply moves the weigh table as needed to reach the next ingredient that is required. The moving weigh table is attached to the ingredient tables by a roller system. The platform scale and the operator interface touchscreen are mounted to the top of the moving weigh table. The cabling from the scale and touchscreen display is mounted within a flexible cable carrier and is routed between the moving weigh table and an adjacent ingredient table. ##### Control Panel w/ Touchscreen Display We know electrical controls and automation technology and can customize a system for our customers using standard control and automation components. For the semi-automatic kitchen batching systems we have used a PC (control panel mounted) and an industrial touchscreen monitor (moving weigh table mounted). The control panel encloses the PC and other components to allow for its operation and interface with the monitor and scale. A weight indicator is also included and mounted on the front door of the control panel. A barcode scanner can also be provided for operation with the lot tracking part of the control system to ensure batch validation. RFID can also be provided. #### [Working With Us](/about/working-with-us/) Call us today to discuss your business and process objectives and see how Sterling Systems & Controls can provide a custom-engineered solution. You can reach us by phone at **1-815-625-0852**, toll-free in the USA 1-815-281-5378, or by email at <sci@sterlingcontrols.com>. ##### EMERGENCY SERVICE AFTER-HOURS: 1-877-794-1044 ## Post navigation [< Back](https://sterlingcontrols.com/blog/automating-rubber-compounding/) [Next >](https://sterlingcontrols.com/blog/material-weighing-systems/) **Categories:** News, Press Releases --- ### [Dust Containment for Ingredient Batching Systems](https://sterlingcontrols.com/blog/dust-containment-for-ingredient-batching-systems/) **Published:** February 9, 2023 **Author:** p1ws **Excerpt:** Sterling Systems & Controls, Inc. custom engineers ingredient batching systems for dusty, difficult to handle materials, sometimes hazardous materials. Dust containment for ingredient batching systems is essential to protect personnel and equipment. **Content:** # Dust Containment for Ingredient Batching Systems Sterling Systems & Controls, Inc. custom engineers ingredient [batching systems](https://sterlingcontrols.com/products/batching-systems/) for dusty, difficult-to-handle materials, sometimes hazardous materials. [Dust collection system for ingredient batching](https://sterlingcontrols.com/applications/dust-control-for-powder-handling/) is essential to protect personnel and equipment. Sterling’s ingredient batching systems are often equipped with dust containment and collection systems, including a dust collector (typically baghouse design), dust collector hoods over ingredient bins and between feeders and batch hoppers, along with ducting to the [collector](https://en.wikipedia.org/wiki/Dust_collector) (inside or outside). Dust collection hoods for each ingredient bin can be fixed in place or a traveling dust hood with flexible tube connections can be used. A minor ingredient system for food processing is a good example of ingredient batching that might require dust containment and collection during the ingredient feeding and weighing process. Dust control and containment inside the plant is typically a big concern and a requirement. Sterling Systems is able to custom engineer not just a dust collector but also the collection hoods for the scale hoppers, the bins, and all the required ducting. In this application a traveling dust hood for each row of bins was designed. This has been a successful system and approach for several years. ![](https://sterlingcontrols.com/wp-content/uploads/IMG_0009-300x225-1.jpg "IMG_0009-300x225-1 | Sterling Systems & Controls")Moveable Dust Hood for Supply Bins ## Post navigation [< Back](https://sterlingcontrols.com/blog/mixing-control-for-compounding/) [Next >](https://sterlingcontrols.com/blog/ingredient-batching-for-rubber/) **Categories:** Blog **Tags:** batching system, dust collection --- ### [Mixing Control for Compounding](https://sterlingcontrols.com/blog/mixing-control-for-compounding/) **Published:** February 1, 2023 **Author:** p1ws **Excerpt:** Mixing control is critical to quality and production efficiency.  Producing rubber combines plastic resin (pellets, flakes, powders, or liquid) is with other materials, including liquids and bulk solid materials.  Sterling Systems & Controls, Inc. offers a mixing control system for rubber compounding. An HMI mixing screen is  provided as an extension of the main batching screen. **Content:** # Mixing Control for Compounding ![MIXER PROCESS Screen](https://sterlingcontrols.com/wp-content/uploads/MIXER-PROCESS-600x450.png) Mixing control is critical to quality and production efficiency. Producing rubber combines plastic resin (pellets, flakes, powders, or liquid) with other materials, including liquids and bulk solid materials. Sterling Systems & Controls, Inc. offers a mixing control system for rubber compounding. An HMI mixing screen is provided as an extension of the main batching screen. This shows all of the equipment associated with the mixer. The user has the capability to control the mixer’s RPM on the formula being run, along with the capability to view the status of and control related equipment. This mixer control system offers a data trending screen that allows viewing the batch temperature, mixer torque, mixer power, and mixer speed for the last twenty hours. The controlling software for a rubber batching system is typically a Sterling Systems customized software system running on either a PC or a HMI. In the HMI case it is usually a Sterling Systems custom Rockwell Software FactoryTalk View ME running on PanelView Plus Touchscreen HMIs located in the operator control panels where formulas and ingredients are created and scheduled to batch. ## Post navigation [< Back](https://sterlingcontrols.com/blog/preventative-maintenance/) [Next >](https://sterlingcontrols.com/blog/dust-containment-for-ingredient-batching-systems/) **Categories:** Blog **Tags:** Automation of Mixing, Mixing Control in Rubber Compounding, Rubber Batching, rubber chemical batching --- ### [Lump Breakers](https://sterlingcontrols.com/blog/lump-breakers/) **Published:** September 15, 2022 **Author:** p1ws **Excerpt:** No… not the lump in your throat. Lumps that occur in powder and other bulk solid materials that are a nuisance to material processing and powder flow. Lump breakers (a.k.a. powder crushers, lump crushers) are mechanical devices that break down larger bulk solid materials into smaller pieces for proper and easier processing and handling. **Content:** # Lump Breakers No, not the lump in your throat—lumps in powder and other bulk solid materials that can disrupt material processing and hinder powder flow. Lump breakers, also known as powder crushers or lump crushers, are mechanical devices designed to break down these larger bulk solid materials into smaller, manageable pieces. This makes processing and handling easier and more efficient. #### Why Are Lump Breakers Needed? Materials often clump together during storage, transport, or manufacturing due to moisture and particle settling. These clumps are undesirable as they complicate the processing of materials, making it difficult to achieve consistency. Buyers expect the materials they purchase to be of uniform size, and lump breakers are essential for ensuring this consistency. These devices are designed to handle various materials—whether wet, dry, hard, or soft—across multiple industries. #### Benefits of Lump Breakers ![Lump Breakers](https://sterlingcontrols.com/wp-content/uploads/lump-breaker-2.jpg "lump-breaker-2 | Sterling Systems & Controls") 1. **Improved Marketability**: Buyers are unlikely to purchase materials that contain clumps. To meet market expectations, many manufacturers install lump breakers under silos and bulk bag unloaders to break down larger chunks before transport. This ensures that the material delivered to customers is of a consistent size and quality. 2. **Enhanced Processing Efficiency**: Lump breakers are often integrated into airlock rotary valve designs to facilitate the breakdown of materials. This is especially important in pneumatic conveying systems, where maintaining the correct air-to-particle ratio is critical for efficiency. By reducing materials to smaller pieces, lump breakers help achieve optimal system performance. 3. **Uniform Size Distribution**: These devices offer a simple, durable, and cost-effective means of conditioning materials. The simultaneous application of gentle impact and shear forces results in free-flowing materials with uniform particle size distribution. This uniformity is crucial for various industries, particularly when blending, conveying, and packaging finished products. 4. **Versatility Across Industries**: Lump breakers are versatile and can handle a wide range of materials, making them suitable for numerous applications in different industries. Whether dealing with pharmaceuticals, food processing, chemicals, or construction materials, lump breakers ensure that the materials are processed efficiently and to the desired specifications. In summary, lump breakers play a vital role in ensuring the smooth and efficient processing of bulk solid materials. By breaking down clumps and ensuring uniform size distribution, these devices help manufacturers meet market demands, improve processing efficiency, and deliver high-quality, consistent products to their customers. ## Post navigation [< Back](https://sterlingcontrols.com/blog/filling-and-packing-stations-for-bulk-bags/) [Next >](https://sterlingcontrols.com/blog/controls-automation-matched-to-the-process/) **Categories:** Blog **Tags:** lump breakers, rotary air lock, rotary valve --- ### [Sand Facility Control System](https://sterlingcontrols.com/blog/sand-facility-control-system/) **Published:** June 24, 2022 **Author:** p1ws **Excerpt:** The basic configuration for a sand facility control system includes a customized Rockwell Automation Factory Talk machine Edition (ME) software running on a desktop PC, interfaced with the PLC Control Panel, a Motor Starter Control Panel and Sterling Systems unique SandTrack™ software with WebCentral™ remote supervisory control software application. This is typically a system used for sand drying and loading/distribution. **Content:** # Sand Facility Control System The basic configuration for a sand facility control system includes a customized Rockwell Automation Factory Talk machine Edition (ME) software running on a desktop PC, interfaced with the PLC Control Panel, a Motor Starter Control Panel and Sterling Systems & Controls, Inc. unique SandTrack™ software with WebCentral™ remote supervisory control software application. This is typically a system used for sand drying and loading/distribution. ##### Typical Configuration of Sand Facility Control System The Sand Facility Control System desktop PC with dual monitors is typically located in the facility control room, while the PLC Control Panel and Motor Starter Control Panel will be located in an electrical control room near the equipment they control. The motor starter panel can be designed for a variety of motor voltages, but the typical Sand Facility Automated Control System is designed for 480V, 3∅, 60Hz, 1200A incoming power. The motor starter control panel circuit breaker main disconnect is typically rated at 65K available inrush current rating. The required regulated voltage is 115VAC, 1∅, 60Hz, and is supplied by a step-down transformer mounted near the motor starter control panel. The PLC control panel encloses the Allen-Bradley Compact Logic PLC and associated I/O modules. MOA (manual/off/auto) selector switches, pushbuttons and indicator lights for manual operations are mounted on the front door of the control panel. The motor starter control panel encloses the circuit breakers, reversing gates/diverters, non-reversing motor starters, and a soft-start motor controller and VFD (variable frequency drive) for the feeders. The main disconnect circuit breaker provides short-circuit protection to the motor starter panels. The desktop PC running the Sterling Systems & Controls customized software is located in an office area and communicates via Ethernet with the Allen-Bradley PLC for interfacing and controlling the process equipment. The FactoryTalk ME software customization is engineered to contain graphics for rail unloading/transfer and truck filling/loading.MOA switches for running each piece of equipment in the software with indicators on the graphic screens to show equipment condition, as well as silo level status. The desktop PC will also have the SandTrack™ installed, which uses SQL express database for data storage. SandTrack retrieves and stores data for daily operation and required reports. Truck and spout positioning and filling start/stop occur using a camera system and the desktop PC HMI screens.The operator enters the target weight into the desktop PC and the PLC controls interlocking and control of equipment during the weighment sequence. ##### Concept of Operation The operator can adjust operating parameters for the system using the keyboard and mouse. Some of these parameters include equipment timers and other system parameters. The software has multiple security levels so that different parameters within the software can only be adjusted by select individuals. The system has separate graphic screens for each area of operation for ease of understanding and control. The systems features object based **“touch manual control”**. The operator can simply touch a graphic object and a prompt will pop up that allows the object to be manually started, jogged or stopped. “Touch manual control” is a very handy feature to have in the software. ![Sand Facility Control System](https://sterlingcontrols.com/wp-content/uploads/TruckDetailsScreen-300x169.png "sterling-travelling-scale-batching-system-2-150x150 | Sterling Systems & Controls") ## Post navigation [< Back](https://sterlingcontrols.com/blog/semi-automatic-batching-station/) [Next >](https://sterlingcontrols.com/blog/bulk-bag-unloading-systems-customized/) **Categories:** Blog **Tags:** process control, Process Control Automation --- ### [Bulk Bag Unloading Systems Customized](https://sterlingcontrols.com/blog/bulk-bag-unloading-systems-customized/) **Published:** July 13, 2022 **Author:** p1ws **Excerpt:** Sterling Systems & Controls, Inc. is pleased to announce its line of custom engineered bulk bag unloading and material weighing systems. These bulk Bulk Bag Unloader with Magnetbag unloading systems are designed to meet customer objectives and can include custom frame engineering to fit your specific facility requirements. **Content:** # Bulk Bag Unloading Systems Customized Sterling Systems & Controls, Inc. is pleased to announce its custom-engineered bulk bag unloading and material weighing systems line. These bulk bag unloading systems are designed to meet customer objectives and can include custom frame engineering to fit your specific facility requirements. They can also include many special features, such as [material weighing](https://sterlingcontrols.com/products/material-weighing-systems/) and batch dispensing, system controls for automatic operation, bag hoist, bag massagers, various discharge valve types, dust containment/collection, tramp metal magnet separators and much more. Our line of custom-engineered bulk bag discharging systems are rugged process equipment systems and incorporate many of the same structural aspects as our micro, minor, and major ingredient weighing systems but are specifically designed to unload or discharge a bulk bag, typically into a fixed hopper within your system. Bulk bag discharging systems are customized to meet the specific needs of each customer application. Solutions are often provided to directly fill supply bins such as drums or tote tippers or move material to the next process point via mechanical or pneumatic conveying. Custom bulk bag discharge systems are also routinely incorporated into our ingredient batching systems. Whatever your application needs, Sterling Systems will customize a bulk bag unloading system to meet your specific requirements. Sterling Systems & Controls, Inc. has 50 years of experience providing efficient solutions for bulk solids material handling, ingredient batching, micro/minor/bulk weighing, bag filling and unloading systems, as well as process controls and plant automation. Sterling’s designs utilize the latest technology to provide bulk solids material processing, specialized data management, raw material management, and production data tracking. For more information [contact](/contact/) Sterling Systems & Controls. ## Post navigation [< Back](https://sterlingcontrols.com/blog/sand-facility-control-system/) [Next >](https://sterlingcontrols.com/blog/pulse-milling/) **Categories:** News, Press Releases **Tags:** bulk bag discharge, bulk bag discharger, Bulk Bag Dispensing System, Bulk bag unloading, bulk bag unloading and weighing, bulk bag unloading systems --- ### [Filling and Packing Stations for Bulk Bags](https://sterlingcontrols.com/blog/filling-and-packing-stations-for-bulk-bags/) **Published:** September 14, 2022 **Author:** p1ws **Excerpt:** Sterling Systems & Controls, Inc. is pleased to announce the availability of its new line of Filling and Packing Stations for Bulk Bags (FIBCs). These Bulk Bag Filling Stations fit a wide range of bag sizes and can be provided to fill and weigh capacities of 100 lbs—4400 lbs. **Content:** # Filling and Packing Stations for Bulk Bags ![](https://sterlingcontrols.com/wp-content/uploads/BULK-BAG-FILLING-STATION-3-NoLabel-scaled-e1663171477665-2.jpg "BULK-BAG-FILLING-STATION-3-NoLabel-scaled-e1663171477665 | Sterling Systems & Controls")Sterling Systems & Controls, Inc. is pleased to announce the availability of its new line of [Filling and Packing Stations for Bulk Bags](https://sterlingcontrols.com/products/bulk-bag-filling-systems/) (FIBCs). These Bulk Bag Filling Stations fit a wide range of bag sizes and can be provided to fill and weigh capacities of 100 lbs—4400 lbs. The Bulk Bag Filling and packing Stations include an adjustable upper frame to accommodate square and rectangular containers. Heavy-duty weighing controls are built to withstand the rigors of tough industrial use. Weighing control systems offer a host of process and weighing control functions. Bag loop holders on the top frame of the station facilitate bulk bag placement and removal. Inflatable fill heads ensure dust-tight bag filling even with fine powder materials. Sterling Systems & Controls Filling Packing Stations for Bulk Bags can also be engineered and made to accommodate drums and totes. They can be customized to include a wide range of options, such as bag accumulators and conveyors, for automatic and manual bag packing applications. ## Post navigation [< Back](https://sterlingcontrols.com/blog/food-safety-news/) [Next >](https://sterlingcontrols.com/blog/lump-breakers/) **Categories:** News, Press Releases **Tags:** bulk bag filling, bulk bag filling and packing stations, Bulk Bag Filling Station, Bulk Bag Filling System --- ### [Pellet Mill Control and Feed Mill Automation](https://sterlingcontrols.com/blog/pellet-mill-control-and-feed-mill-automation/) **Published:** August 19, 2022 **Author:** p1ws **Excerpt:** Sterling Systems & Controls, Inc. is pleased to announce the availability of its state-of-the-art process control and automation of pelleting mills and processes that may be found in feed mill and pet food manufacturing facilities. Pellet Mill Control and Feed Mill Automation: This new automation software is designed using Windows based .NET framework technology for greater openness, graphics and overall capability to simplify operation and improve efficiency of cost and throughput. **Content:** # Pellet Mill Control and Feed Mill Automation Sterling Systems & Controls, Inc. is pleased to announce the availability of its state-of-the-art process control and automation of pelleting mills and processes that may be found in feed mill and pet food manufacturing facilities. Pellet Mill Control and Feed Mill Automation: This new automation software is designed using Windows-based .NET framework technology for greater openness, graphics, and overall capability to simplify operation and improve the efficiency of cost and throughput. It is an integral part of Sterling Systems & Controls overall Feed Mill Automation offering. Benefits include: 1) Custom-designed Pellet Mill control software application to meet your exact automation and system requirements, 2) Integrated mill monitoring and histogram displays, 3) Control functions maximize throughput and high output, 4) Pellet Mill is optimized based on mill condition, 5) Mill plug conditions are averted through use of smart control, and 6) Mill shutdown is automatic if it becomes plugged. The Sterling Systems pellet mill control and feed mill automation design provides equipment and software using Allen-Bradley PLC’s and desktop PC’s running Sterling Systems’ customized Windows-based Automation Software. While the pelleting process control has historically been done manually or semi-automatically, the Sterling Systems pelleting system uses the customer production requirements and formulas to create a customized and fully automated pelleting process. The Sterling Systems pellet mill control and feed mill automation application is constantly evaluating information from the process. For dry and liquid materials, feeder adjustments are made to bring the pellet mill electrical current to target levels. The feeder speed ramps up, and the steam valve is also ramped up. The feeder and steam adjustments continue until the current and mash temperature set points are reached. This provides for smoother and faster achievement of maximum efficiency with minimum downtime. The custom design of the software ensures the pellet mill automation application is just what you need and want, ensuring optimum operation, maximizing throughput and mill output. The pellet mill application monitors key mill operation and functions and ensures dependability and maximizes up time. Sterling Systems & Controls, Inc. has 50 years of experience providing efficient solutions for feed, food and many industries that include batching, micro, minor and bulk weighing, bag unloading systems, as well as plant automation. Sterling’s designs utilize the latest technology to provide specialized data management, raw material management, along with production data tracking. For more information contact Sterling Systems & Controls at **1-815-625-0852** or Toll-Free in the USA at 1-815-281-5378, <sci@sterlingcontrols.com>, and at [www.sterlingcontrols.com](https://sterlingcontrols.com/). ## Post navigation [< Back](https://sterlingcontrols.com/blog/pulse-milling/) [Next >](https://sterlingcontrols.com/blog/food-safety-news/) **Categories:** News, Press Releases **Tags:** feed mill automation, pellet mill control and automation --- ### [Dust Containment is Essential](https://sterlingcontrols.com/blog/dust-containment-is-essential/) **Published:** June 6, 2023 **Author:** p1ws **Excerpt:** Sterling Systems & Controls, Inc. designs material weighing and ingredient batching systems for dusty, difficult to handle powder and bulk solid, sometimes hazardous, materials. Dust containment is essential to protect personnel and equipment. tom engineered and can be equipped with dust control and containment options, including a dust collector (typically baghouse design), dust collector hoods over ingredient bins and between feeders and batch hoppers, along with ducting to the collector (inside or outside facility). **Content:** # Dust Containment is Essential Sterling Systems & Controls, Inc. designs material weighing and [ingredient batching systems](https://sterlingcontrols.com/products/batching-systems/) for dusty, difficult-to-handle powder and bulk solid, sometimes hazardous, materials. Dust containment is essential to protect personnel and equipment. These systems are all custom-engineered and can be equipped with dust control and containment options, including a dust collector (typically [baghouse](https://en.wikipedia.org/wiki/Baghouse) design), dust collector hoods over ingredient bins and between feeders and batch hoppers, along with ducting to the collector (inside or outside facility). The dust collection hoods for each ingredient bin can be fixed in place or be a moveable dust hood with flexible tube connections. Dust containment using baghouse designs: A baghouse is an [air pollution control](https://en.wikipedia.org/wiki/Air_pollution_control) device and [dust collector](https://en.wikipedia.org/wiki/Dust_collector) that removes particulates released from dry material production processes out into the air. Food processing and manufacturers, chemical producers, power plants, steel mills, pharmaceutical producers, and other industrial companies often use baghouses for dust containment and to control emission of air pollutants. ## Post navigation [< Back](https://sterlingcontrols.com/blog/the-most-common-way-to-batch-ingredients-for-rubber/) [Next >](https://sterlingcontrols.com/blog/helping-rubber-compounding-become-more-profitable/) **Categories:** Blog **Tags:** automatic batching system, Batching, batching control system, batching system, batching systems, dust collection, dust containment --- ### [Packaging Powder Materials In Bulk Bags](https://sterlingcontrols.com/blog/packaging-powder-materials-in-bulk-bags/) **Published:** September 13, 2023 **Author:** p1ws **Excerpt:** Stations for packaging powder materials in bulk bags typically includes an adjustable upper frame to accommodate either square and rectangular containers, as well as heavy duty weighing, and controls designed to withstand the rigors of tough industrial use. **Content:** # Packaging Powder Materials In Bulk Bags ![Bag Filling Station](https://sterlingcontrols.com/wp-content/uploads/BULK-BAG-FILLING-STATION-3-NoLabel-scaled-e1663171477665-1.jpg "BULK-BAG-FILLING-STATION-3-NoLabel-scaled-e1663171477665 | Sterling Systems & Controls")FIBC bulk bags come in various sizes and can be used to fill and weigh capacities up to 4400lbs of dry powder and granular bulk solids. Stations for packaging powder materials in bulk bags typically includes an adjustable upper frame to accommodate either square and rectangular containers, as well as heavy duty weighing, and controls designed to withstand the rigors of tough industrial use. Easy placement/removal of the FIBC bulk container is accommodated with bag loop holders on the top of the frame. Inflatable fill heads are provided to ensure dust tight filling of the container. These packaging stations can be made to accommodate bags, drums, and totes. They are customizable to include options such as accumulators and conveyors. ## Post navigation [< Back](https://sterlingcontrols.com/blog/improving-manual-batching/) [Next >](https://sterlingcontrols.com/blog/agriculture-bridges-the-gap/) **Categories:** Blog **Tags:** bulk bag filling --- ### [Ingredient Batching for Rubber](https://sterlingcontrols.com/blog/ingredient-batching-for-rubber/) **Published:** March 16, 2023 **Author:** p1ws **Excerpt:** Ingredient batching for rubber compounding requires process knowledge and an expert level understanding of material weighing and batching system control/automation. **Content:** # Ingredient Batching for Rubber Ingredient batching for rubber compounding is a critical process that demands an expert-level understanding of material weighing and the control/automation of ingredient batching systems, as well as in-depth knowledge of the rubber compounding process itself. This expertise is essential to ensure precision, efficiency, and consistency in the production process. The ingredient batching process necessitates a custom-engineered and manufactured automatic batching system tailored to achieve high productivity and value, meeting the specific needs of rubber compounding. A hybrid ingredient bulk material batching system, which combines minor bin and bulk bag ingredient batching, has been developed to address the inefficiencies of manual batching processes. This automatic batching system successfully replaces the slower, labor-intensive manual method with a more profitable, efficient, fast, and accurate automated system. By automating the ingredient batching process, manufacturers can significantly reduce labor costs, minimize errors, and enhance overall production throughput. Sterling Systems & Controls, Inc. provides a customizable minor ingredient batching system that can be configured with virtually any number of bins and/or bulk bag stations to accommodate various production requirements. For instance, in a specific rubber compounding application, the manufacturer employs a Sterling Systems & Controls automatic batching system designed to handle 10 different ingredients, which include 7 bins and 3 bulk bags. These ingredients are directly fed into batch containers, ensuring a seamless and continuous batching process. The batching system utilizes a gain-in-weight system on the roller conveyor to weigh each batch accurately. This precise weighing mechanism is crucial for maintaining the consistency and quality of the rubber compounds produced. Additionally, Sterling Systems & Controls offers further custom-engineered options to enhance the functionality of the automatic batching system. One such option is a dust collection system that effectively manages and controls dust generated during the automatic ingredient batching process, thereby improving workplace safety and cleanliness. The overall system is designed with several practical features to facilitate ease of use and accessibility. These features include a pallet platform that provides a stable base for handling materials, a stairway that allows operators to access the work and pallet platform, and a rolling stairway specifically designed for operators to untie the bulk bags safely and efficiently. These ergonomic and safety considerations ensure that the batching system is not only productive but also user-friendly. In conclusion, the integration of a hybrid ingredient bulk material batching system by Sterling Systems & Controls, Inc. represents a significant advancement in the rubber compounding industry. By automating the batching process, manufacturers can achieve higher efficiency, improved accuracy, and greater overall productivity. The customizable nature of the system ensures it can be tailored to meet specific production needs, making it a valuable asset in modern rubber compounding operations. ## Post navigation [< Back](https://sterlingcontrols.com/blog/dust-containment-for-ingredient-batching-systems/) [Next >](https://sterlingcontrols.com/blog/building-expansion/) **Categories:** Blog **Tags:** automatic batching system, Batching, batching automation, batching control system, batching system, batching systems, bulk batching systems, minor ingredient batching systems, Rubber Batching, Rubber Compounding --- ### [The Most Common Way to Batch Ingredients for Rubber](https://sterlingcontrols.com/blog/the-most-common-way-to-batch-ingredients-for-rubber/) **Published:** April 25, 2023 **Author:** p1ws **Excerpt:** What is the most common way to batch ingredients for rubber? This is typically called rubber compounding. What is compounding in rubber processing? Rubber compounding or formulation refers to the addition of certain chemicals to raw rubber in order to obtain the desired properties. **Content:** # The Most Common Way to Batch Ingredients for Rubber What is the most common way to batch ingredients for rubber product manufacturing? This is typically called rubber compounding. What is compounding in rubber processing? Rubber compounding or formulation refers to adding certain chemicals to raw rubber to obtain the desired properties. The well-known chemicals are cross-linking agents, reinforcements, anti-degradants, and colorants. In order to improve the characteristics of raw rubber and to have the desired color, natural rubber is compounded with many ingredients such as a plasticizer, vulcanizing agent, reinforcing filler, an accelerator, colorant, etc. The ultimate goal of the most common way to batch ingredients for rubber compounding is usually to achieve certain physical and chemical properties without overly inflating cost. The automatic ingredient batching of chemicals for compounding rubber is something requiring a minor ingredient batching system. This is explained in an application example. This is a custom-engineered minor ingredient batching system. These are typically chemicals. Other ingredients that can be, and usually are, controlled by the batching control system include liquids, such as oils, and bulk material such as clay or carbon black. [Rubber Ingredient Batching System](https://sterlingcontrols.com/rubber-batching/) [Rubber Batching Controls](https://sterlingcontrols.com/mixing-blending-control-for-compounding/) [Rubber Compounding Mixer Control and Monitoring](https://sterlingcontrols.com/mixing-control-for-compounding/) ## Post navigation [< Back](https://sterlingcontrols.com/blog/building-expansion/) [Next >](https://sterlingcontrols.com/blog/dust-containment-is-essential/) **Categories:** Blog **Tags:** automatic batching system, Batching, batching automation, batching control system, Rubber Batching, Rubber Batching System, Rubber Compounding --- ### [Company Video](https://sterlingcontrols.com/blog/company-video/) **Published:** July 17, 2023 **Author:** p1ws **Excerpt:** Watch to our short introduction video on the capabilities and applications of Sterling Systems & Controls, Inc. As specialists in material weighing, batching, and process controls/automation, we are dedicated to delivering precision and efficiency to your industrial operations. Our expertise spans a wide range of industries, providing tailored solutions that enhance productivity, ensure accuracy, and streamline processes. **Content:** # Company Overview Video ## Post navigation [< Back](https://sterlingcontrols.com/blog/helping-rubber-compounding-become-more-profitable/) [Next >](https://sterlingcontrols.com/blog/improving-manual-batching/) **Categories:** News **Tags:** Company Video, Sterling Controls, Sterling Systems & Controls --- ### [Improving Manual Batching](https://sterlingcontrols.com/blog/improving-manual-batching/) **Published:** August 22, 2023 **Author:** p1ws **Excerpt:** Our line of semi-automatic Hand Prompt Batching Stations can be custom engineered with options to meet the specific requirements of applications, thereby improving manual batching, which can improve your entire process of product production. The Semi-Automatic Hand Prompt Batching Station serves a wide range of industrial applications where the negative effects of time-consuming and problematic manual batching need to be eliminated. **Content:** # Improving Manual Batching Sterling Systems & Controls, Inc.’s line of Semi-Automatic Hand Prompt Batching Stations can be custom-engineered with options to meet the specific requirements of applications, thereby improving manual batching, which can improve your entire process of product production. The Semi-Automatic Hand Prompt Batching Station serves a wide range of industrial applications where the negative effects of time-consuming and problematic manual batching need to be eliminated. The Hand Prompt Batching Station is a semi-automatic batching system that requires operator involvement, but provides customized automated operator instructions or “prompting”, ingredient lot tracking and batch validation, automatic weighing with over/under tolerance control, etc. This system works at improving manual batching by eliminating bad batches that result from operator error and interruption. The operator no longer needs to keep track of where they are in the batching process as the Semi-Automatic Hand Prompt Batching Station does that automatically. No missing ingredients! No bad batches! The Semi-Automatic Hand Prompt Batching Station can be combined with or provided with a platform scale, floor scale, bag dump scale, and also with multiple scales. The Sterling Systems Semi-Automatic Hand Prompt Batching Station is PC-based. The PC controller will ask the operator to weigh ingredients one at a time in the order your formula requires. The hand prompt PC controller will sequence an operator through the selected formula one ingredient at a time. The primary advantage of the system is to ensure that each ingredient added to the batch container is within a programmed weight tolerance and is from the correct ingredient lot (using optional barcode scanning or manual entry) before the PC controller will index to the next ingredient to be added. This ensures the validity of the batches created by the operator. The Semi-Automatic Hand Prompt Batching Station provides real-time records for each batch produced, enabling the highest standards to be maintained by ensuring a consistent batched product. thereby improving manual batching. As batches are produced, the batching PC controller records the batch data and can print batch reports to a ticket printer. Additional reports and data can be printed on a standard network printer (the batching PC controller will need to be connected to your network, if one is available). ![Semi-Automatic Hand Prompt Batching Station](https://sterlingcontrols.com/wp-content/uploads/HAND-PROMPT-STATION-CROP-scaled-e1663789412970-1-1024x791.jpg "HAND-PROMPT-STATION-CROP-scaled-e1663789412970 | Sterling Systems & Controls") ## Post navigation [< Back](https://sterlingcontrols.com/blog/company-video/) [Next >](https://sterlingcontrols.com/blog/packaging-powder-materials-in-bulk-bags/) **Categories:** News, Press Releases --- ### [Key to Process Efficiency](https://sterlingcontrols.com/blog/key-to-process-efficiency/) **Published:** October 3, 2023 **Author:** p1ws **Excerpt:** Key to process efficiency is the upgrading of process control and automation technology in your dry material handling, storage and processing. Instrumentation, control and automation technology components and software advancements afford equipment upgrades. **Content:** # The Key to Process Efficiency The Key to process efficiency is continuous improvement. The evolution of process equipment, control and automation technology for your dry and liquid material handling, storage and processing affords opportunities for process improvements with the upgrading of your equipment, instrumentation, process control and automation technology systems, including component and software upgrades. An example is the use of industrial PC software based upon the [.NET framework developed by Microsoft](https://dotnet.microsoft.com/en-us/learn/dotnet/what-is-dotnet), used for automation interface to improve operator performance and safety. Operator interfaces based on .NET conform to standards, including ISO 11064, ISA101, ANSI, and ASM for: - Reduced Eye Fatigue, counteracting “tunnel vision” under stress. - Reduced Errors, providing superior accuracy during abnormal conditions. - Displaying data in a highly contextual form improves decision-making. - Organizing data for more intuitive operation, reducing the need for operator memorization. - Use of multiple monitors, allowing more than one person to operate/monitor the system. Migrating process control and automation technologies is key to process efficiency, and greatly assists dry and liquid material processors in the Baking, Food Processing, Animal Feed Milling, Pet Food Manufacturing, Chemical, Rubber Compounding, and other industries. Migrating process control and automation increases process efficiency and profits. ## Post navigation [< Back](https://sterlingcontrols.com/blog/agriculture-bridges-the-gap/) [Next >](https://sterlingcontrols.com/blog/new-particle-size-reduction-guide/) **Categories:** Blog **Tags:** Automation, automation migration, Process Controls, process efficiency --- ### [NEW Particle Size Reduction Guide](https://sterlingcontrols.com/blog/new-particle-size-reduction-guide/) **Published:** November 9, 2023 **Author:** p1ws **Excerpt:** A NEW Particle Size Reduction Guide is now available from the leaders in bulk solid Size Reduction of Particles, Prater Industries.  A sister company to Sterling Systems & Controls, Prater knows size reduction and Sterling Systems knows how to provide the controls and monitoring equipment to help ensure return on these assets for size reduction. **Content:** # New Particle Size Reduction Guide A NEW Particle Size Reduction Guide is now available from the leaders in bulk solid Size Reduction of Particles, Prater Industries. An IPEC Holdings sister company to Sterling Systems & Controls, Prater Industries knows particle size reduction and Sterling Systems & Controls, Inc. knows how to provide the process controls and monitoring equipment to help ensure an optimal return on investment for these size reduction assets. Many industries utilize particle size reduction and separation of particles as a regular part of their operations when processing bulk materials. These functions require equipment that can adequately deal with the physics behind such processing. Nearly a century ago, Prater Industries began making machinery to deal with particle size reduction and separation of materials. This equipment has since evolved and is now used for a myriad of applications. Today, Prater Industries continues to make innovative machinery and offer technical expertise. [View the Guide Now](https://blog.praterindustries.com/a-comprehensive-guide-to-praters-particle-size-reduction-equipment) ## Post navigation [< Back](https://sterlingcontrols.com/blog/key-to-process-efficiency/) [Next >](https://sterlingcontrols.com/blog/cattle-feed-manufacturing-in-livestock-management/) **Categories:** Blog **Tags:** classifiers, grinders, hammermills, particle size reduction, particle size reduction guide, Process Controls --- ### [Preview of IPPE 2024 by AFIA President](https://sterlingcontrols.com/blog/preview-of-ippe-2024-by-afia-president/) **Published:** May 29, 2024 **Author:** p1ws **Excerpt:** Constance Cullman, president and CEO of AFIA, describes the importance of the international contingent at IPPE and emphasizes educational opportunities as learning and networking platforms. This interview is chaired by Feed & Grain magazine editor Elise Schafer. The overview by American Feed Industry Association president highlights the special features of the International Production & Processing Expo in regards to feed manufacturing, use and exporting. **Content:** # Preview of IPPE 2024 by AFIA President ![IPPE 2024](https://sterlingcontrols.com/wp-content/uploads/IPPE23-BOOTH-STAFF-2048x1627-1-2-1024x814.jpeg "IPPE23-BOOTH-STAFF-2048x1627-1-2 | Sterling Systems & Controls")Constance Cullman, president and CEO of AFIA, describes the importance of the international contingent at IPPE and emphasizes educational opportunities as learning and networking platforms. This interview is chaired by Feed & Grain magazine editor Elise Schafer. The overview by the American Feed Industry Association president highlights the special features of the International Production & Processing Expo in regards to feed manufacturing, use, and exporting. It is an excellent preview for you to watch to get ready for this important grain and feed industry annual show! Thank you to both AFIA and Feed & Grain magazine! You are invited to visit the material weighing, batching, and controls/automation professional for the feed industries at booth A913 at the IPPE Show from January 30th to February 1st. [Preview of IPPE 2024 by AFIA President and Feed & Grain Magazine](https://www.feedandgrain.com/expert-insights/fg-chat/video/15662940/what-to-expect-at-ippe-2024-networking-education-and-more-video?utm_source=Omeda&utm_medium=Email&utm_content=NL-Industry+Watch&utm_campaign=NL-Industry+Watch_20240129_0530&oly_enc_id=6788I2262156A1A) ## Post navigation [< Back](https://sterlingcontrols.com/blog/cattle-feed-manufacturing-in-livestock-management/) [Next >](https://sterlingcontrols.com/blog/preventative-maintenance-a-strategy-for-ensuring-system-reliability/) **Categories:** News --- ### [Bulk Bag Unloading and Weighing System](https://sterlingcontrols.com/blog/bulk-bag-unloading-and-weighing-system/) **Published:** January 18, 2018 **Author:** p1ws **Excerpt:** Sterling Systems & Controls, Inc. is pleased to announce the availability of its line of bulk bag unloading systems. These customized unloading systems can include bulk bag discharging, material weighing and batch dispensing, along with the controls required for automatic operation. Just such a system has been successfully operating at the site of a leading manufacturer of sugar free and no sugar added baked desserts. The comprehensive bulk bag unloading system for premixed food ingredients incorporates the mechanical structure which houses and supports the bag discharge, material weighing, dispensing (flexible screw conveyor) and control panel components. **Content:** # Bulk Bag Unloading and Weighing System *Sterling, IL January 2018*: Sterling Systems & Controls, Inc. is pleased to announce the availability of its line of bulk bag unloading systems. These customized unloading systems can include bulk bag discharging, material weighing and batch dispensing, along with the controls required for automatic operation. Just such a system has been successfully operating at the site of a leading manufacturer of sugar-free and no sugar-added baked desserts. The comprehensive bulk bag unloading system for premixed food ingredients incorporates the mechanical structure which houses and supports the bag discharge, material weighing, dispensing (flexible screw conveyor) and control panel components. ***Included components*** Mechanical components are provided to unload the bulk bag, accurately weigh the desired amount of material as set for a batch by the operator, and then dispense the batch of material into a container for production use. In addition, Sterling is a UL listed control panel builder and provides the VFD panel and equipment along with a system control panel. Based upon an upfront review of customer goals the system was custom designed for efficient and accurate operation to meet the needs of the customers’ production system. ***Typical operation*** The operation of the bulk bag unloading and weighing system is easy for the operator to use. After hanging a full bulk bag in place within the upper part of the support structure and routing the bag spout through the iris valve and into the bag clamp, the operator will open the bag spout to start the flow of the material into the bulk bag unloading part of the system. The operator will next turn on the main power to the VFD and Control panels and disengage the emergency stop. With control set for Auto, the operator then sets the Target weight, Fast Cutoff and Slow Cutoff setpoints, as well as the Slow Fill speed. At this point the operator will press the Start Batch pushbutton to begin the automated process of bulk bag discharge, material weighing and dispensing. Sterling Systems & Controls, Inc. has 40+ years of experience providing efficient solutions for batching, micro, minor and bulk weighing, bag unloading systems, as well as plant automation. Our designs utilize the latest technology to provide specialized data management, raw material management, along with production data tracking. For more information contact Sterling Systems & Controls at *1-815-281-5378*, <sci@sterlingcontrols.com>. ## Post navigation [< Back](https://sterlingcontrols.com/blog/feed-mill-automation-migration-upgrade/) [Next >](https://sterlingcontrols.com/blog/process-control-automation-turning-old-tires-into-usable-materials/) **Categories:** News, Press Releases **Tags:** Batching, Bulk Bag Discharging, Bulk Bag Dispensing System, Bulk Bag Dumper, Bulk bag unloading, Bulk Bag Unloading System, Weighing System --- ### [Grinding and Classifying Control & Automation](https://sterlingcontrols.com/blog/grinding-and-classifying-control-and-automation/) **Published:** February 27, 2018 **Author:** p1ws **Excerpt:** Sterling Systems & Controls, Inc. is pleased to announce its customized process control & automation system for grinding and classifying. “Grinding,” “milling,” and “classifying” terms are sometimes used interchangeably because, in recent years, the differences have blurred.  **Content:** # Grinding and Classifying Control & Automation *Sterling, IL March 2017*: Sterling Systems & Controls, Inc. is pleased to announce its customized process control & automation system for grinding and classifying. Due to our unique knowledge of process, equipment, and automation technology, Sterling Systems can customize, automate, and complete the conversion of your raw material to multiple finished products through grinding and classifying. “Grinding,” “milling,” and “classifying” terms are sometimes used interchangeably because, in recent years, the differences have blurred. In any case, the challenge for process control & automation of the grinding and classifying process is to monitor and control multiple pieces of process equipment and to automate this with minimal, if any, human intervention. This could be for milling grains to produce feed or foodstuffs, chemicals and minerals, pharmaceutical applications and more. Sterling Systems & Controls, Inc. provides upfront design engineering assistance from process to automation. Engineering and equipment are provided including electrical controls, classifying/grinding mill monitoring for safety and maintenance, sensors, and a PLC/PanelView-based automation system. These control and automation systems can also include formulation and setpoint data storage, live data trending, and historical data collection. ### ***Example Application*** In the grain processing area, for food ingredients and materials, Sterling Systems has repeatedly provided design engineering, electrical controls and automation to transform a whole grain into multiple products such as flour, starch, protein etc.. In this example Sterling Systems used a PLC/PanelView running a custom designed FactoryTalk View ME application. In addition, Sterling Systems engineered and provided the electrical controls and electrical equipment for the grinding and air classifying mills, and also the grinding mill monitor control panel. Sterling Systems & Controls, Inc. has 40+ years of experience providing efficient solutions for process equipment, batching, micro, minor and bulk weighing, bag unloading systems, as well as plant automation. Sterling’s designs utilize the latest technology to provide specialized data management, raw material management, along with production data tracking. This can include our unique WebCentral remote supervisory application. Sterling Systems and Controls, Inc. also offers onsite Startup and Support, and our remote support is available 24/7. For more information contact Sterling Systems & Controls at *1-815-281-5378* <sci@sterlingcontrols.com>, and at [www.sterlingcontrols.com](https://sterlingcontrols.com/). ## Post navigation [< Back](https://sterlingcontrols.com/blog/process-control-automation-turning-old-tires-into-usable-materials/) [Next >](https://sterlingcontrols.com/blog/automating-rubber-compounding/) **Categories:** News, Press Releases **Tags:** Automation, classifying, grinding, grinding mill, pea grinding, Process Controls --- ### [Material Weighing Systems](https://sterlingcontrols.com/blog/material-weighing-systems/) **Published:** May 8, 2018 **Author:** p1ws **Excerpt:** Sterling Systems & Controls, Inc. offers a variety of material weighing systems for many industries and applications. Each system is custom engineered to meet the exact requirements and demands of the application. These systems are useful for automatic blending of materials using single or multiple scales. Semi-automatic material weighing and blending systems require some operator assistance but still deliver the quality and accuracy of automatic weighing systems. **Content:** # Material Weighing Systems Sterling Systems & Controls, Inc. offers a variety of [material weighing](https://sterlingcontrols.com/products/material-weighing-systems/) systems for many industries and applications. Each system is custom-engineered to meet the exact requirements and demands of the application. These systems are useful for automatic blending of materials using single or multiple scales. Semi-automatic material weighing and blending systems require some operator assistance but still deliver the quality and accuracy of automatic weighing systems. These systems are used food, baking, feed milling, pet food processing, rubber compounding and other industrial processes. Bulk solid and liquid weighing. Multiple weigh scales are used to provide high accuracy, speed, and long-term capacity. Sterling Systems & Controls, Inc. has more than 50 years of experience providing efficient material weighing solutions. #### [Working With Us!](/about/working-with-us/) Give us a call today to talk about your business and process objectives and see how Sterling Systems & Controls can provide a custom-engineered solution. You can reach us by phone at **1-815-625-0852**, toll-free in the USA 1-815-281-5378, or by email at <sci@sterlingcontrols.com>. ## Post navigation [< Back](https://sterlingcontrols.com/blog/kitchen-batching-system/) [Next >](https://sterlingcontrols.com/blog/eliminate-bad-batches/) **Categories:** News, Press Releases **Tags:** Automation, Batching, major ingredient weighing system, material weighing system, Minor Ingredient, minor ingredient weighing system, Weighing System, Weighment Accuracy --- ### [Automated Feedmill Control System](https://sterlingcontrols.com/blog/automated-feedmill-control-system/) **Published:** July 3, 2018 **Author:** p1ws **Excerpt:** Sterling Systems & Controls, Inc. custom designs and manufactures the highest quality automation control systems for virtually any process or a complete facility. Sterling Systems & Controls has designed and provided equipment and software for a customized Automated Feedmill Control System using an Allen-Bradley PLC and desktop PC’s running Sterling Systems’ customized Windows-based Automation Software. **Content:** # Automated Feedmill Control System *Sterling, IL July 2018*: Sterling Systems & Controls, Inc. custom designs and manufactures the highest quality automation control systems for virtually any process or a [complete facility](https://sterlingcontrols.com/applications/feed-mill-systems/). Sterling Systems & Controls has designed and provided equipment and software for a customized Automated Feedmill Control System using an Allen-Bradley PLC and desktop PC’s running Sterling Systems’ customized Windows-based Automation Software. Sterling’s forty plus (40+) years of Feedmill process and automation experience ensures quality and efficiency in both hardware and software. Included in this Automated Feedmill Control System is the control and automation of Batching, Grinding, Material Receiving, Truck Scale and Loadout processes. Two (2) desktop PC’s are provided. One runs the [Batching](https://sterlingcontrols.com/systems/batching-systems/) and [Grinding systems](https://sterlingcontrols.com/applications/grinding-classifying/), the other runs the Truck Scale and Receiving systems. The overall Feedmill automation incorporates ingredient and formula destination checks to ensure ingredients and formulas are not cross contaminated while grinding and transferring occurs. Standard batching features are included, such as the multi-tasking capability that allows the system to batch while editing or checking formulas, formula production/inventory, ingredients, ingredient inventory/usage and other main menu functions. The system automates bin feeders, scales, mixing and discharge from the mixer. Finished feed bin levels are also monitored by the system in order to automatically control the finished feed elevator and distributor. To make the Automated Feedmill Control System even more complete and comprehensive Sterling Systems & Controls, Inc. includes its [WebCentral remote supervisory application](https://sterlingcontrols.com/applications/supervisory-control/) software. This allows the automation system to be accessed remotely through a web browser for any corporate computers that are connected to the same local area network as the automation system computers. The capability is provided to edit formulations, bin tables, and view and print historical data in the database without interrupting production and without requiring additional software to be installed on the corporate computers. Sterling Systems & Controls, Inc. has 40+ years of experience providing efficient solutions for process equipment, batching, micro, minor and bulk weighing, bag unloading systems, as well as plant automation. Sterling’s designs utilize the latest technology to provide specialized data management, raw material management, along with production data tracking. For more information contact Sterling Systems & Controls at *1-815-281-5378* <sci@sterlingcontrols.com>, and at [www.sterlingcontrols.com](https://sterlingcontrols.com/). ## Post navigation [< Back](https://sterlingcontrols.com/blog/reducing-dust-in-bulk-bag-unloader/) [Next >](https://sterlingcontrols.com/blog/automated-bulk-bag-filling/) **Categories:** News, Press Releases **Tags:** batching automation, batching control system, feedmill, feedmill automation system, feedmill system --- ### [Bulk Bag Handling](https://sterlingcontrols.com/blog/bulk-bag-handling/) **Published:** September 11, 2018 **Author:** p1ws **Excerpt:** Bulk bag handling systems are one of our capabilities that emphasizes our strength in mechanical engineering and design. This includes the ability to custom engineer and manufacture bulk bag packaging or filling machines and bulk bag dischargers or unloaders. Bulk bags are a very common packaging for dry bulk materials in a wide range of industries. **Content:** # Bulk Bag Handling Bulk bag handling systems are one of our capabilities that emphasizes our strength in mechanical engineering and design. This includes the ability to custom engineer and manufacture bulk bag packaging or filling machines and bulk bag dischargers or unloaders. Bulk bags are a very common packaging for dry bulk materials in a wide range of industries. Bulk bags, a.k.a. FIBC’s super sacks, etc. come in a variety of sizes and methods of construction. Bulk bag handling systems include both bulk bag filling or packaging, as well as bulk bag unloading or discharging. Bulk bag handling, filling and discharging, can be incorporated within ingredient batching systems or as standalone process systems. [BULK BAG FILLING SYSTEMS](https://sterlingcontrols.com/products/bulk-bag-filling-systems/): bulk bag filling stations and packaging systems are custom-designed to fit exact process requirements and to perform the way they are required to meet objectives. [BULK BAG UNLOADING SYSTEMS](https://sterlingcontrols.com/products/bulk-bag-unloading-weighing-systems/): bulk bag discharging or unloading solutions are provided for unloading bulk bags of dry bulk solid materials. In addition, batch weighing can be added along with batching controls. Bulk bag unloading systems can include the addition of mechanical or pneumatic conveying, magnets for tramp metal removal, dust containment/collection, bag massagers and other features as required, including a choice of weighing solutions as previously mentioned. ## Post navigation [< Back](https://sterlingcontrols.com/blog/hand-prompt-batching-station/) [Next >](https://sterlingcontrols.com/blog/receiving-automation-application/) **Categories:** News, Press Releases, Uncategorized **Tags:** bulk bag, bulk bag discharger, Bulk Bag Discharging, Bulk Bag Dispensing System, Bulk Bag Dumper, bulk bag fill, bulk bag filling, bulk bag handling, bulk bag unloader, Bulk bag unloading, Bulk Bag Unloading System, bulk bags, sugar bulk bag unloading --- ### [Grinding Automation Application](https://sterlingcontrols.com/blog/grinding-automation-application/) **Published:** November 8, 2018 **Author:** p1ws **Excerpt:** Sterling Systems & Controls, Inc. announces availability of its automation application module for Grinding of solids, such as for Grinding applications in Feedmills. Grinders are known by many names/types, e.g. Grinder, Classifier, Hammermill, etc. All automation systems are custom engineered and manufactured to meet exact customer requirements. **Content:** # Grinding Automation Application *Sterling, IL, November 2018*: Sterling Systems & Controls, Inc. announces availability of its automation application module for Grinding of solids, such as for Grinding applications in Feedmills. Grinders are known by many names/types, e.g. Grinder, Classifier, [Hammermill](https://en.wikipedia.org/wiki/Hammermill), etc. All automation systems are custom engineered and manufactured to meet exact customer requirements. Sterling Systems routinely incorporates its [Grinding application](https://sterlingcontrols.com/applications/grinding-classifying/) module in automation systems within a variety of industries. The Grinding process increases process efficiency and improves conditioning in many production operations, such as in a [Feedmill](https://sterlingcontrols.com/industries/feed-processing-industry/). Grinding performs particle size reduction. Why? In feed production Grinding creates more surface area which aids in digestion of the feed. Fracturing of the solid material occurs in the Grinding process, resulting in both an increase in material surface area and dissipation of heat. Whether you use a roller mill, a Hammermill or something else in your process, Sterling Systems & Controls, Inc. automation and process control systems automatically optimize the Grinder operation within the overall production process and automation system to meet specific size requirements; example: adjusting gaps in roller mills to achieve a specific micron size. This also includes setting or programming the Mill Type, Grinding Rate, Loss Factor and Source/Destination Ingredient, along with providing feeder speed control based on the type of material, type of grinding mill, and the transfer of the material to the next part of your production process. Benefits of the Sterling Systems Grinding application includes ***HIGHER ACCURACY & SUPERIOR PRODUCT:*** Automatic optimization of your Grinders to meet your specified particle size produces a superior ground product with a greater level of accuracy of the ground ingredient; ***REDUCED WASTE/CONTAMINATION:*** Managing scheduling, material transfer means less loss and contamination; ***RUNS AUTOMATICALLY & KEEP GROUND BINS FULL:*** Automated scheduling of grinding and transfer processes ensures destination ingredient bins remain full with destination ingredients. More information on the [Grinding Automation](https://sterlingcontrols.com/applications/grinding-classifying/) is available from Sterling Systems & Controls. With more than forty-five (45) years of experience providing efficient solutions for plantwide and process control and automation, process equipment, batching, micro, minor and bulk weighing, bag unloading systems, bag loading, bag dumping, Sterling Systems & Controls, Inc.’ designs utilize the latest technology to provide specialized data management, raw material management, along with production data tracking. For more information contact Sterling Systems & Controls at *1-815-281-5378* <sci@sterlingcontrols.com>, and at [www.sterlingcontrols.com](https://sterlingcontrols.com/). ## Post navigation [< Back](https://sterlingcontrols.com/blog/receiving-transfer-automation-application/) [Next >](https://sterlingcontrols.com/blog/bulk-bag-handling-systems/) **Categories:** News, Press Releases **Tags:** Automation, classifier automation application, feed grinding app, Feedmill Automation, grinding, hammermill automation application, roller mill automation --- ### [Bulk Bag Handling Systems](https://sterlingcontrols.com/blog/bulk-bag-handling-systems/) **Published:** December 3, 2018 **Author:** p1ws **Excerpt:** Sterling Systems & Controls, Inc. is pleased to announce the availability of its line of bulk bag handling systems. These include customized unloading systems and also customized bulk bag filling systems. Bulk bag unloading systems can include bulk bag discharging, material weighing and batch dispensing, along with the controls required for automatic operation. **Content:** # Bulk Bag Handling Systems ![Bulk Bag Unloading & Weighing System](https://sterlingcontrols.com/wp-content/uploads/HILL-AND-VALLEY-BULK-BAG-UNLOADING-AND-WEIGHING-SYS-e1516291691544-1-rotated.jpg "HILL AND VALLEY BULK BAG UNLOADING AND WEIGHING SYS | Sterling Systems & Controls")Figure 1: Bulk Bag Discharging Sterling Systems & Controls, Inc. is pleased to announce the availability of its line of bulk bag handling systems. These include customized[ unloading systems](https://sterlingcontrols.com/systems/bulk-bag-unloading-weighing-systems/) and also customized [bulk bag filling](https://sterlingcontrols.com/systems/bulk-bag-filling-stations/) systems. Bulk bag unloading systems can include bulk bag discharging, material weighing and batch dispensing, along with the controls required for automatic operation. Systems performing the filling of bulk bags include weigh scale, customized mechanical structure and any controls and automation required. Just such systems have been successfully operating within many different industries, including many leading powder processors. A comprehensive bulk bag unloading system for this powder processor (Fig. 1) incorporates the mechanical structure which houses and supports the bag discharge, material weighing, dispensing (flexible screw conveyor) and control panel components. ![BULK BAG FILLING STATIONS](https://sterlingcontrols.com/wp-content/uploads/BULK-BAG-LOADING-rev1-300x275.jpg "| Sterling Systems & Controls")Figure 2: Bulk Bag Filling System w/ Controls Bulk bag filling is a customized application, like bulk bag discharging. Each application can be very uniquely different. The bulk bag filling system shown in Fig. 2 is installed in a Peat processing system and incorporates PLC-based controls with a touchscreen graphic display as shown. Mechanical components are provided to fill or unload the bulk bag, accurately weigh the desired amount of material as set by the operator, and then dispense the batch of material into a container for production use. In addition, Sterling is a UL listed control panel builder and provides the VFD panel and equipment along with a system control panel. Based upon an upfront review of customer goals the bulk bag handling systems are custom designed for efficient and accurate operation to meet the needs of the customers’ production system. Sterling Systems & Controls, Inc. has 40+ years of experience providing efficient solutions for batching, micro, minor and bulk weighing, bag unloading systems, as well as plant automation. Sterling’s designs utilize the latest technology to provide specialized data management, raw material management, along with production data tracking. For more information contact Sterling Systems & Controls at *1-800-257-7214*, [sci@sterlingcontrols.com.](mailto:sci@sterlingcontrols.com) ## Post navigation [< Back](https://sterlingcontrols.com/blog/grinding-automation-application/) [Next >](https://sterlingcontrols.com/blog/batching-instrumentation-with-traceability-and-validation/) **Categories:** News, Press Releases **Tags:** Bulk Bag Discharging, Bulk Bag Dispensing System, bulk bag fill, bulk bag filling, Bulk bag unloading, Bulk Bag Unloading System, sugar bulk bag unloading --- ### [Batching Automation Application](https://sterlingcontrols.com/blog/batching-automation-application/) **Published:** December 31, 2018 **Author:** p1ws **Excerpt:** Batching systems are known as micro, minor, major and bulk systems. Many production operations use the batching of ingredients into a mixer or blender; control is required to achieve proper batch and mixing results. Sterling Systems Batching automation app will eliminate error, ensure lot and material traceability, **Content:** # Batching Automation Application *![Batching Automation](https://sterlingcontrols.com/wp-content/uploads/batching-automation-600x339.jpeg "batching-automation | Sterling Systems & Controls")*Batching systems are known as micro, minor, major and bulk systems. Many production operations use the batching of ingredients into a mixer or blender; control is required to achieve proper batch and mixing results. Sterling Systems Batching automation app will eliminate error, ensure lot and material traceability, and optimize throughput and profitability. **Benefits of the Sterling Systems Batching application include:** **SUPERIOR APPLICATION PERFORMANCE:** The Custom design of the Batching automation app ensures that the automation system is just what you need and want, while ensuring maximum performance in terms of accuracy and throughput efficiency. **INTEGRATING WITH EXISTING SYSTEMS:** Remote supervisory control using another software app, WebCentral™ from Sterling Systems, allows for easy-to-use browser-based operation and report generation, and exporting data to integrate with corporate ERP systems is available. **MATERIAL TRACEABILITY AND BATCH VALIDATION:** The safety of animal Feed, food, and foodstuffs for human consumption is of paramount importance, and ingredient material traceability with simple-to-comprehensive lot tracking tools and batch validation will help you meet safety standards and requirements (Barcode and RFID scanning capability can be provided). More information on the Batching Automation application is available from Sterling Systems & Controls. With more than forty-five (45) years of experience providing efficient solutions for plantwide and process control and automation, process equipment, batching, micro, minor and bulk weighing, bag unloading systems, bag loading, bag dumping, Sterling Systems & Controls, Inc. designs utilize the latest technology to provide specialized data management, raw material management, along with production data tracking. For more information [contact Sterling Systems & Controls](/contact/). ## Post navigation [< Back](https://sterlingcontrols.com/blog/batching-instrumentation-with-traceability-and-validation/) [Next >](https://sterlingcontrols.com/blog/pelleting-automation-application-for-feedmills/) **Categories:** News, Press Releases **Tags:** Batching, batching automation, batching system, ingredient batching --- ### [Loadout Automation for Feedmills](https://sterlingcontrols.com/blog/loadout-automation-for-feedmills/) **Published:** January 28, 2019 **Author:** p1ws **Excerpt:** Sterling Systems & Controls, Inc. announces availability of its Loadout Automation for Feedmills software. This application module is for automation of the Loadout of feed materials in Feedmills, Petfood manufacturing facilities, or for use in other agricultural and industrial applications. The end result of the feed manufacturing process, Sterling Systems’ ensures the transport of the correct product to the desired location, quickly and efficiently, with superior accuracy. **Content:** # Loadout Automation for Feed Mills **Sterling, IL,:** Sterling Systems & Controls, Inc. announces availability of its Loadout Automation for Feed Mills software. This application module is for automation of the Loadout of feed materials in Feed Mills, Petfood manufacturing facilities, or for use in other agricultural and industrial applications. The end result of the feed manufacturing process, Sterling Systems’ ensures the transport of the correct product to the desired location, quickly and efficiently, with superior accuracy. With the ability to custom fill a truck with multiple orders, the Loadout Automation for Feed Mills system identifies the load needing to go into the truck trailer and then fills it with the correct material based on the order. From beginning to end, Sterling Systems & Controls delivers accuracy and dependability, validating that all product is loaded into the correct truck, into the correct compartment and delivered to the correct customer. **Benefits of the Sterling Systems Loadout Automation for Feed Mills includes:** **SUPERIOR APPLICATION PERFORMANCE:** Custom designed Loadout software application to meet your exact requirements, and ensures feed delivery integrity and validation. **SUPERIOR ACCURACY AND EASE OF USE:** Superior accuracy and performance, data management, report generation and exporting, and simple menu driven screens are easy to use and understand. More information on the Feedmill automation is available from Sterling Systems & Controls. With more than forty-five (45) years of experience providing efficient solutions for plant-wide and process control and automation, process equipment, batching, micro, minor and bulk weighing, bag unloading systems, bag loading, bag dumping, Sterling Systems & Controls, Inc.’ designs utilize the latest technology to provide specialized data management, raw material management, along with production data tracking. For more information contact Sterling Systems & Controls by clicking the button below. [Contact Us](https://sterlingcontrols.com/contact/) ## Post navigation [< Back](https://sterlingcontrols.com/blog/pelleting-automation-application-for-feedmills/) [Next >](https://sterlingcontrols.com/blog/custom-bulk-bag-unloader/) **Categories:** News, Press Releases **Tags:** loadout automation, loadout automation application for feedmills, loadout for feedmills, material loadout for feedmills, process control of loadout --- ### [Affordably Replace Manual Batching](https://sterlingcontrols.com/blog/affordably-replace-manual-batching/) **Published:** February 27, 2019 **Author:** p1ws **Excerpt:** Sterling Systems & Controls, Inc. is pleased to announce the availability of its Affordable Batching Controller. Now you can affordably replace manual batching. Sterling is a manufacturer of custom engineered and manufactured micro, minor and bulk weighing and ingredient batching systems, process controls and plant automation. **Content:** # Affordably Replace Manual Batching ![IMG_20190131_112524-300×294](https://sterlingcontrols.com/wp-content/uploads/IMG_20190131_112524-300x294-1.jpg) Sterling, IL, February 27, 2019: Sterling Systems & Controls, Inc. is pleased to announce the availability of its Affordable Batching Controller. Now you can affordably replace manual batching. Sterling is a manufacturer of custom engineered and manufactured micro, minor and bulk weighing and ingredient batching systems, process controls and plant automation. The 45+ years of experience we have in these systems and all agricultural and industrial areas has afforded us the ability to provide this Entry-Level Affordable Batching Controller. #### **Batching Controller w/ Touchscreen Display** The Affordable Batching Controller is a semi-automatic batching system that still requires operator involvement through each step in the batching process, but provides automated operator instructions/prompting, ingredient validation and lot tracking, automatic weighing with over/under tolerance control, etc. This Affordable Batching Controller will eliminate bad batches that result from operator error and interruption. The operator no longer needs to keep track of where he/she is in the batching process, the automated Hand Prompt Batching Station does that for him/her automatically. No missed ingredients! No bad batches! Affordably replace manual batching! The Affordable Batching Controller’s PC and Touchscreen Display will ask the operator to weigh ingredients. The Sterling Systems & Controls’ Affordable Batching Controller sequences an operator through a formula one ingredient at time. The primary advantage of the system is to ensure that each ingredient is added to the container, is within a programmed weight tolerance, and from the correct ingredient lot before the controller will index to the next ingredient to be added. This will ensure the validity of all batches created by the operator. Sterling Systems & Controls, Inc. has 45+ years of experience providing efficient solutions for process equipment, batching, micro, minor and bulk weighing, bag unloading systems, bag filling systems as well as plant automation. Sterling Systems’ designs utilize the latest technology to provide specialized data management, raw material management, along with production data tracking. For more information contact Sterling Systems & Controls at 1-815-625-0852 sci@sterlingcontrols.com, and www.sterlingcontrols.com. ## Post navigation [< Back](https://sterlingcontrols.com/blog/custom-bulk-bag-unloader/) [Next >](https://sterlingcontrols.com/blog/preventative-maintenance-planning/) **Categories:** News, Press Releases **Tags:** batch controller, batching controller, hand add batching, hand prompt batching, semi automatic batching --- ### [Prewired Material Weighing Systems](https://sterlingcontrols.com/blog/prewired-material-weighing-systems/) **Published:** May 15, 2019 **Author:** p1ws **Excerpt:** Sterling Systems & Controls, Inc. is pleased to announce that it is a leader in the custom engineering and manufacturing of automatic Material Batching and Weighing Systems. These systems can now be supplied Prewired for easier and less costly overall installation. **Content:** # Prewired Material Weighing Systems **Sterling, IL: For Immediate Release.** Sterling Systems & Controls, Inc. is pleased to announce that it is a leader in the custom engineering and manufacturing of automatic Material Batching and Weighing Systems. These systems can now be supplied Prewired for easier and less costly overall installation. Prewired material weighing systems are part of Sterling Systems current capability for its custom material batching and weighing systems. For prewired material weighing systems, typically wire troughs are installed within the mechanical batching and weighing system and wiring between components and system control panels completed within the wire trough conduits. Prewired material weighing systems are shipped in sections. Once installed onsite simple electrical connections between prewired system sections, and between the prewired material weighing system and the external environment complete the installation and ready the system for start-up and commissioning. This can save installation time and expense. Sterling Systems & Controls, Inc. offers a variety of material weighing systems for many industries and applications. Each system is customized to meet the exact requirements and demands of our customer. Material Weighing Systems are useful for automatic batching of one ingredient at a time using single or multiple scales. Sterling Systems & Controls, Inc. has 45+ years of experience providing efficient solutions for micro ingredient batching, process equipment, material batching and weighing of all kinds, bag unloading systems, bulk bag filling stations, as well as plant automation. Prewired material weighing systems are just another fine example of Sterling Systems’ capabilities. Sterling Systems uses the latest technology to provide specialized data management, raw material management, along with production data tracking. Sterling Systems continuously strives for new ideas and methods to provide more efficient operation and installation. For more information contact Sterling Systems & Controls at 1-815-625-0852 sci@sterlingcontrols.com, and at www.sterlingcontrols.com. ## Post navigation [< Back](https://sterlingcontrols.com/blog/micro-ingredient-material-weighing/) [Next >](https://sterlingcontrols.com/blog/bulk-bag-packaging-systems/) **Categories:** News, Press Releases **Tags:** batching systems, bulk batching systems, material weighing systems, prewired material weighing systems --- ### [Bulk Bag Unloading Systems for Food](https://sterlingcontrols.com/blog/bulk-bag-unloading-systems-for-food/) **Published:** August 28, 2019 **Author:** p1ws **Excerpt:** Sterling Systems & Controls, Inc. is pleased to announce the availability of its line of bulk bag unloading systems, specifically for food or food grade applications. These customized unloading systems are designed specifically for food industry applications such as the baking and snack industries and can include bulk bag discharging, material weighing and batch dispensing, along with the controls required for automatic operation. **Content:** # Bulk Bag Unloading Systems for Food ![](https://sterlingcontrols.com/wp-content/uploads/Bulk_Bag_Unloader-Clipped-e1600703828115-2-731x1024.jpg "Bulk_Bag_Unloader-Clipped-e1600703828115-2 | Sterling Systems & Controls")Sterling Systems & Controls, Inc. is pleased to announce the availability of its line of [bulk bag](https://en.wikipedia.org/wiki/Flexible_intermediate_bulk_container) unloading systems, specifically for food or food grade applications. These customized unloading systems are designed specifically for food industry applications such as the baking and snack industries and can include bulk bag discharging, material weighing and batch dispensing, along with the controls required for automatic operation. Just such a system has been successfully operating at the site of a leading powder processor. A typical comprehensive bulk bag unloading system can incorporate the mechanical structure which houses and supports the bag discharge, material weighing, dispensing (flexible screw conveyor) and control panel components. A bulk bag, or flexible intermediate bulk container (FIBC), is an [industrial](https://en.wikipedia.org/wiki/Industry "Industry") [container](https://en.wikipedia.org/wiki/Shipping_container "Shipping container") made of flexible fabric that is designed for storing and transporting dry, flowable products, such as sand, fertilizer, and granules of plastic. FIBCs are most often made of thick [woven](https://en.wikipedia.org/wiki/Woven "Woven") [polyethylene](https://en.wikipedia.org/wiki/Polyethylene "Polyethylene") or [polypropylene](https://en.wikipedia.org/wiki/Polypropylene "Polypropylene"), coated or uncoated, and normally measure around 45″–48″ (114cm–122cm) in diameter and varies in height from 39″-79″ (100cm-200cm). Its capacity is normally around 2,200lbs (1,000kg), but the larger units can store even more. A bulk bag designed to transport one metric ton (0.98 long tons; 1.1 short tons) of material will itself only weigh 5–7lbs (2.3–3.2kg). The mechanical components in the bulk bag unloading system are provided to unload the bulk bag, accurately weigh the desired amount of material as set for a batch by the operator, and then dispense the batch of material into a container for production use. Dust containment around the bag tie is available (“glove box”, etc.). Process controls can and usually is also provided. Sterling Systems is a UL approved control panel assembler. Sterling Systems & Controls, Inc. has 45+ years of experience providing efficient solutions for batching, micro, minor and bulk weighing, bulk bag unloading systems, as well as process controls and plant automation for the baking and food industries. Sterling’s designs utilize the latest technology to provide specialized data management, raw material management, along with production data tracking. For more information contact Sterling Systems & Controls at *1-800-257-7214*, <sci@sterlingcontrols.com>, and at [www.sterlingcontrols.com](https://sterlingcontrols.com). ## Post navigation [< Back](https://sterlingcontrols.com/blog/bulk-bag-packaging-systems/) [Next >](https://sterlingcontrols.com/blog/data-management-for-fracturing-sand/) **Categories:** News, Press Releases **Tags:** Bulk bag unloading, bulk bag unloading and weighing, bulk bag unloading systems, bulk bags --- ### [Micro and Tote Batching System](https://sterlingcontrols.com/blog/micro-and-tote-batching-system/) **Published:** October 15, 2019 **Author:** p1ws **Excerpt:** Sterling Systems & Controls, Inc. is pleased to announce the availability of customized ingredient batching systems with both liquid and dry materials. Each automatic Micro and Tote Batching System is custom designed and manufactured to meet the specific needs and requirements of the customer. This type of micro and tote batching system typically includes supply bins, feeders, work platforms, automatic or manual bin refilling, liquid tank/pump skid equipment and the dry and liquid dosing automatic control system. **Content:** # Micro and Tote Batching System ![liquid tank dosing](https://sterlingcontrols.com/wp-content/uploads/20160518_145744-169x300.jpg "| Sterling Systems & Controls")*For Immediate Release, Sterling, IL:* Sterling Systems & Controls, Inc. is pleased to announce the availability of customized ingredient batching systems with both liquid and dry materials. Each automatic [Micro](https://sterlingcontrols.com/products/micro-weighing-systems/) and Tote Batching System is custom designed and manufactured to meet the specific needs and requirements of the customer. This type of micro and tote batching system typically includes supply bins, feeders, work platforms, automatic or manual bin refilling, liquid tank/pump skid equipment and the dry and liquid dosing automatic control system. Optional equipment may include raw material bag lift handling equipment, dust collection/control for high dust dry materials, batch material conveying equipment (such as mechanical [drag conveyor](http://www.solidswiki.com/index.php?title=Drag_Conveyors)), lot tracking and traceability, barcode scanning, and RFID scanning. Other customized options can also be included. Micro weighing systems are those which have scale weighments up to around 50lbs (23kg). Larger weighments are known as Minor (50lbs up to 100-150lbs) and Major (>150lbs). Often a combination of micro, minor and major weighments are included in a customized micro ingredient material weighing system. High accuracy can be attained, to within 0.001lbs or 0.5g is possible, depending on applications. Liquid dosing includes high accuracy Coriolis flow metering devices and pumping systems. Sterling Systems & Controls offers a variety of feeding devices for use in the micro ingredient dry material weighing systems. Typically screw/auger and vibratory type feeders are used. The type used is based upon what the best solution will be for the specific application, including system weighing accuracy required. The scale devices used in the micro ingredient material weighing systems can be of a variety of designs, including hoppers, platforms, conveyors, etc. The scale type chosen depends on application requirements, e.g. scale resolution, accuracy and batch rate. Transfer of the completed batches to downstream processing, such as a mixer, blender or other process equipment, can be done manually or automatically. ![pump tank dosing](https://sterlingcontrols.com/wp-content/uploads/20160518_100605-300x169.jpg "| Sterling Systems & Controls")Sterling Systems & Controls, Inc. has forty-five (45)+ years of experience providing efficient solutions for micro ingredient batching, process equipment, material weighing of all kinds, bag unloading systems, bulk bag filling stations, as well as plant automation. Sterling Systems uses the latest technology to provide specialized data management, raw material management, along with production data tracking. For more information contact Sterling Systems & Controls at *1-815-625-0852* <sci@sterlingcontrols.com>, and at [www.sterlingcontrols.com](https://sterlingcontrols.com). ## Post navigation [< Back](https://sterlingcontrols.com/blog/profitability-with-kitchen-batching-system/) [Next >](https://sterlingcontrols.com/blog/bulk-bag-discharging/) **Categories:** News, Press Releases **Tags:** Batching, batching automation, batching system, batching systems, Feedmill Automation, ingredient batching, liquid dosing, micro and tote system, Micro Ingredient Batching System, Micro System, Weighing System --- ### [Bulk Bag Discharging](https://sterlingcontrols.com/blog/bulk-bag-discharging/) **Published:** November 12, 2019 **Author:** p1ws **Excerpt:** Sterling Systems & Controls, Inc. is pleased to announce the sale, engineering and production of its line of bulk bag discharging systems. These systems can be highly customized with many features and options. Sterling Systems & Controls uniquely custom engineers and manufactures all of its systems, including the line of bulk bag unloading systems.  **Content:** # Bulk Bag Discharging ![](https://sterlingcontrols.com/wp-content/uploads/Bulk_Bag_Unloader-Clipped-e1600703828115-1-731x1024.jpg "Bulk_Bag_Unloader-Clipped-e1600703828115-1 | Sterling Systems & Controls")Sterling Systems & Controls, Inc. is pleased to announce the sale, engineering and production of its line of bulk bag discharging systems. These systems can be highly customized with many features and options. Sterling Systems & Controls uniquely custom engineers and manufactures all of its systems, including the line of bulk bag unloading systems. Customized [bulk bag](https://en.wikipedia.org/wiki/Flexible_intermediate_bulk_container) systems can include bulk bag unloading, crane bag lifts, bag massagers, dust containment and collection systems, tramp metal separation, material weighing, batch dispensing or discharging, complete controls for automatic operation, and more. We will analyze your needs by interviewing your staff in order to determine your project goals. With your goals and our application and technology expertise we develop a customized solution to meet your goals and make your process more efficient. This allows you to profit from our 45+ years of experience in feed, food, baking, Petfood, rubber/plastics compounding, many other process industries, process equipment, automation and data management. One type of bulk bag discharging system has been successfully operating at the site of a leading powder processor in the food industry. The comprehensive bulk bag system for this powder processor incorporates the mechanical structure which houses and supports the bag unloading and discharge, material weighing, dispensing (flexible screw conveyor) and control panel components. This system is an unloading system, material weighing system and a discharging system to load batch containers of a premixed batch of ingredients for baking purposes. Sterling Systems & Controls, Inc. has 45+ years of experience providing efficient solutions for bulk bag discharging or unloading, bag filling and packaging, [weighing and batching](https://sterlingcontrols.com/products/material-weighing-systems/), micro/minor/bulk weighing, and plant automation. Sterling Systems’ designs utilize the latest technology to provide specialized data management, raw material management, and production data tracking. For more information contact Sterling Systems & Controls at 815-625-0852, USA toll-free at *1-800-257-7214*, <sci@sterlingcontrols.com>, and at [www.sterlingcontrols.com](https://sterlingcontrols.com). ## Post navigation [< Back](https://sterlingcontrols.com/blog/micro-and-tote-batching-system/) [Next >](https://sterlingcontrols.com/blog/what-is-nfpa-652/) **Categories:** News, Press Releases, Uncategorized **Tags:** Bulk Bag Discharging, Bulk Bag Dispensing System, bulk bag unloader, Bulk bag unloading, Bulk Bag Unloading System --- ### [Profitability with Kitchen Batching System](https://sterlingcontrols.com/blog/profitability-with-kitchen-batching-system/) **Published:** September 26, 2019 **Author:** p1ws **Excerpt:** Sterling Systems & Controls, Inc. designs and manufactures its Kitchen Batching System as an ingredient batching system for the baking, food and other industries that currently perform manual formula and recipe batching.  You can increase profitability with kitchen batching system by eliminating how manual batching by operators produce scrapped batches, lost ingredients and other unprofitable results due to operator errors.  **Content:** # Profitability with Kitchen Batching System Sterling Systems & Controls, Inc. designs and manufactures its [Kitchen Batching System](https://sterlingcontrols.com/systems/semi-automatic-kitchen-batching-system/) as an ingredient batching system for the baking, food and other industries that currently perform manual formula and recipe batching. You can increase profitability with kitchen batching system by eliminating how manual batching by operators produce scrapped batches, lost ingredients and other unprofitable results due to operator errors. The Kitchen Batching System from Sterling Systems & Controls eliminates these errors and poor results. The Kitchen Batching System is a [semi-automatic](https://www.merriam-webster.com/dictionary/semiautomatic), multiple bin batching system that controls and verifies operator involvement and actions, thereby assuring accurate weighments and correct batches. Operator interruptions will no longer be a problem, meaning no more missed ingredients. Profitability with Kitchen Batching System provides for ingredient lot tracking and traceability and also batch validation. It improves speed and overall efficiency of the ingredient batching process versus your purely manual process. Included with a Kitchen Batching System are a choice of standard and optional features including: - Multiple ingredient bins/totes (plastic or stainless steel) - Ingredients can be dry or liquids - Stainless steel tables - Moving stainless steel workstation table w/ touchscreen display and platform scale - Control Panel with PC and weight instruments - Choice of platform scale sizes and capacities - Second scale functionality - Choice of platform scale for full bag adds or using large batch containers - Barcode scanner to assist in lot tracking - RFID scanning for lot tracking and batch validation with overall plant automation system - Remote supervisory control Each Kitchen Batching System is customized to include the number of bins required by the customer’s specific formulas. The Kitchen System tables are sized to fit with the number of ingredient bins, and for operator comfort. The ingredient storage and work tables are of rugged food grade stainless steel construction and are designed to be stationary. The platform scale and operator interface table is also of food grade stainless steel and designed to smoothly travel between the two ingredient tables, improving operator efficiency. The operator simply moves the workstation/scale table as needed to reach the next ingredient bins. Sterling Systems & Controls, Inc. has 45+ years of experience providing efficient solutions for process equipment, batching, micro, minor and bulk weighing, bag unloading systems, as well as plant automation. Sterling’s designs utilize the latest technology to provide specialized data management, raw material management, along with production data tracking. Sterling’s systems can optionally be interfaced by remote users using our unique WebCentral™ supervisory control application. For more information contact Sterling Systems & Controls at *1-815-625-0852* <sci@sterlingcontrols.com>, and at [www.sterlingcontrols.com](https://sterlingcontrols.com). ## Post navigation [< Back](https://sterlingcontrols.com/blog/data-management-for-fracturing-sand/) [Next >](https://sterlingcontrols.com/blog/micro-and-tote-batching-system/) **Categories:** News, Press Releases **Tags:** Batching, batching automation, batching system, bulk batching systems, kitchen batching system, lot tracking, Weighing System --- ### [Receiving Automation Application](https://sterlingcontrols.com/blog/receiving-automation-application/) **Published:** October 15, 2018 **Author:** p1ws **Excerpt:** Sterling Systems & Controls, Inc. announces availability of its Receiving Automation Application software module for Receiving and Material Transfer for dry solids. All automation systems are custom engineered and manufactured to meet exact customer requirements. Sterling Systems routinely incorporates its Receiving/Transfer application module in automation systems within a variety of industries. **Content:** # Receiving Automation Application *Sterling, IL, October 2018*: Sterling Systems & Controls, Inc. announces availability of its Receiving Automation Application software module for Receiving and Material Transfer for dry solids. All automation systems are custom engineered and manufactured to meet exact customer requirements. Sterling Systems routinely incorporates its Receiving/Transfer application module in automation systems within a variety of industries. The Receiving Automation Application is custom designed to suit the exact needs of the application. This includes allowing for manual control or to include the ability for automatic receiving and transfer steps within your facility. A fully automatic Receiving/Transfer application accurately tracks and transfers incoming material to the correct location, such as grain and other commodity materials in a Feed manufacturing facility. Truck or Railcar transport can be accommodated. Feed rates are controlled to maximize efficiency and safety. After the material has been moved into the containment location (bin etc.) the system logs and weighs empty trucks before they leave the facility. Weight measurements, before and after material transfer, are logged into the tracking function, maintaining accuracy and traceability. FAST OFF-LOADING OF ALL MATERIALS: More efficient receiving and transfer of your incoming materials means higher throughput, more production, and lower labor costs. SUPERIOR REPORTS: Records and information is stored in a database by vendor, truck/rail company, etc. allowing you to provide custom reports. KNOWING WHAT YOU HAVE & WHERE IT IS: Traceability, lot tracking and batch validation is enhanced. Less errors and increased efficiency means greater profitability. More information on the Receiving/Transfer Automation Application is available from Sterling Systems & Controls. With more than forty-five (45) years of experience providing efficient solutions for plantwide and process control and automation, process equipment, batching, micro, minor and bulk weighing, bag unloading systems, bag loading, bag dumping, Sterling Systems & Controls, Inc.’ designs utilize the latest technology to provide specialized data management, raw material management, along with production data tracking. For more information contact Sterling Systems & Controls at *1-815-281-5378* <sci@sterlingcontrols.com>, and at [www.sterlingcontrols.com](https://sterlingcontrols.com/). ## Post navigation [< Back](https://sterlingcontrols.com/blog/bulk-bag-handling/) [Next >](https://sterlingcontrols.com/blog/receiving-transfer-automation-application/) **Categories:** News, Press Releases **Tags:** Feedmill Automation, Feedmill Receiving Automation, Receiving Software, Receiving/Transfer App, Transfer Software --- ### [Hand Prompt Batching Station](https://sterlingcontrols.com/blog/hand-prompt-batching-station/) **Published:** September 4, 2018 **Author:** p1ws **Excerpt:** Sterling Systems & Controls, Inc. is pleased to announce the availability of a new line of Semi-Automatic Hand Prompt Batching Stations with custom designed automation software to meet the specific requirements of each customer. The Hand Prompt Batching Station serves a wide range of industrial applications where the negative effects of time consuming and problematic manual batching needs to be eliminated. **Content:** # Hand Prompt Batching Station *Sterling, IL, September 2018*: Sterling Systems & Controls, Inc. is pleased to announce the availability of a new line of Semi-Automatic Hand Prompt Batching Stations with custom designed automation software to meet the specific requirements of each customer. The Hand Prompt Batching Station serves a wide range of industrial applications where the negative effects of time consuming and problematic manual batching needs to be eliminated. The Hand Prompt Batching Station is a semi-automatic batching system that requires operator involvement through each step of the batching process, but provides customized automated operator instructions or “prompting”, ingredient lot tracking and batch validation, automatic weighing with over/under tolerance control, etc. This system will eliminate bad batches that result from operator error and interruption. The operator no longer needs to keep track of where he is in the batching process as the automated Hand Prompt Batching Station does that for him automatically. No missed ingredients! No bad batches! The Hand Prompt Station can be combined with bench, floor and even our bag dump scales. The Hand Prompt Batching Stations’ PC will ask the operator to weigh ingredients. The Sterling Systems & Controls’ Hand Prompt Controller will sequence an operator through a formula one ingredient at a time. The primary advantage of the system is to ensure that each ingredient added to the batch container is within a programmed weight tolerance, and from the correct ingredient lot (using barcode scanning or manual entry) before the controller will index to the next ingredient to be added. This will ensure the validity of all of the batches that are created by the operator. The Sterling Systems & Controls’ Hand Prompt Batching Station provides real time records for each batch produced. This enables the highest standards to be maintained by ensuring a consistent batched product. As batches are produced, the batching controller records the batch data and can print batch reports to a ticket printer. Additional reports and data can be printed on a standard network printer (batching station will need to be connected to your network) if one is available. The printout provides a hard copy of each ingredient by identification along with the required and actual formula weights. A time and date is also stamped on each report at the start and end of the batch. More information on the new Semi-Automatic Hand Prompt Batching Station is available from Sterling Systems. With more than forty-five (45) years of experience providing efficient solutions for process equipment, batching, micro, minor and bulk weighing, bag unloading systems, bag loading, bag dumping, as well as plant automation, Sterling Systems & Controls, Inc.’ designs utilize the latest technology to provide specialized data management, raw material management, along with production data tracking. For more information contact Sterling Systems & Controls at *1-815-281-5378* <sci@sterlingcontrols.com>, and at [www.sterlingcontrols.com](https://sterlingcontrols.com/). ## Post navigation [< Back](https://sterlingcontrols.com/blog/mixing-control/) [Next >](https://sterlingcontrols.com/blog/bulk-bag-handling/) **Categories:** News, Press Releases, Uncategorized **Tags:** batching system, hand prompt batching station, operator weighing station, semi automation batching station, Weighing System --- ### [Automating Rubber Compounding](https://sterlingcontrols.com/blog/automating-rubber-compounding/) **Published:** March 28, 2018 **Author:** p1ws **Excerpt:** Sterling Systems & Controls, Inc. is pleased to announce it has developed and implemented the capability to automate the ingredient batching of the rubber compounding process. Using a hybrid ingredient bulk material batching system that combines minor bin and bulk bag ingredient batching, Sterling Systems has been automating rubber compounding and replaced the slower, labor intensive manual batching with an efficient, fast and accurate automated system. **Content:** # Automating Rubber Compounding *Sterling, IL April 2017*: Sterling Systems & Controls, Inc. is pleased to announce it has developed and implemented the capability to automate the ingredient batching of the rubber compounding process. Using a hybrid ingredient bulk material batching system that combines minor bin and bulk bag ingredient batching, Sterling Systems has been automating rubber compounding and replaced the slower, labor intensive manual batching with an efficient, fast and accurate automated system. For the purposes of automating rubber compounding the minor ingredient batching system is customized and can be configured with virtually any number of bins and bulk bag stations. In one installation, the compounder used 10 Ingredients (7 bins and 3 bulk bags) that directly fed existing containers. These batches were weighed via a gain-in-weight system on the Roller Conveyor, also provided by Sterling Systems & Controls. Further customization included a Dust Collection System for dust control during the automated ingredient batching. The overall system provided also included dust collection ducting, a pallet platform, a stairway to gain access to the work and pallet platform, and a rolling stairway to gain access to untie the bulk bag ingredients. The automation and control for the system includes a PLC control panel, a PC enclosure with an industrial grade PC, a panel mounted 17” flat screen monitor, a NEMA12 keyboard, and a smart uninterruptable power supply (UPS). The custom batching control software provided by Sterling Systems & Controls, Inc. is easy to use, has virtually unlimited storage of formulas and ingredients, and much more. Sterling Systems & Control also included its WebCentral supervisory control application. WebCentral is a browser-based application that allows you to access the database of a Sterling Systems batching control system without the need for any software to be installed on the remote PC’s. It allows you to add and remove ingredients, create and manage recipes, manage ingredient and product inventories, setup a batching schedule, and print reports. By simply using a web browser WebCentral can be accessed by any PC that is networked with the Sterling batching control system. Sterling Systems & Controls, Inc. has 40+ years of experience providing efficient solutions for process equipment, batching, micro, minor and bulk weighing, bag unloading systems, as well as plant automation. Sterling’s designs utilize the latest technology to provide specialized data management, raw material management, along with production data tracking. Sterling’s systems can optionally be interfaced by remote users using our unique WebCentral™ supervisory control application. For more information contact Sterling Systems & Controls at *1-815-281-5378* <sci@sterlingcontrols.com>, and at [www.sterlingcontrols.com](https://sterlingcontrols.com/). ## Post navigation [< Back](https://sterlingcontrols.com/blog/grinding-and-classifying-control-and-automation/) [Next >](https://sterlingcontrols.com/blog/kitchen-batching-system/) **Categories:** Press Releases **Tags:** Rubber Batching, Rubber Batching System, Rubber Compounding --- ### [Minor Ingredient Weighing And Batching](https://sterlingcontrols.com/blog/minor-ingredient-weighing-batching/) **Published:** January 27, 2017 **Author:** p1ws **Excerpt:** Sterling Systems & Controls, inc. supplied a Minor Ingredient Weighing and Batching System, with Batching Controls to a bakery that produces fresh baked goods such as Buns, Bagels, French Bread and Italian Bread Products. The system supplied by Sterling Systems is responsible for the individual weighments for the minor ingredients for their bread dough and helped contribute to a consistent batch every time. **Content:** # Minor Ingredient Weighing And Batching OVERVIEW: Sterling Systems & Controls, inc. supplied a Minor Ingredient Weighing and Batching System, with Batching Controls to a [bakery](https://sterlingcontrols.com/applications/bakery-batching-system/) that produces fresh baked goods such as Buns, Bagels, French Bread and Italian Bread Products. The system supplied by Sterling Systems is responsible for the individual weighments for the [minor](https://sterlingcontrols.com/systems/minor-major-weighing-systems/) ingredients for their bread dough and helped contribute to a consistent batch every time. THE CHALLENGE: The primary requirements were related to a full days worth of production storage of the raw ingredients. Ten ingredients had to be stored and weighed with the maximum accuracy that could be achieved by the system. The customer already understood what the system would achieve in relation to the end products that they produce. It was required for each individual ingredient that weighments would be accurate and production time cost would improve. It was also vital that there were no missing ingredients and double dosing of the ingredients would not occur. There were also space restrictions as the height and floor space were predetermined. Supply bins were sized based upon the feasibility studies performed on the customer products. Four 70-cubic foot circular bins stored the most commonly used ingredients and six rectangular bins store ingredients that are used in smaller quantity. A combination of feeder types and sizes were used based upon the material weighment size and product flow characteristics. THE SOLUTION: The system’s overall dimensions covered an approximately 13 feet by 18 feet wide area under a 16 feet tall ceiling that allowed the operators to climb a stairwell to the mezzanine to fill the bins. Removable lids were installed with dust collection pickups and the supply bins had bar grating inside . The automation system and process controls (PC & PLC Based) allow the operator to select a formula and the number of batches to be produced for that formula. A custom scheduling screen allowed for a full day of production without the need to interact with the controls during production. The system provided tolerance control and material in suspension capability that ensures each weighment is with-in the acceptable tolerances. Modification to the formulas, ingredient parameters, system parameters are all available to the customers via security levels. ## Post navigation [Next >](https://sterlingcontrols.com/blog/feed-mill-automation-migration-upgrade/) **Categories:** Case Studies, News **Tags:** Bakery, Bread Products, Minor Ingredient, Weighment Accuracy --- ### [Feed Mill Automation Migration & Upgrade](https://sterlingcontrols.com/blog/feed-mill-automation-migration-upgrade/) **Published:** January 15, 2018 **Author:** p1ws **Excerpt:** Sterling Systems & Controls, Inc. announces that it provides for migration and upgrade of automation within their batching control. This is important for long term operation of the feed mill within the feed manufacturing industry. A major livestock feed manufacturer has seamlessly maintained state-of-the-art feed mill automation and control of the feed manufacturing processes across several decades. **Content:** # Feed Mill Automation Migration & Upgrade *Sterling, IL December 2017*: Sterling Systems & Controls, Inc. announces that it provides for migration and upgrade of automation within their batching control. This is important for long term operation of the [feed mill](https://sterlingcontrols.com/real-batching-solutions-for-the-feed-industry/) within the feed manufacturing industry. A major livestock feed manufacturer has seamlessly maintained state-of-the-art feed mill automation and control of the feed manufacturing processes across several decades. ***The migration path*** Beginning in the early 1970’s Sterling Systems & Controls first provided automated controls for the feed manufacturing process. As technology advanced subsequent feed mill automation upgrades were affordably and efficiently accomplished in the 1990’s. This again occurred in the second decade of the 21st century. This continuity of automation upgrade has greatly assisted feed manufacturing. It has increased process efficiency in feed manufacturing. This in turn allows the manufacturer to provide an affordable feed that helps livestock producers get the most out of each head of livestock. ***Why Sterling Systems & Controls*** Sterling is a UL listed control panel builder. This, along with Sterling’s expertise, deep knowledge of feed mill automation technology, and understanding of feed manufacturing means they are uniquely suited to providing automation and control systems for the feed and grain related industries. Feed mill automation systems that stand the test of time and easily maintain technological state-of-the-art. Sterling Systems & Controls can automate and provide control systems for [a range of feed mill operations](https://sterlingcontrols.com/applications/feed-mill-systems/). These include receiving, micro ingredient batching, mixing, inventory, lot tracking, formula creation and maintenance and feed loadout. Sterling Systems & Controls, Inc. has over 40 years of experience in providing efficient solutions for batching, micro, minor and bulk weighing systems, as well as feed manufacturing and feed mill automation. Sterling’s state-of-the-art designs utilize the latest technology to provide specialized data management, raw material management, along with production data tracking. Sterling’s engineers design complete processing systems and automation for various industries. ## Post navigation [< Back](https://sterlingcontrols.com/blog/minor-ingredient-weighing-batching/) [Next >](https://sterlingcontrols.com/blog/bulk-bag-unloading-and-weighing-system/) **Categories:** News, Press Releases **Tags:** Bakery, Batching, Bread Products, Controls, Conveying, HMI, HMI-PLC, PanelView Plus, Weighing System --- ### [Reducing Dust In Bulk Bag Unloader](https://sterlingcontrols.com/blog/reducing-dust-in-bulk-bag-unloader/) **Published:** July 1, 2018 **Author:** p1ws **Excerpt:** Sterling Systems & Controls, Inc. is pleased to announce that its line of bulk bag unloading systems is available with integral dust containment thereby reducing dust in bulk bag unloader. The integral dust containment system provides operator access to the bag spout for connecting a new full bag or disconnecting an empty bag, within a Dust Containment Box. Operator access to a positive shutoff valve to turn flow from the bag on and off as needed is provided within the Dust Containment Box. **Content:** # Reducing Dust In Bulk Bag Unloader Sterling, IL July 2018: Sterling Systems & Controls, Inc. is pleased to announce that its line of bulk bag unloading systems is available with integral dust containment thereby reducing dust in bulk bag unloader. The integral dust containment system provides operator access to the bag spout for connecting a new full bag or disconnecting an empty bag, within a Dust Containment Box. Operator access to a positive shutoff valve to turn flow from the bag on and off as needed is provided within the Dust Containment Box. This valve (iris type valve) allows the operator to connect a new full bag and untie its spout without an immediate flow of material from the bulk bag. This reduces dust in bulk bag unloader. Once the operator is ready and a new bag is connected, the operator slowly opens the valve manually until it is full open. The same process is performed in reverse when the bag is empty. Significant dust can be present when the bag is “empty”, if the operator does not account for residual material left in the bag at the empty condition. If the spout is left open, dust can easily escape during removal or when compressed for disposal or recycling. Sterling Systems & Controls, Inc. has 40+ years of experience providing efficient solutions for process equipment, batching, micro, minor and bulk weighing, bag unloading systems, as well as plant automation. Sterling’s designs utilize the latest technology to provide specialized data management, raw material management, along with production data tracking. For more information contact Sterling Systems & Controls at 1-815-281-5378 sci@sterlingcontrols.com, and at www.sterlingcontrols.com. What can happen when industrial powder dust is out of control? ## Post navigation [< Back](https://sterlingcontrols.com/blog/automated-fill-of-mixing-containers/) [Next >](https://sterlingcontrols.com/blog/automated-feedmill-control-system/) **Categories:** News, Press Releases --- ### [Automated Fill of Mixing Containers](https://sterlingcontrols.com/blog/automated-fill-of-mixing-containers/) **Published:** June 13, 2018 **Author:** p1ws **Excerpt:** Sterling Systems & Controls, Inc. is pleased to announce the design, manufacture and availability of a customized automated ingredient batching fill system for three different size mixing containers. The carts that the ingredient system batches into will be directly connected to a “container mixer”. The Sterling Systems’ automation was custom designed and manufactured to provide for the automated fill of mixing containers. **Content:** # Automated Fill of Mixing Containers *Sterling, IL June 15, 2018*: Sterling Systems & Controls, Inc. is pleased to announce the design, manufacture and availability of a customized automated ingredient batching fill system for three different size mixing containers. The carts that the ingredient system batches into will be directly connected to a “container mixer”. The Sterling Systems’ automation was custom designed and manufactured to provide for the automated fill of [mixing containers](https://www.mixaco.com/en/products-mixer/container-mixer-vortex/). Items included in this customized automation system includes three (3) transfer/mixing scale carts (each a different size capacity) with structural frame, two (2) single scale control panels with Allen Bradley PanelView Plus operator interface terminals and CompactLogix PLC’s (one located at each end of system), two (2) VFD (variable frequency drive) electrical control panels (one located at each end of system), and one (1) common PLC system panel. The eight (8) ingredient feeders and bins were provided by others. Sterling Systems’ automation controls the batching process by operating the two-stage feeders as required, and therefore controls the automated fill of mixing containers. **Operation** Two (2) transfer/scale carts start their travel during the batching process from points at opposite ends of the system from each other. Once the first cart that begins its travel completes its collection of batched ingredients, including automatic and semi-automatic hand adds, the second cart is automatically controlled to then begin its travel to collect its batch of ingredients. When a cart completes its batching cycle it is then manually removed and brought to the mixer where it is connected and the mixing process begins. Once mixing is complete the contents of the cart are emptied downstream in the overall process and the cart returned to the ingredient filling system for the next batch. This system provides an expandable solution for automatically batching formulas with multiple dry ingredients. The system indexes the mixer containers to the proper locations, then automatically controls the feeders and weighs each ingredient into the mixer container that is sitting on the transfer/scale cart(s), in a gain-in-weight fashion. The Sterling Systems & Controls automation system also tightly interfaces with a “corporate system” and provides for remote supervisory control using Sterling’s WebCentral™ application. Sterling Systems & Controls, Inc. has 40+ years of experience providing efficient solutions for process equipment, batching, micro, minor and bulk weighing, bag unloading systems, as well as plant automation. Sterling Systems’ designs utilize the latest technology to provide specialized data management, raw material management, along with production data tracking. For more information contact Sterling Systems & Controls at *1-815-281-5378* <sci@sterlingcontrols.com>, and at [www.sterlingcontrols.com](https://sterlingcontrols.com/). ## Post navigation [< Back](https://sterlingcontrols.com/blog/batching-system-reliability/) [Next >](https://sterlingcontrols.com/blog/reducing-dust-in-bulk-bag-unloader/) **Categories:** News, Press Releases **Tags:** batching system, container mixer, ingredient batching, ingredient batching into mixing containers, ingredient mixing, maxaco container mixer, mixer containers, mixing containers --- ### [Eliminate Bad Batches](https://sterlingcontrols.com/blog/eliminate-bad-batches/) **Published:** June 5, 2018 **Author:** p1ws **Excerpt:** Sterling Systems & Controls, Inc. is pleased to announce the availability of its very affordable Hand Prompt Batching Station that will eliminate bad batches.  This batching station serves a wide range of industrial applications where the negative effects of time consuming and problematic manual batching currently needs to be improved. **Content:** # Eliminate Bad Batches *Sterling, IL June 5, 2018*: Sterling Systems & Controls, Inc. is pleased to announce the availability of its very affordable Hand Prompt Batching Station that will eliminate bad batches. This batching station serves a wide range of industrial applications where the negative effects of time consuming and problematic manual batching currently needs to be improved. The Hand Prompt Batching Station is a semi-automatic batching system that still requires operator involvement through each step in the batching process, but provides automated operator instructions or prompting, ingredient validation and lot tracking, automatic weighing with over/under tolerance control, etc. This system will eliminate bad batches that result from operator error and interruption. The operator no longer needs to keep track of where he is in the batching process, the automated Hand Prompt Batching Station does that for him automatically. No missed ingredients! No bad batches! The Hand Prompt Batching Stations’ PC will ask the operator to weigh ingredients. The Sterling Systems & Controls’ Hand Prompt Controller will sequence an operator through a formula one ingredient at time. The primary advantage of the system is to ensure that each ingredient is added to the container, is within a programmed weight tolerance, and from the correct ingredient lot before the controller will index to the next ingredient to be added. This will ensure the validity of all batches created by the operator. The Sterling Systems & Controls’ Hand Prompt Batching Station provides real time records for each batch produced. This enables the highest standards to be maintained by ensuring a consistent batch product. As batches are produced, the batching controller records the batch data and can print batch reports to a ticket printer (optional). Additional reports and data can be printed on a standard network printer (batching station will need to be connected to your network) if one is available. The printout provides a hard copy of each ingredient by identification along with the required and actual formula weights. A time and date is also stamped on each report at the start and end of the batch. If an alarm condition occurs during batch processing, the batching controller can print an alarm message enabling a supervisor to review the performance of the operator and track problems that may occur later. Batching reports can be printed automatically at the end of a batch, or can be recalled and printed on demand through either the Hand Prompt Station software or WebCentral (optional Supervisory Control software application). A barcode scanner (optional) can be attached to the Hand Prompt Batching Station control panel using a NEMA 4X quick disconnect bulkhead connector mounted on the control panel. A wireless version of the barcode scanner is also available. Prior to any wash down of the Hand Prompt Batching Station control panel the barcode scanner must be removed. Other options are available. Sterling Systems & Controls, Inc. has 40+ years of experience providing efficient solutions for process equipment, batching, micro, minor and bulk weighing, bag unloading systems, as well as plant automation. Sterling Systems’ designs utilize the latest technology to provide specialized data management, raw material management, along with production data tracking. For more information contact Sterling Systems & Controls at *1-815-281-5378* <sci@sterlingcontrols.com>, and at [www.sterlingcontrols.com](https://sterlingcontrols.com/). ## Post navigation [< Back](https://sterlingcontrols.com/blog/material-weighing-systems/) [Next >](https://sterlingcontrols.com/blog/batching-system-reliability/) **Categories:** News, Press Releases, Uncategorized **Tags:** batching station, batching system, batching systems, hand add batching system, ingredient batching by hand, replace manual batching, semi automatic batching system --- ### [Custom Bulk Bag Unloader](https://sterlingcontrols.com/blog/custom-bulk-bag-unloader/) **Published:** February 21, 2019 **Author:** p1ws **Excerpt:** CustoSterling Systems & Controls, Inc. is pleased to announce its line of Custom Bulk Bag Unloader systems. These unloading systems are highly custom engineered and manufactured. They can include many special features, such as material weighing and batch dispensing, system controls required for automatic operation, bag hoist, bag massagers, a variety of valve types, dust containment and much more. **Content:** # Custom Bulk Bag Unloader ![Bulk Bag Unloading](https://sterlingcontrols.com/wp-content/uploads/BULK-BAG-UNLOADING-2-450x600.jpg) Sterling, IL February 20, 2019: Sterling Systems & Controls, Inc. is pleased to announce its line of Custom Bulk Bag Unloader systems. These unloading systems are highly custom engineered and manufactured. They can include many special features, such as material weighing and batch dispensing, system controls required for automatic operation, bag hoist, bag massagers, a variety of valve types, dust containment and much more. Being able to maximize your bulk solid material purchases has the benefits associated with buying in large bulk, e.g. lower cost, less production interruptions, etc. Like the bulk material itself, bulk bags come in a wide variety of styles and even sizes. The type of bag you need to unload is usually dependent on your supplier. No matter what bulk bag your material is contained in, you will always need an effective custom bulk bag unloader that is going to meet the exacting needs of your application. Sterling Systems & Controls, Inc. offers a full line of Custom Bulk Bag Unloaders that incorporate many of the same structural aspects as our micro, minor, and major ingredient weighing systems, but are specifically designed to unload or discharge a bulk bag, typically into a fixed hopper within your system. Bulk bag unloaders are customized to meet the specific needs of each customer application. Solutions are often provided to unload bulk bags of dry bulk solid materials and directly fill supply bins such as drums or tote tippers. Whatever your application requires we will customize a bulk bag unloader to meet your specific requirements. **This can include:** - Batch Weighing, Controls and System Automation - Magnet for tramp metal removal - Mechanical or Pneumatic Conveying - Gain-In-Weight or Loss-In-Weight Solutions - Integral Dust Containment - Bag Hoist (Electric or Pneumatic) - Bag Massagers (Agitator Paddles) - Bag Dump Station - Lump Breakers - Floor Mount or Through-Floor Mount - Much more ….. Sterling Systems & Controls, Inc. has 40+ years of experience providing efficient solutions for batching, micro, minor and bulk weighing, bag unloading systems, as well as plant automation. To learn more, click the button below. [Contact Us](https://sterlingcontrols.com/contact/) ## Post navigation [< Back](https://sterlingcontrols.com/blog/loadout-automation-for-feedmills/) [Next >](https://sterlingcontrols.com/blog/affordably-replace-manual-batching/) **Categories:** News, Press Releases **Tags:** bulk bag, Bulk Bag Discharging, Bulk Bag Dispensing System, bulk bag unloader, Bulk Bag Unloading System, sugar bulk bag unloading --- ### [Preventative Maintenance Planning](https://sterlingcontrols.com/blog/preventative-maintenance-planning/) **Published:** April 17, 2019 **Author:** p1ws **Excerpt:** Sterling Systems & Controls, Inc. is pleased to announce the availability of its NEW PMPlanR™ software.  PMPlanR (pronounced "PM-Planer") is a robust standalone Preventative Maintenance Planning Software Application. PMPlanR allows you to “Build Your Plant”.  Each Plant consists of Areas, Machines and Assets. **Content:** # Preventative Maintenance Planning ![PLANTBUILDER-e1600704437780](https://sterlingcontrols.com/wp-content/uploads/PLANTBUILDER-e1600704437780-1-600x338.jpg) Sterling, IL, For Immediate Release: Sterling Systems & Controls, Inc. is pleased to announce the availability of its NEW PMPlanR™ software. PMPlanR (pronounced “PM-Planer”) is a robust standalone Preventative Maintenance Planning Software Application. PMPlanR allows you to “Build Your Plant”. Each Plant consists of Areas, Machines and Assets. You can construct multiple Plants, perhaps you want to make each major distinct process area its own Plant, or perhaps each maintenance tech or manager is to have his own Plant. You have flexibility. In addition to the Plant Builder function (screen shown here) in PMPlanR preventative maintenance planning software you can setup and manage Part Vendors, Service Tags, Preventative Maintenance Tags, Work Orders, as well as prepare and display various History Reports that you have access to. A Security System is also provided in the PMPlanR™ software application. WebPM™ remote supervisory software option is available for use with the PMPlanR™ Preventative Maintenance Planning Software Application. WebPM is a software package that allows corporate users to access the database of the PMPlanR software application. This allows remote users to view and print historical reports. WebPM™ Remote Preventative Maintenance Supervisory Software Sterling Systems & Controls, Inc. has 50 years of experience providing efficient solutions for process controls, plant automation, process equipment, batching, micro, minor and bulk weighing, bag unloading systems as well as bag filling systems. Sterling Systems’ designs utilize the latest technology to provide specialized data management, raw material management, along with production data tracking. For more information contact Sterling Systems & Controls by clicking the button below. [Contact Us](https://sterlingcontrols.com/contact/) ## Post navigation [< Back](https://sterlingcontrols.com/blog/affordably-replace-manual-batching/) [Next >](https://sterlingcontrols.com/blog/micro-ingredient-material-weighing/) **Categories:** News, Press Releases, Uncategorized **Tags:** maintenance, preventative maintenance, preventive maintenance, process equipment maintenance, process maintenance --- ### [Micro Ingredient Material Weighing](https://sterlingcontrols.com/blog/micro-ingredient-material-weighing/) **Published:** May 9, 2019 **Author:** p1ws **Excerpt:** Sterling Systems & Controls, Inc. is pleased to announce that it is a leader in the custom engineering and manufacturing of the automatic Micro Ingredient Material Weighing System. **Content:** # Micro Ingredient Material Weighing ![DSCF5168-e1600704350660](https://sterlingcontrols.com/wp-content/uploads/DSCF5168-e1600704350660-1-448x600.jpg) **Sterling, IL:** Sterling Systems & Controls, Inc. is pleased to announce that it is a leader in the custom engineering and manufacturing of the automatic Micro Ingredient Material Weighing System. These systems can typically include supply bins, feeders, work platforms, automatic or manual bin refilling, raw material bag lift handling equipment, dust collection/control, batched material conveying equipment (pneumatic and mechanical) or transport totes, lot tracking and traceability, barcode scanning, and RFID scanning. Other customized options can also be included. The micro ingredient material weighing system is those which have scale weighments up to around 50lbs (23kg). Larger weighments are known as Minor (50lbs up to 100-150lbs) and Major (> 150lbs). Often a combination of micro, minor and major weighments are included in a customized micro ingredient material weighing system. Sterling Systems & Controls offers a variety of feeding devices for use in the micro ingredient weighing systems. Typically screw/auger and vibratory type feeders are used. The type used is based upon what the best solution will be for the specific application. The scale devices used in the micro ingredient material weighing system can be of a variety of designs, including hoppers, platforms, conveyors, etc. The scale type chosen depends on application requirements, e.g. scale resolution, accuracy and batch rate. Transfer of the completed batches to downstream processing, such as a mixer, blender or other process equipment, can be done manually or automatically. Sterling Systems & Controls automatic micro weighing systems are modular in design, allowing for expansion of the systems as requirements change over time. Systems typically range from 6 to 48 storage/supply bins, with the average being 24 micro ingredient supply bins. It is not unusual to update systems with additional bins after initial system installation. Electrical controls and automation for the material weighing systems can be provided. Sterling Systems & Controls custom designs each system using standard components. For more information please either use the Quick Contact or RFQ forms provided in this website or call us at 815-625-0852 or email at sci@sterlingcontrols.com. ## Post navigation [< Back](https://sterlingcontrols.com/blog/preventative-maintenance-planning/) [Next >](https://sterlingcontrols.com/blog/prewired-material-weighing-systems/) **Categories:** News, Press Releases **Tags:** Automation, Batching, batching automation, batching system, batching systems, Micro Batching System, Micro Ingredient Batching System, Micro Ingredient Material Weighing System, Micro Ingredient System, Micro System, Minor Ingredient --- ### [Bulk Bag Packaging Systems](https://sterlingcontrols.com/blog/bulk-bag-packaging-systems/) **Published:** May 29, 2019 **Author:** p1ws **Excerpt:** Sterling Systems & Controls, Inc. is pleased to announce the availability of its new Bulk Bag Packaging Systems! These Bulk Bag Packaging Systems can fit a wide range of bag and container sizes and can be provided to weigh filled capacities of from 100lbs – 4400lbs. **Content:** # Bulk Bag Packaging Systems ![BULK-BAG-FILLING-STATION-3-NoLabel-scaled-e1663171477665](https://sterlingcontrols.com/wp-content/uploads/BULK-BAG-FILLING-STATION-3-NoLabel-scaled-e1663171477665-2-519x600.jpg) **Sterling, IL:** **For Immediate Release.** Sterling Systems & Controls, Inc. is pleased to announce the availability of its new Bulk Bag Packaging Systems! These Bulk Bag Packaging Systems can fit a wide range of bag and container sizes and can be provided to weigh filled capacities of from 100lbs – 4400lbs. The Bulk Bag Packaging Systems include adjustable upper frame to accommodate square and rectangular containers. Heavy duty weighing controls are built to withstand the rigors of tough industrial use. Weighing control systems offer a host of process and weighing control functions. Easy loading and bag discharging is accommodated with bag loop holders. Inflatable fill heads assure dust tight filling even with fine powder materials. The Sterling Systems Bulk Packaging Systems can also accommodate drums and totes. They can be customized to include a wide range of options for automatic and manual filling applications. Sterling Systems & Controls, Inc. has 45+ years of experience providing efficient solutions for bulk bag handling, micro ingredient batching, process equipment, material batching and weighing of all kinds, bag unloading systems, bulk bag filling stations, as well as plant automation. Sterling Systems uses the latest technology to provide specialized data management, raw material management, along with production data tracking. Sterling Systems continuously strives for new ideas and methods to provide more efficient operation and installation. For more information contact Sterling Systems & Controls at 1-815-625-0852 sci@sterlingcontrols.com, and at www.sterlingcontrols.com. ## Post navigation [< Back](https://sterlingcontrols.com/blog/prewired-material-weighing-systems/) [Next >](https://sterlingcontrols.com/blog/bulk-bag-unloading-systems-for-food/) **Categories:** News, Press Releases, Uncategorized **Tags:** bulk bag filling, Bulk Bag Filling Station, Bulk Bag Filling System, Bulk Bag Packaging System, Bulk Material Handling, Bulk Solids Bagging, Powder and Bulk Solids Packaging --- ### [Multiple Scales are Better](https://sterlingcontrols.com/blog/multiple-scales-better-than-rollover/) **Published:** January 21, 2020 **Author:** p1ws **Excerpt:** In micro/minor/bulk ingredient weighing and batching systems the use of multiple scales, while somewhat more expensive, is a far superior choice compared to the single scale rollover hopper “tub” designs. This is always a question … why use multiple scales when one rollover tub will do? Let’s clear this up once and for all. Why is it best to use multiple scales (scale hoppers or conveyor scales) rather the single scale roller tub. **Content:** # Multiple Scales are Better In [micro](https://sterlingcontrols.com/products/micro-weighing-systems/)/[minor/bulk ingredient weighing and batching systems](https://sterlingcontrols.com/products/minor-major-weighing-systems/) the use of multiple scales, while somewhat more expensive, is a far superior choice compared to the single scale rollover hopper “tub” designs. This is always a question … why use multiple [scales](https://en.wikipedia.org/wiki/Weighing_scale) when one rollover tub will do? Let’s clear this up once and for all. Why is it best to use multiple scales (scale hoppers or conveyor scales) rather the single scale roller tub. We have expertise and have designed and manufactured systems using either single rollover scale or multiple scales. We always prefer to use the multiple scale designs for the following reasons: 1. Batching speed. This is extremely important. The manufacturers that recommend the rollover tub or rotary tub design do not talk about the speed of the design because weighing one ingredient at a time is very slow when making batches of several ingredients, never mind up to twenty-eight or more ingredients. The multiple scale designs can weigh ingredients and produce a complete batch much faster. These ingredient batching systems can match your desired batch cycle time and increase in production throughput with using two, three, four or more scales independently or combined together in part in any manner. Once a formula and its ingredient usages are known the batch cycle time can easily be calculated. 2. Isolating Scale(s) from Support Frame. Many rotary or rollover tub scale designs have the tub/scale mechanically attached and suspended from the bin structure (see picture above). This means you cannot be walking around on the platform above the tub scale filling feeder bins or doing anything else. The above picture is of a rotary tub design with tub load cells attached to a bracket from the upper bin feeder structure. 3. More Accurate and Smaller Load Cells. The measurement accuracy of each weighment is going to be better with a multiple scale design. The rollover or rotary tub scale is much larger and heavier than each of the individual hoppers in the multiple hopper design. Therefore the load cells in the rollover design are larger to accommodate the heavier weight of the roll over scale structure even before feeding each ingredient into the tub. This means a lower accuracy (more error)( in the rollover tub design. Dust is not an issue. This is more related to how the ingredient material feeder connects and dumps into the scale tub or multiple scale hoppers. Designs featuring multiple scales use feeders that are isolated from and attached to the scale hoppers by use heavy-duty “dust socks”, and the same is done for each scale hopper discharge to the conveyor system. Dust socks do not effect measurements as they are loose and not stretched tight (see picture). ![](https://sterlingcontrols.com/wp-content/uploads/ROLLOVER-HOPPER-TUB-DESIGN-300x226-1.jpg "ROLLOVER-HOPPER-TUB-DESIGN-300x226 | Sterling Systems & Controls")Rollover Tub Hopper Scale Impacted by Structure Frame ![](https://sterlingcontrols.com/wp-content/uploads/Final-Checkout-10-08-09-009-300x225-2.jpg "Final-Checkout-10-08-09-009-300x225 | Sterling Systems & Controls")Dust Socks Used to Connect Feeder Discharge to Scale Hopper ## Post navigation [< Back](https://sterlingcontrols.com/blog/what-is-nfpa-652/) [Next >](https://sterlingcontrols.com/blog/the-need-for-speed-in-batching/) **Categories:** Blog **Tags:** batching systems, bulk batching systems, feed batching systems, ingredient batching, micro systems, minor ingredient systems, multiple batching scales, weigh scales in batching --- ### [What is NFPA 652](https://sterlingcontrols.com/blog/what-is-nfpa-652/) **Published:** January 13, 2020 **Author:** p1ws **Excerpt:** What is NFPA 652? Why do I need to know? Do I need to comply? Well those are good questions, especially if you are an industrial processor of powder materials. But first, let me address what or who is NFPA. The NFPA is an acronym that stands for National Fire Protection Association. **Content:** # What is NFPA 652 What is NFPA 652? Why do I need to know? Do I need to comply? Well those are good questions, especially if you are an industrial processor of powder materials. But first, let me address what or who is NFPA. The NFPA is an acronym that stands for National Fire Protection Association. According to the NFPA website, nfpa.org, the NFPA: **“The National Fire Protection Association (NFPA) is a global self-funded nonprofit organization, established in 1896, devoted to eliminating death, injury, property and economic loss due to fire, electrical and related hazards.** NFPA delivers information and knowledge through more than 300 consensus codes and standards, research, training, education, outreach and advocacy; and by partnering with others who share an interest in furthering our mission. Our mission is to help save lives and reduce loss with information, knowledge and passion.” ![](https://sterlingcontrols.com/wp-content/uploads/DUSTEXPLOSION-1.jpg "DUSTEXPLOSION | Sterling Systems & Controls")The NFPA core operation is writing codes and standards designed to minimize the risk of fire and their impact. These codes and standards involve the establishment of criteria for production, operation, facility building and more. For more information please visit their [website](http://www.nfpa.org/). ### What is NFPA 652 NFPA 652 is a standard written and published by the NFPA. The title of NFPA 652 is “Standard on the Fundamental of Combustible Dust”. The scope of the document is to “provide the basic principles of and requirements for identifying and managing the fire and explosion hazards of combustible dusts and particulate solids”. One very important requirement of this standard, issued in 2016, is that it requires a “Dust Hazard Analysis” (DHA) be performed for all operations that generate, process, handle or store combustible dusts or particulate solids. This is a significant requirement, and before you can perform a DHA you must know whether the various dusts you “generate, process, hand or store” is combustible or not. How to determine if a dust is combustible: The determination of combustibility is based on either one of two possible methodologies; 1\. Historical data available from within your company and facility, or published data that are representative of current materials and conditions, or 2\. Analysis of material samples. Can you deal with [dusts in powder handling systems](https://sterlingcontrols.com/applications/dust-control-for-powder-handling/)? ### What do I need to do if my dust is combustible Combustible dust are closely regulated by OSHA and the NFPA as a major work hazard. This exists in many industries, e.g. food, agriculture (includes feed manufacturing), metalworking, woodworking, plastics and more. Any company that has a workplace where combustible dusts exist must prepare a DHA or Dust Hazard Analysis to maintain NFPA 652 and OSHA compliance. This [OSHA link](https://www.osha.gov/dts/shib/shib073105.html) provides some great additional information about combustible dust, explosions and some real world examples. ### How to Complete a DHA The Dust Hazard Analysis is a new form of the PHA (Process Hazard Analysis), which was specified and required by the NFPA beginning in the 1960s. However, as of September 2015 new installations, existing buildings, and any major changes are required to complete a DHA. This means that all facilities processing, handling or storing combustible dust are required to complete a DHA. The Dust Hazard Analysis is designed to help managers and owners ensure the safety of their facilities, workers, and equipment by identifying hazards and the steps that are to be taken to minimize risks associated with these hazards. A While you can employ many consultants to assist you in preparing a DHA, the DHA preparation will typically include the following: 1. Evaluation of fire, [deflagration](https://en.wikipedia.org/wiki/Deflagration), and explosion hazards for each piece of your process, each building, and individual sections or rooms. 2. Identification of ranges of safe operation for each piece of process equipment and the processes themselves included in your facilities that have combustible dusts, as well as precautions that you can take to ensure your process operates within the identified safe operating ranges. 3. Data collection for your current system performance and the desired performance metrics. 4. Recommendations for dust collection and management of combustible dusts. 5. Documentation of the results of your Dust Hazard Analysis. **The Basics of a Dust Explosion** A dust explosion requires a few basic elements, including the combustible dust, space confinement, oxygen, a method of dispersion and an ignition source. If any one of these elements is missing, then the hazard or deflagration risk becomes much reduced. The DHA should assess and divide your dusts into one of three groups: – Not a hazard, – Possibly a hazard – Fire or Explosion Hazard Next the DHA should address: – Location of any potential dust hazards – Is volume of dust adequate to allow fire or explosions – The Kst value of the dusts (the deflagration index of a dust, a number that indicates a explosive power) – The minimum concentration required for explosion of the dust – Dust suspension potential that can occur during dust creation – Will dust concentration exceed the minimum required for explosion – Location of ignition sources and proximity to combustible dust – Minimum air velocity for the minimum dust concentration to explode – Minimum protective equipment required for employees – Rate of dust being production – Adequacy of the dust collection system From there, a dust hazard management plan should be produced; including integrating a dust collection system to reduce levels combustible dusts; adding explosion and fire prevention standards in those areas with dust hazards; a housekeeping schedule that keeps the volume of dust under the minimum concentration required for explosion; closing off ignition sources or removing the dust hazard; documenting dust production, dust collection system volume and pressure, and the housekeeping required to keep dust below the minimum concentration for explosion; integrating safety or suppression features as reccomended. The DHA is designed to help prevent combustible dust explosions in the workplace by recognizing hazards and taking steps to minimize or prevent risks well in advance of possible issues. Check the [NFPA 652: Standards on the Fundamentals of Combustible Dust](http://www.nfpa.org/codes-and-standards/all-codes-and-standards/list-of-codes-and-standards?mode=code&code=652) for more information. ## Post navigation [< Back](https://sterlingcontrols.com/blog/bulk-bag-discharging/) [Next >](https://sterlingcontrols.com/blog/multiple-scales-better-than-rollover/) **Categories:** Blog **Tags:** combustible dusts, dust hazard, dust hazards in batching systems, explosive dusts, NFPA 652 --- ### [The need for speed .... in batching](https://sterlingcontrols.com/blog/the-need-for-speed-in-batching/) **Published:** January 28, 2020 **Author:** p1ws **Excerpt:** The need for speed …. in batching?  How do you achieve it, and why? Vibratory Feeders feed critical ingredients into individual scale hoppers. Well there can be a few reasons why you might need your ingredient batching system to operate as fast as possible: 1. Your batching requirements are continuous. 2. Your batching requirements are very large, possibly moving many tons per hour or day. **Content:** # The need for speed …. in batching The need for speed …. in batching? How do you achieve it, and why? Well there can be a few reasons why you might need your ingredient [batching](https://en.wikipedia.org/wiki/Batch_processing) system to operate as fast as possible: 1\. Your batching requirements are continuous. 2\. Your batching requirements are very large, possibly moving many tons per hour or day. In our last post we highlighted why rollover tub or rotary tub scales are a thing of the past. And multiple scales is certainly impacting batching speed. One example is ingredient batching for [cattle feed](https://sterlingcontrols.com/applications/cattle-feed-batching-control/) production applications. In this application there are usually 7, 8 or more ingredients. These ingredients are not just nutrients but also drugs that must be accurately weighed and introduced into the batch. Accuracy is essential to quality feed for maximum safe beef production. The weighments for many of these ingredients are often of the micro size, very small. In a cattle feed ingredient batching system it is common to have a scale for each ingredient. In addition, the use of vibratory feeders is also necessary to ensure the highest feed accuracy. The vibratory feeder can be precisely controlled and each ingredient has its own scale and uses high accuracy load cells. In addition, each ingredient storage bin is on load cells. This all makes for a very high accuracy and fast ingredient batching system. Further, the ingredients are mixed with a unique water adding system for transport as well as mixing the dry ingredients. Some ingredient batching systems will transport mixed batches on virtually and continuous basis using high speed pneumatic or vacuum conveying systems. This can be found in feed and food applications. Usually these fast transport systems will deliver the batched ingredients to a mixer or mixers. No matter what the need in batching systems is, there is always a custom solution that will work. The trick is knowing how to find it. **815-281-5378 or <sci@sterlingcontrols.com>** ![](https://sterlingcontrols.com/wp-content/uploads/MicroScreenRunning-RESIZED-SMALL-1.png "MicroScreenRunning-RESIZED-SMALL | Sterling Systems & Controls") ![](https://sterlingcontrols.com/wp-content/uploads/Sterling-20170111_085741-1-768x1024.jpg "Sterling-20170111_085741 | Sterling Systems & Controls")Vibratory Feeders feed critical ingredients into individual scale hoppers ![](https://sterlingcontrols.com/wp-content/uploads/sterling-material-weighing-automatic-2b-575x1024-168x300-1.jpg "sterling-material-weighing-automatic-2b-575x1024-168x300 | Sterling Systems & Controls")Pneumatic conveying of multiple ingredients in breakfast food manufacturing ## Post navigation [< Back](https://sterlingcontrols.com/blog/multiple-scales-better-than-rollover/) [Next >](https://sterlingcontrols.com/blog/handling-the-dust-problem/) **Categories:** Blog --- ## Pages ### [Home](https://sterlingcontrols.com/) **Published:** May 8, 2024 **Author:** p1ws **Content:** ## Automation, Batching & Weighing Specialists # Custom-Engineered Solutions We Are Specialists in: Material Weighing, Ingredient Batching, Process Controls/Automation, Bulk Bag Handling and Liquid Dosing. [View Products & Capabilities](/products-capabilities/) ## Why Sterling Systems & Controls? With more than 50 years of experience and deep real-world process knowledge, Sterling Systems & Controls helps manufacturers improve batching accuracy, ingredient management, process visibility, and operational efficiency through integrated automation, weighing, material handling, and process control solutions. Sterling Systems & Controls engineering staff are dedicated team members, not contract engineers. They are a high-quality engineering team (electrical, mechanical, and software/controls) that stays with you from inquiry to after startup. Our entire team works to ensure your success and that your objectives are met or exceeded. If technical after-start-up support is ever needed, an engineer familiar with you and your system will provide it. - We support what we engineer and manufacture with 24/7 after-sales support that is second to none. - No annual service contracts or upfront PO required for support service. - We provide the technology and process experience to increase process efficiency and profits. ## Browse our Products [ ### Batching & Weighing Ingredient batching and material weighing are core competencies for Sterling Systems & Controls. Learn More > ](https://sterlingcontrols.com/products-capabilities/batching-weighing/) [ ### Bulk Bag Handling Systems Bulk bag handling systems are one of our capabilities that emphasizes our strength in mechanical engineering and design. Learn More > ](https://sterlingcontrols.com/products-capabilities/bulk-bag-handling-systems/) [ ### Complete Systems We can handle custom engineering of complete systems. This ranges from individual process equipment systems to total plantwide automation. Learn More > ](https://sterlingcontrols.com/products-capabilities/complete-systems/) [ ### Controls & Automation Custom engineering & manufacturing of process controls, automation modules and complete systems for a wide range of industrial applications. Learn More > ](https://sterlingcontrols.com/products-capabilities/controls-automation/) [ ### Liquid Handling Custom design and manufacturing of the highest quality liquid handling and dosing systems, i.e. tote and dispensing systems. Learn More > ](https://sterlingcontrols.com/products-capabilities/liquid-handling/) [ ### Software Applications for Custom… We are a certified Allen-Bradley systems integrator and routinely use .NET for our PC based systems, including batching systems. Learn More > ](https://sterlingcontrols.com/products-capabilities/software-applications/) [ ### Bearing Condition Monitor Bearing condition monitor systems can be standalone or integrated into a more comprehensive control and automation system. Learn More > ](https://sterlingcontrols.com/products-capabilities/bearing-condition-monitor/) ## About Our Team Sterling Systems & Controls staff are dedicated team members vested in your success and achieving your objectives. Our engineering team members design complete automated process systems for applications in Baking, Food Processing, Animal Feed and Pet Food Manufacturing, Rubber Compounding, Specialty Chemicals, and many other process industries. These automated systems include process controls, plant automation, material weighing, ingredient batching, bulk bag unloading and filling, liquid handling, and more. We can also provide complete systems that incorporate other process equipment such as mixers, grinders, classifiers, mills, conveyors, post-batch material handling systems, and much more. Sterling Systems & Controls provides the best single-source solutions to meet your process objectives due to our attention to detail and well-rounded depth of experience working in a wide variety of agricultural and industrial applications. We serve End-Use, OEM’s, Contractors, and Engineering customers. ## How We Custom Engineer Your Solution 1 2 3 4 ##### Analyze We interview your staff to determine the objectives and requirements of your project. ##### Develop With our application and technology experience, we develop a custom solution to meet your objectives and make your process more efficient. ##### Profit You will profit from our more than 50 years of experience in baking, food processing, animal feed and pet food manufacturing, rubber compounding, specialty chemicals, and many other process industries, as well as our expertise with particle size reduction mills, mixers, other process equipment, and with process control, automation, and data management components. ##### Get Started Give us a call today to talk about your business and process objectives and see how Sterling Systems & Controls can provide a custom engineered solution. ## What Our Customers Are Saying ![Otech Logo](https://sterlingcontrols.com/wp-content/uploads/Otech-Logotype-H-Violet1-125x29.png "Otech-Logotype-H-Violet(1) | Sterling Systems & Controls") ### Jack Shrader “We have two Micro Ingredient Batching Systems and an Automated Control System for our complete production lines from Sterling Systems & Controls. My recommendation to anyone considering Sterling Systems & Controls equipment and services? JUST DO IT! You will never regret it. We are Happy with our decision to work with them. Their reputation as a leader in the industry is well earned.” Maintenance Manager OTECH Corporation Miscellaneous Plastics Products – Thermoplastic Compounding ![](https://sterlingcontrols.com/wp-content/uploads/PerforMixCorpLogoTagline-125x44.png "PerforMixCorpLogoTagline | Sterling Systems & Controls") ### Kirk Bowman “We know that making a change in our process management could be very disruptive and expensive. Sterling Systems & Controls is very knowledgeable and helpful, and after more than 25 years and 10 plus significant new systems or upgrades, we feel the decision we made in 1995 was a good one and allowed us to focus on our customers.” Director of Operations Performix Nutrition Systems Animal Feed Ingredients ![](https://sterlingcontrols.com/wp-content/uploads/MountainCountryFoods-125x55.jpg "MountainCountryFoods | Sterling Systems & Controls") ### Robert Ruiz “Since the installation and start-up of the Sterling Systems & Controls hand prompt batching stations, our internal and external process audits have become much easier with reduced paperwork and less time spent searching for information. Training our new operators has never been simpler, and our customers also approve of the use of these batching stations.” Continuous Improvement Manager Mountain Country Foods Pet Treat Manufacturing ![](https://sterlingcontrols.com/wp-content/uploads/Rose_Acre_Farms_logo-125x68.jpg "Rose_Acre_Farms_logo | Sterling Systems & Controls") ### Joe Easton “Sterling Systems & Controls has evolved over the years as new technologies have come along. As our process controls and automation partner, Sterling has been instrumental in helping us to bring our facilities into the modern era. I would highly recommend Sterling Systems & Controls for their flexibility and knowledge to anyone looking for a process control and automation system partner.” Commodities Purchasing Rose Acre Farms Animal Feed for Egg Producer ![](https://sterlingcontrols.com/wp-content/uploads/PRAIRIE-GRAIN-PROCESSORS-1-125x54.png "PRAIRIE GRAIN PROCESSORS (1) | Sterling Systems & Controls") ### John Burkholder “We have been very happy with the automation/control system and the service we receive from Sterling Systems & Controls. We enjoy and value the common-sense, old-fashioned, small company feel we get as our needs are addressed promptly and at a reasonable cost.” Operations Manager Prairie Grain Processors, LLC Agriculture ![](https://sterlingcontrols.com/wp-content/uploads/AGRI-KING_Logo-125x48.png "AGRI-KING_Logo | Sterling Systems & Controls") ### Charlie Letcher “We are a livestock feed manufacturer for dairy, beef, poultry, and swine. We have worked with Sterling Systems & Controls for over 30 years using their batching control system. They have an outstanding product at a very competitive price. The Sterling batching control system delivers speed, consistency, and the required record keeping we need. We always have great interaction with Sterling Systems & Controls. Their people are focused on providing us with the best possible solution. Their support, if we experience any issue, is always focused on getting us up and running as quickly as possible. The knowledge they bring from all the industrial and agricultural applications they have worked on gives them a large experience base on which to draw. Sterling Systems & Controls is the company that does what they say they will do, if not more. We have confidence in them and their products. After many years of working with them, and several of their systems, we know their product works over and over.” Director of Manufacturing Agri-King, Inc. Animal Feed Ingredients ![](https://sterlingcontrols.com/wp-content/uploads/hubbardlogocmyk-125x36.jpg "hubbardlogocmyk | Sterling Systems & Controls") ### Ron Hodges “We had a micro ingredient batching system with a single scale that wasn’t very efficient. We put a new custom engineered microsystem in from Sterling Systems & Controls, Inc. that has five (5) scales! This made us more efficient with our batch times. Being able to weigh out five different micro ingredients at the same time vs. just one at a time was a major achievement. Being able to weigh five different micro ingredients at the same time was a definite game-changer for us.” Plant Manager Hubbard Feeds, Inc. Animal Feed ![Otech Logo](https://sterlingcontrols.com/wp-content/uploads/Otech-Logotype-H-Violet1-125x29.png "Otech-Logotype-H-Violet(1) | Sterling Systems & Controls") ### Jack Shrader “The Sterling Systems & Controls equipment and automation system is very user friendly and easily adapted to our processes. Our old system of controls wasn’t user-friendly or reliable, and required full-time manning of the controls. There were constant communication errors and too much downtime with the old system. The Sterling Systems & Controls equipment and automation solved those problems.” Maintenance Manager OTECH Corporation Misscelaneous Plastics Products – Thermoplastics Compounding ![](https://sterlingcontrols.com/wp-content/uploads/PerforMixCorpLogoTagline-125x44.png "PerforMixCorpLogoTagline | Sterling Systems & Controls") ### Kirk Bowman “I have used Sterling Systems & Controls since 1995 when we transitioned from a manual operation. We did a thorough search before we chose Sterling. They were the only supply partner that was willing to understand our needs and find ways to adjust their technology to fit our process.” Director of Operations Performix Nutrition Systems Animal Feed Ingredients 02/04/2024 ![](https://sterlingcontrols.com/wp-content/uploads/MountainCountryFoods-125x55.jpg "MountainCountryFoods | Sterling Systems & Controls") ### Robert Ruiz “We have been highly satisfied with the semi-automatic hand prompt batching stations that we purchased from Sterling Systems & Controls. We have been impressed with how effectively the batching stations have met our needs and how easy it was to learn to use them.” Continuous Improvement Manager Mountain Country Foods Pet Treat Manufacturing ![](https://sterlingcontrols.com/wp-content/uploads/Rose_Acre_Farms_logo-125x68.jpg "Rose_Acre_Farms_logo | Sterling Systems & Controls") ### Joe Easton “Our control systems were 30 to 40 years old. We lived day to day waiting for the next failure. In an ever-evolving world of industry oversight, an increasingly competitive environment, and the need to always be as efficient in feed manufacturing as we possibly can, we needed a Feed Mill Controls partner. For years Sterling Systems & Controls has helped us evolve our old and new feed mills to meet these challenges.” Commodities Purchasing Rose Acre Farms Animal Feed for Egg Producer ![](https://sterlingcontrols.com/wp-content/uploads/PRAIRIE-GRAIN-PROCESSORS-1-125x54.png "PRAIRIE GRAIN PROCESSORS (1) | Sterling Systems & Controls") ### John Burkholder “The Sterling Systems & Controls automation system has enhanced accuracy in our ingredient batching, increased overall efficiency, and reduced operator labor. Sterling’s ability and willingness to adjust and adapt the automation and control software to accommodate our process changes as we evolved, and went through various building phases of our process, was a notable and very positive experience.” Operations Manager Prairie Grain Processors, LLC Agriculture ![Otech Logo](https://sterlingcontrols.com/wp-content/uploads/Otech-Logotype-H-Violet1-125x29.png "Otech-Logotype-H-Violet(1) | Sterling Systems & Controls") ### Jack Shrader “The Sterling Systems & Controls team is awesome! From Sales to Engineering, Service, and Administration, they were all continuously committed to the success of our project and achieving our company objectives with the equipment and automation system. They all worked diligently to make the changeover go quickly and smoothly.” Maintenance Manager OTECH Corporation Misscelaneous Plastics Products – Thermoplastics Compounding ![](https://sterlingcontrols.com/wp-content/uploads/AGRI-KING_Logo-125x48.png "AGRI-KING_Logo | Sterling Systems & Controls") ### Charlie Letcher “Sterling Systems & Controls is the company that does what they say they will do, if not more. We have confidence in them and their products. After many years of working with them, and several of their systems, we know their product works over and over.” Director of Manufacturing Agri-King, Inc. Animal Feed Ingredients ![](https://sterlingcontrols.com/wp-content/uploads/MountainCountryFoods-125x55.jpg "MountainCountryFoods | Sterling Systems & Controls") ### Robert Ruiz “We initially purchased one of the semi-automatic hand prompt batching stations to test. We were so satisfied with this first unit that we subsequently purchased four more, all of which have exceeded our expectations. Sterling Systems’ technical support, whenever required for start-up, has always been top-notch.” Continuous Improvement Manager Mountain Country Foods Pet Treat Manufacturing ![](https://sterlingcontrols.com/wp-content/uploads/Rose_Acre_Farms_logo-125x68.jpg "Rose_Acre_Farms_logo | Sterling Systems & Controls") ### Joe Easton “Price, quality, and the ability to conform to our existing mill wiring has been key, along with Sterling’s ability to easily adapt their installed systems to our process changes while limiting down-time.” Commodities Purchasing Rose Acre Farms Animal Feed for Egg Producer ![](https://sterlingcontrols.com/wp-content/uploads/PRAIRIE-GRAIN-PROCESSORS-1-125x54.png "PRAIRIE GRAIN PROCESSORS (1) | Sterling Systems & Controls") ### John Burkholder “We used manual batching control with start/stop pushbuttons to turn augers on/off for many years. Now we use a feed mill batching control system from Sterling Systems & Controls. Why? Because of the simplicity of the Sterling software, their ability to custom engineer the batching automation system to fit our objectives and requirements, and the fact that with Sterling Systems there is no annual subscription fee or contract.” Operations Manager Prairie Grain Processors, LLC Agriculture ![](https://sterlingcontrols.com/wp-content/uploads/AGRI-KING_Logo-125x48.png "AGRI-KING_Logo | Sterling Systems & Controls") ### Charlie Letcher “We always have great interaction with Sterling Systems & Controls. Their people are focused on providing us with the best possible solution. Their support, if we experience any issue, is always focused on getting us up and running as quickly as possible. The knowledge they bring from all the industrial and agricultural applications they have worked on gives them a large experience base on which to draw. ” Director of Manufacturing Agri-King, Inc. Animal Feed Ingredients --- ### [Software Applications for Custom Automation & Control](https://sterlingcontrols.com/products-capabilities/software-applications/) **Published:** May 9, 2024 **Author:** p1ws **Excerpt:** We are a certified Allen-Bradley systems integrator and routinely use .NET for our PC based systems, including batching systems. **Content:** # Software Applications ![BREAD DOUGH MIXING](https://sterlingcontrols.com/wp-content/uploads/BREAD-DOUGH-MIXING-REV-600x350.png) ## Custom Automation & Data Solutions At Sterling Systems & Controls, software is not just an add-on — it’s ingrained in our DNA. We custom-engineer mission-critical software applications for every solution we deliver, ranging from batching and asset monitoring to ERP integration and supervisory control. As a certified Allen-Bradley systems integrator, we leverage modern technologies like Microsoft .NET for PC systems while ensuring robust integration with PLCs, databases, HMIs, and cloud or enterprise layers. ### Why Sterling’s Software is Different **1. Modular & Scalable Architecture** We don’t force you into monolithic “one-size-fits-all” systems. Our SSCI.NET architecture supports modular deployment: only activate what you need and scale later as your facility grows. **2. Client / Server & Virtualization Ready** Our architecture supports distributed systems, virtualization, high availability, and disaster recovery strategies. **3. Future-Proof & Secure** We build systems to run reliably on Windows 10 & 11 Server environments and use modern encryption (AES-128) for database and control channel traffic. Email/text triggers, alarm management, and layered security are built in. **4. Smooth ERP / MES Integration** We support flat file exchange, database connections, and other interface methods to integrate seamlessly with systems such as FMM, MAS, Max-A-Mix, ROSS, Brill, Summit, AgVision, and more. **5. Usable & Intuitive HMI Design** Our operator interfaces are built based on ISO 11064, ISA101, ANSI/ASM, and other best practices in human-machine interaction. We carefully design for clarity, reduced operator fatigue, and fast error recovery. **6. In-House Control & Support** We design, code, test, and support all software internally — aligned with our mechanical and electrical teams. That means response time is fast, and continuity is ensured. ### Example Use Cases & Industry Applications **Batching & Formulation Control** — Automated micro, minor, bulk batching with full ingredient lot traceability, validation, operator prompts, hand-prompt systems, hybrid batching, and recipe versioning. **Pellet Mill Control & Monitoring** — Real-time adjustments based on current, moisture, temperature, plug detection, and smart feedback loops. **Supervisory Dashboard & Remote Access** — Browser dashboards, plant KPI monitoring, data exports, trend analysis, remote alerts. **Maintenance Scheduling & Repair Logs** — Asset health tracking, preventive tasks, inspection records, OEE calculations. **Bulk Material Inventory, Sand Handling & Process Tracking** — e.g. our SandTrack™ solution for storage and distribution of fracturing sand. ### Getting Started / Migration Path **Assessment & Audit** – We audit your existing software (if legacy) to determine gaps, risks and migration paths. **Architectural Design** – We propose a software architecture: modules, client/server layout, redundancy, ERP interfaces, and security. **Incremental Migration or Greenfield Deployment** – Whether you’re upgrading one line or deploying plant-wide, we modularize to reduce downtime. **Testing & Factory Acceptance** – In-house system testing and customer validation (FAT) before delivery. **Commissioning & Training** – On-site or remote commissioning, walkthroughs, operator training, and documentation. **Ongoing Support & Enhancements** – 24/7 support. Our engineers are familiar with your system and can help adapt it over time. ## Core Software Domains & Modules **Below is an overview of key software capabilities we deliver (modular and scalable to your needs):** | Software Domain | Description | Key Benefits | |---|---|---| | **Automation Software Upgrade (FreshStart™)** | Modernizes outdated automation systems such as MS-DOS or older Windows-based controls into Sterling’s modern .NET framework. Supports batching, mixing, grinding, pelleting, and alarm management. | Extends system life, reduces downtime, improves reliability, and adds secure remote supervisory control. | | **Process Controls & Automation** | Provides fully customized PLC, HMI, and SCADA programming to automate manufacturing processes such as mixing, conveying, batching, and loadout operations. | Improves efficiency, consistency, and safety while enabling flexible process sequencing and data tracking. | | **Feed Mill Automation** | Integrates control across the entire feed mill — from ingredient receiving to batching, pelleting, and loadout — using Sterling’s proven control logic. | Delivers higher throughput, better recipe accuracy, and full traceability for regulatory compliance. | | **Preventive Maintenance (PMPlanR™)** | Maintenance planning software that builds an asset register, schedules inspections, and tracks work orders and service records. | Increases equipment uptime, lowers repair costs, and supports predictive maintenance strategies. | | **Supervisory Control (WebCentral™)** | Web-based supervisory interface providing remote access and control through a standard browser without additional client installations. | Enables real-time monitoring, system management, and alarm response from any location. | | **Data Management & Traceability** | Tracks ingredient lots, batch records, and inventory movements with seamless connectivity to ERP or MES systems. | Enhances quality control, compliance reporting, and operational transparency. | ## Request a Quote --- ### [About](https://sterlingcontrols.com/about/) **Published:** April 4, 2024 **Author:** p1ws **Content:** # About Us For over 50 years, Sterling Systems & Controls has helped manufacturers make better, safer products—on spec, on time. We design and build custom process automation and material handling systems, then stand behind them with control panels, software, and life cycle support. From feed mills to baking and pet food, customers choose Sterling for measurable accuracy, traceability, and throughput—delivered by a hands-on engineering team. ## Our Mission Build practical automation that operators trust and managers can measure—accuracy, up time, and audit-ready data—without over complicating your plant. ### What We’re Known For **Custom engineering, not catalog widgets**: Systems tailored to materials, rates, hygiene, and compliance. **One accountable partner**: Equipment + controls + software + commissioning. **Operator-first design**: Clear HMI, alarm discipline, and recipe governance. **Scalable platforms**: Start semi-auto; expand plant-wide when ready. ### Where We Operate Feed mills, pet food, baking & food processing, agriculture, rubber compounding, and allied process industries—worldwide. ### Outcomes We Target **±Tolerance accuracy** with micro/minor/major additions **Higher OEE & throughput** via recipe control and device coordination **Traceability & compliance** (lot tracking, audit trails, e-records) **Lower waste & rework** through repeatability and data feedback ### How We Work With You **Discovery**: process goals, materials, rates, regulations **Design**: P&IDs, FDS, controls & data architecture **Build/FAT**: mechanical, electrical, software, documentation **Commission**: training, handover, performance tuning **Support**: preventative maintenance plans and upgrades ### People & Practices **Cross-discipline engineers**: process, electrical, controls, and software under one roof **UL-labeled panels** and robust documentation **SQL-backed data** for reporting, KPIs, and audits **Safety-first** integration with dust control, interlocks, and lockout support ### FAQ **Q: What makes Sterling different from system integrators?** **A:** We engineer and manufacture: equipment, panels, PLC/HMI, and software—one accountable partner from design through support. **Q: Can you start small?** **A:** Yes. Many clients begin with semi-automatic hand-prompt batching and scale to plant-wide automation later. **Q: How do you ensure traceability?** **A:** Recipe governance, lot/ingredient tracking, event logs, and SQL-backed reporting. **Q: Do you integrate existing mixers/conveyors?** **A:** Routinely. We design around upstream/downstream equipment and site constraints. ## How We Customize a System For You 1 2 3 ##### Analyze We interview your staff to determine the goals of your project. ##### Develop With our application experience, we develop a custom-engineered solution to meet your goals and make your process more efficient. ##### Profit You profit from our more than 50 years of experience in Animal Feed Milling, Baking, Food Processing, Pet Food, Agricultural and Industrial Processes, Process Equipment, Automation and Data Management. #### Company History – Sterling Systems & Controls, Inc. Founded by former National Manufacturing Controls engineers in 1972, Sterling Systems & Controls delivered its first continuous batching system in the early 1970s and expanded from feed mills into baking, pet food, chemicals, and broader industrial processes. Acquired by Prater Industries’ owners in 1987, the partnership enabled complete, integrated systems. In 2000, the company adopted the name Sterling Systems & Controls, Inc. In 2014, Industrial Magnetics, Inc. acquired both Sterling and Prater; today, both are part of the IPEC family. [Industrial Magnetics, Inc.](http://www.magnetics.com/) purchased both Sterling Systems & Controls, Inc. and Prater Industries in 2014. Since 1961, Industrial Magnetics has been a leader in manufacturing innovative, engineered permanent magnet and electromagnetic solutions. Today Sterling Systems & Controls, Inc. is a proud part of the International Process Equipment Company (IPEC) family, which also includes Prater Industries and Industrial Magnetics (IMI). ## Contact Us --- ### [Preventative Maintenance](https://sterlingcontrols.com/products-capabilities/controls-automation/preventative-maintenance/) **Published:** May 10, 2024 **Author:** p1ws **Excerpt:** PMPlanR™ (pronounced “PM-Planer”) is a robust standalone Preventative Maintenance Planning Software Application. **Content:** # Preventative Maintenance ## Build Your Plant, Avoid Surprises Unexpected breakdowns or unplanned downtime cost far more than parts and labor — they cost lost production, overtime and lost confidence. Sterling Systems & Controls offers PMPlanR™, a standalone preventative maintenance (PM) planning application that lets you “Build Your Plant”, schedule maintenance, track work orders and keep your assets running reliably. ### Why Preventative Maintenance Matters - **Downtime prevention:** Scheduled inspections and part replacements stop failures before they occur. - **Cost control:** Proactive maintenance reduces emergency repairs and extends asset life. - **Audit readiness & data:** A structured database of assets, work orders and history supports GFSI, GMP and ISO-type requirements. - **Simple to adopt:** Unlike complex predictive-only systems, PMPlanR focuses on what you own today and gives quick wins. ### How PMPlanR Works 1. **Build your plant hierarchy** — Define Plants → Areas → Machines → Assets (including vendor/part number). 2. **Assign asset attributes** — Link each asset to location, vendor, maintenance intervals, and work-order types. 3. **Create and schedule maintenance tasks** — Time-based or usage-based triggers generate work orders. 4. **Track execution & history** — Record who did the work, when, parts used, cost, and next due date. 5. **Report & optimize** — Pull data on overdue tasks, asset cost trends and MTBF/MTTR for continuous improvement. ### Key Features & Benefits - **Windows 7/10 compatible** and deployable on-site or in virtual environments. - **User roles & security** — Define user access, maintain audit trails and control changes. - **Multi-plant management** — If you run multiple sites, view all plants in a central dashboard. - **Scalable for industries** — Ideal for food & baking, feed milling, pet food, chemical powders, plastics and more. - **Rapid deployment & ROI** — Low-risk software investment with immediate impact. ### Typical Industries & Use-Cases - Food & baking lines where ingredient tracking and sanitation matter - Feed mills needing strict inventory and maintenance logs - Pet food and specialty nutrition manufacturing - Chemical, rubber and plastics operations with high throughput and critical interlocks - Building on Sterling’s foundation in process controls and automation, PMPlanR fits many production environments. **Ready to replace reactive maintenance with reliable planning?** Request a demo of PMPlanR™ below or schedule an application review today — we’ll help you build your plant virtually and protect uptime, productivity and data. ## Plant Builder - A Plant is identified graphically using a unique icon. Each Plant is given a name and address location to help identify the Plant. The Plant icon is in the tree view on the left side of the Plant Builder Screen. Multiple Plants can be created, each containing Areas, Machines and Assets. - An Area uses a unique icon. Each Area is given a name to help identify it. An Area must be inside a Plant. Multiple Areas can exist in a Plant that usually defines a department within the Plant. The Area icon is shown in the Tree View on the left side of the Plant Builder Screen under the Plant icon. - Each Machine, such as a bulk bag unloading system or batching system, is given a name to help identify the Machine and must be created under an Area. Each machine can have several Parts or Assets that perform specific tasks. Multiple Machines can be contained within a single Area. - Assets are resources owned by a Category (Plant, Area or Machine) that performs a specific function. Each Asset is given a name and vendor part number. Multiple Assets can be created for each Plant, Area and Machine Category. [Schedule a Demo](/contact/) ![](https://sterlingcontrols.com/wp-content/uploads/Plant-Builder-2-1024x576.jpg "Plant Builder | Sterling Systems & Controls")### Frequently Asked Questions **What is preventative maintenance for control and automation systems?** Preventative maintenance for control and automation systems involves scheduled checks, software backups, component inspections, code review, and system tuning to reduce unexpected downtime and extend the life of controls hardware and software. **Why is preventative maintenance important for automation systems?** Regular preventative maintenance helps identify worn or obsolete components, ensures backup integrity, keeps security and firmware up to date, improves system reliability, and reduces unplanned outages that disrupt production. **What does Sterling include in preventative maintenance services?** Sterling’s preventative maintenance services include control panel inspection, PLC/HMI/SCADA code assessment, backup and restore validation, firmware and OS reviews, alarm rationalization checks, documentation updates, and recommendations for future improvements. **Can preventative maintenance help with system upgrades?** Yes. During maintenance visits, Sterling can evaluate opportunities for software modernizations, code cleanup, hardware revisions, and integration enhancements that align with longer-term modernization goals. **How often should automation preventative maintenance be performed?** The frequency depends on system complexity and production schedules, but many plants adopt quarterly, semi-annual, or annual cycles to keep firmware current, backups verified, and controls performing reliably. --- ### [BatchControl Pro](https://sterlingcontrols.com/products-capabilities/batching-weighing/batchcontrol-pro/) **Published:** August 24, 2026 **Author:** p1ws **Content:** # BatchControl Pro ![Sterling BatchControl Pro Logo](https://sterlingcontrols.com/wp-content/uploads/SterlingBatchControlPro-FullLogo-Edited-1024x254.png "SterlingBatchControlPro-FullLogo - Edited | Sterling Systems & Controls")A semi-automatic, operator-prompted batching station that validates ingredients and lots, enforces over/under weight tolerances, and writes every step to a professional SQL database, so operators don’t miss ingredients and you don’t make bad batches. - ### Guides the operator through each recipe step with clear on-screen prompts - ### Validates correct ingredient and lot before advancing - ### Enforces over/under tolerance control to prevent out-of-spec adds - ### Records complete batch data to a professional SQL database for audit and reporting - ### Prints batch reports to a ticket or network printer when connected - ### Optional barcode scanning (tethered or wireless) for fast lot confirmation - ### Evolves with your process—ready to grow toward automatic minor/micro ingredient systems [Talk to a Representative](/contact/) [Watch Our Video](#video) ![Operator in safety glasses and blue gloves uses a touchscreen control panel on an industrial machine labeled 120 volts.](https://sterlingcontrols.com/wp-content/uploads/BatchControl-Pro-2-1024x1024.jpg "BatchControl Pro 2 | Sterling Systems & Controls") ## Take Control of Your Batching Process [Download Product Brochure](https://sterlingcontrols.com/wp-content/uploads/Sterling-BatchControlPro-—-Sell-Sheetv3.pdf) ## Key Features & Benefits --- ### Unmatched Batch Consistency 1. Precise weighing and sequencing ensure perfect batches every time 2. Reduces risk of product variability, improving overall quality ### Eliminates Operator Errors - Guides operators step-by-step through preprogrammed formulas - Automates calculations for target weights, bag counts, and tare weights - Real-time tolerance monitoring ensures accurate weighments ### User-Friendly Design - Easy-to-read touchscreen interface simplifies operations - Intuitive system requires minimal training for operators ### Advanced Traceability & Reporting - Tracks raw ingredient lot numbers for comprehensive traceability - SQL database stores historical data for compliance and insights - Optional barcode or RFID scanners streamline lot tracking ### Enhanced Cost Efficiency - Reduces waste caused by inaccurate batches, saving raw materials and costs - Scalable design adapts to your production needs as they grow ### Future-Proof Investment Advanced SQL reporting delivers actionable production insights. Built with unmatched scalability to support long-term growth. ## System Enhancements Customize your BatchControl Pro with these proven add-on options designed to further reduce errors and boost throughput. ![Industrial stainless-steel worktable setup with white bins on both sides, a monitor and blue crate in the center, in a clean processing room.](https://sterlingcontrols.com/wp-content/uploads/BatchControl-Pro-7-600x417.jpg "BatchControl Pro 7 | Sterling Systems & Controls") *The BatchControl Pro is designed to grow with you. This Kitchen System represents the full ecosystem it can integrate into as your operation scales* 💻 #### Touchscreen Interface 17″ industrial touchscreen with graphical display for effortless, error-free operation. ⚖️ #### Integrated Scales Multi-scale setups to manage hand weighed and bagged ingredients with precision. 🔖 #### Lot Tracking Barcode and RFID-enabled scanning for seamless, fast lot confirmation and data entry. 🖨️ #### Batch Ticket Printing Auto-print batch reports at end-of-batch or on demand to ticket or network printers. ## Applications Across Industries Ideal for any industry where accurate hand batching matters. Works with both dry and liquid ingredients across a wide range of production environments. [Talk to a Specialist](/contact/) 🌾 Food Processing 🐄 Livestock Feed 🐾 Pet Food 🏭 Industrial 💊 Pharmaceutical / Nutraceutical 🧪 Chemical ## System Photos --- ![Lab technician wearing a hairnet and blue gloves operates a touchscreen control panel on industrial equipment in a cleanroom setting](https://sterlingcontrols.com/wp-content/uploads/BatchControl-Pro-3-1024x1024.jpg "BatchControl Pro 3 | Sterling Systems & Controls") ![Laboratory weighing station with a touchscreen monitor on a metal stand, a stainless table, and a large white bin next to a bag of material on a scale in a clinical room.](https://sterlingcontrols.com/wp-content/uploads/Batch-Controller-Pro-1024x1024.jpg "Batch Controller Pro | Sterling Systems & Controls") ![Industrial control cabinet with a touchscreen interface, orange '120 VOLTS' label, Sterling Batch Control sticker, and a worker in blue gloves pressing a button on the panel.](https://sterlingcontrols.com/wp-content/uploads/BatchControl-Pro-4-1024x1024.jpg "BatchControl Pro 4 | Sterling Systems & Controls") ## **LEARN ABOUT STERLING BATCHCONTROL PRO** ## FREQUENTLY ASKED QUESTIONS ### How does the Sterling BatchControl Pro reduce bad batches? The controller prompts each ingredient step, validates the correct lot, and enforces over/under weight tolerances. The next step won’t index until the addition is in-spec, helping eliminate missed ingredients and out-of-tolerance adds ### Do I need to change my process to use it? No. The station is designed to adapt to your existing process while supporting continuous improvement goals. ### What database does it use for batch records? A professional SQL database stores and manages batch data. Routine maintenance and backups are handled automatically. ### Can I use barcode scanning for lots and ingredients? Yes. A tethered or wireless barcode scanner can be connected at the control panel via a NEMA 4X quick-disconnect bulkhead. Remove the handheld scanner prior to washdown. ### How are lot numbers handled and printed? Lot numbers (up to 30 characters) can be generated and printed at a remote PC/printer using the included software. Typical formats include Julian date/time, vendor code, and item code. ### What reports are available? – OIA Reports – Event Log – Batching Historical Reports – Batch Summary Report – Ingredient Usage Report – Ingredient Deviation Report – Ingredient Inventory Audit Report – Formula Suage Report – Formula Production Report – Bag Check Weigh Audit Report – Production Reports – Schedule Report – Hand Add Check Lists – Projected Usage Report ### Can supervisors review alarms and operator performance? Yes. Alarm messages can be printed, allowing supervisors to review events and track issues for training and process improvement. ### Does it work with supervisory software? Yes, with WebCentral you can: – Add, Modify, and Remove Ingredients and Ingredient Process Parameters. – Create, Modify, and Delete Formula Recipes. – Manage Bin Assignment Parameters. – Create and Modify the Batching Schedule. – Manage Ingredient and Formula Inventories – View Current Batching Status in Real-Time (in text form). – Change System Parameters – Most Screens contain Searching and sorting capabilities to make it easy to find what you’re looking for. – View and Search the Event Log. The Event Log stores all Alarm and Event information captured by the Batching or Control System. – Search For, View, and Print Historical Data – Print Reports, including: Ingredient Listings, Formula Listings, Formula Recipes, Bin Assignment Listings, Batching Schedule, Hand Add Check Lists, Daily Ingredient Usages, And Projected Ingredient Usages. ### What networking is required? The station includes an integrated Ethernet adapter and must be placed on a customer-supplied Ethernet network. If needed, Sterling will help specify networking hardware and cabling; additional network hardware is not included with the station. ### Can the system scale as our production grows? Yes. The same SQL-based foundation and workflow support an upgrade path to automatic minor/micro ingredient systems, streamlining training and preserving your data model. ## Why Choose Sterling Systems & Controls? --- ### 50+ Years of Expertise With over 50 years of industry expertise, Sterling provides innovative, reliable solutions that empower your business. ### Tailored Solutions Solutions tailored to your specific needs — trust Sterling to elevate your batching process to the next level. ### Proven Reliability Scalable systems designed for long-term performance and data-driven production management across industries. ## Get a Quote --- ### [A Message from the President](https://sterlingcontrols.com/about/letter-from-ceo/) **Published:** May 8, 2024 **Author:** p1ws **Content:** # A Message from the President ![Smiling man in a blue blazer posed in front of a blurred circular company logo backdrop.](https://sterlingcontrols.com/wp-content/uploads/ChatGPT-Image-Aug-10-2026-11_27_57-AM-600x600.png) For more than 50 years, Sterling Systems & Controls, Inc. has built its reputation by understanding our customers’ needs and engineering solutions that help them operate more efficiently, reliably, and profitably. As President of Sterling, I’m proud to carry that commitment forward. What sets Sterling apart is our ability to listen, understand each application, and provide solutions tailored to our customers. From material weighing and batching to process controls and automation, our experienced team is focused on delivering practical, dependable solutions and responsive support. As the industries we serve continue to evolve, Sterling will evolve with them—investing in our people, technology, and capabilities while remaining committed to the personalized service our customers have come to expect. We know our success depends on yours, and we value the trust you place in Sterling. Thank you for your business, your partnership, and the opportunity to serve you. We look forward to working with you. Sincerely, **Dustin Boyd** *President & General Manager, Sterling Systems & Controls, Inc.* --- ### [Products & Capabilities](https://sterlingcontrols.com/products-capabilities/) **Published:** April 4, 2024 **Author:** p1ws **Content:** # Products & Capabilities ## Custom-Engineered Manufacturing Automation & Process Systems Sterling Systems & Controls engineers automated batching systems, industrial weighing systems, process controls, and complete manufacturing automation for food, feed, agriculture, pet food, baking, and industrial processing operations. Every system is custom-engineered by a full-time team with more than 50 years of manufacturing process expertise — from individual weighing components to plantwide automation with traceability, reporting, and recipe management built in. If you’re evaluating batching automation, upgrading legacy controls, or designing a complete process system, you’re in the right place. Use the categories below to explore our capabilities or [request a quote](#) to discuss your application directly with an engineer. [ ### Batching & Weighing Ingredient batching and material weighing are core competencies for Sterling Systems & Controls. ](https://sterlingcontrols.com/products-capabilities/batching-weighing/) [ ### Bearing Condition Monitor Bearing condition monitor systems can be standalone or integrated into a more comprehensive control and automation system. ](https://sterlingcontrols.com/products-capabilities/bearing-condition-monitor/) [ ### Bulk Bag Handling Systems Bulk bag handling systems are one of our capabilities that emphasizes our strength in mechanical engineering and design. ](https://sterlingcontrols.com/products-capabilities/bulk-bag-handling-systems/) [ ### Complete Systems We can handle custom engineering of complete systems. This ranges from individual process equipment systems to total plantwide automation. ](https://sterlingcontrols.com/products-capabilities/complete-systems/) [ ### Controls & Automation Custom engineering & manufacturing of process controls, automation modules and complete systems for a wide range of industrial applications. ](https://sterlingcontrols.com/products-capabilities/controls-automation/) [ ### Liquid Handling Custom design and manufacturing of the highest quality liquid handling and dosing systems, i.e. tote and dispensing systems. ](https://sterlingcontrols.com/products-capabilities/liquid-handling/) [ ### Software Applications for Custom Automation & Control We are a certified Allen-Bradley systems integrator and routinely use .NET for our PC based systems, including batching systems. ](https://sterlingcontrols.com/products-capabilities/software-applications/) --- ### [Process Optimization Request](https://sterlingcontrols.com/process-optimization-request/) **Published:** May 16, 2024 **Author:** p1ws **Content:** # PROCESS OPTIMIZATION REQUEST ## Process Optimization Request ### Improve Efficiency. Reduce Waste. Maximize Performance. If your operation is experiencing inconsistencies, inefficiencies, or production bottlenecks, Sterling Systems & Controls is here to help. Our process optimization services are designed to evaluate your current system, identify opportunities for improvement, and implement solutions that drive measurable results. Whether you’re looking to improve batching accuracy, increase throughput, reduce material waste, or modernize outdated controls, our team brings decades of expertise in automation, integration, and process design. ### What We Help You Solve - Inconsistent batch accuracy or material flow - Production slowdowns or bottlenecks - Excess material waste or product loss - Outdated or inefficient control systems - Lack of visibility into system performance - Manual processes that limit scalability - Integration challenges between systems or equipment ### Why Sterling Systems & Controls - Over 50 years of experience in material handling and process automation - Proven expertise in batching, blending, and system integration - Custom-engineered solutions tailored to your operation - Dedicated support from design through implementation and beyond - Focus on measurable improvements in efficiency, accuracy, and output ### What to Expect After You Submit Once you complete the form, a member of our team will review your request and follow up to learn more about your operation. From there, we’ll determine the best next steps, whether that’s a consultation, system review, or a more in-depth evaluation. ### Start Optimizing Your Process Ready to improve performance and eliminate inefficiencies? Fill out the form below and let’s start the conversation. ## Submit Process Optimization Request --- ### [Minor & Major Weighing Systems](https://sterlingcontrols.com/products-capabilities/batching-weighing/minor-major-weighing-systems/) **Published:** May 8, 2024 **Author:** p1ws **Content:** # Minor & Major Weighing Systems ![Batching System](https://sterlingcontrols.com/wp-content/uploads/20171011_153012-e1663947191660-1-600x396.jpg) Minor and major ingredients drive cost, texture, and performance. Sterling Systems & Controls engineers minor & major weighing systems that enforce tolerances, verify ingredients and lots, and hand off cleanly to batching or conveying — so results are repeatable shift-to-shift, not just “close enough.” ### What Do “Minor” and “Major” Mean? - **Major ingredients**: higher throughputs from silos, bulk bags, totes, or tanks. Strategy: fast fill + trim for accuracy without sacrificing rate. - **Minor ingredients**: lower flow, finer resolution, tighter tolerances. Strategy: precision feed control with protected weighments. Both can feed gain-in-weight, loss-in-weight, or weigh-in-place architectures and hand off to mixers, extruders, dryers, or packaging. ### System Architecture (Built to the Material & the Mission) - **Weighing modules**: weigh hoppers, platforms, or in-place vessels sized for accuracy and rate. - **Feed devices**: auger, vibratory, belt, slide-gate/valve, or pump (for liquids) — chosen for the material’s flow behavior. - **Discharge & isolation**: slide gates, rotary valves, airlocks, or diverters to protect weighments and ensure clean transfer. - **Controls & HMI**: PLC/HMI with recipe logic, alarm handling, and guided operator prompts. - **Data backbone**: SQL database (and optional WebCentral) for batch/lot records, reporting, and audits. ### Weighing Modes Supported - **Gain-in-Weight (GIW)**: weigh product as it fills the vessel. - **Loss-in-Weight (LIW)**: control feed rate by monitoring the feeder’s mass loss. - **Weigh-in-Place**: measure in the process location to remove handling steps. - **Check-Weigh/Verification**: confirm targets before release or next step. ### Accuracy & Throughput Strategies - **Fast-fill & dribble/trim** profiles to hit tight targets. - **Tolerance enforcement per ingredient** (over/under windows). - **Dynamic filtering & motion detection** to stabilize readings. - **Interlocks** with conveying so weighments aren’t disturbed. ### Integration That Matters (Not Just a Scale) - **Automatic/semi-automatic batching** (micro, minor, major, kitchen, hand-prompt). - **Pneumatic or mechanical conveying** interlocks and timing. - **Downstream equipment** (mixers, extruders, dryers, packaging) for coordinated sequences. - **Plant systems**: PLC/SCADA, MES/ERP, and network reporting. ### Compliance, Hygiene & Traceability - **Who/what/when/within-tolerance** recorded for each weighment. - **Lot verification** (entry or barcode/RFID). - **Sanitary builds** and cleanable surfaces where required. - **Audit-ready records** for GFSI, FSMA, GMP, and customer audits. ### Typical Options & Components - Scales & weigh hoppers • Ingredient bins & refill systems • Bulk bag/tote/silo interfaces - Feeders (auger/vibratory/belt/valve) • Airlocks/diverters • Dust containment interfaces - PLC/HMI recipe management • Barcode/RFID lot entry • Label/report printing - SQL database reporting • Network connectivity & backups ### Where It Fits Food & baking • Pet food & feed • Chemicals & additives • Plastics/compounding • Nutraceuticals • Other industrial powders **Planning to standardize minor/major additions and close your traceability gap?** Request a quick application review — we’ll specify the weighing architecture that matches your materials, rates, and compliance needs. ### Frequently Asked Questions **What are minor and major ingredient weighing systems used for?** Minor and major weighing systems are used to accurately proportion ingredients in batch-processing environments. Minor systems handle smaller, precision-sensitive materials, while major systems manage larger-volume ingredients that make up the primary portion of a batch. Together, they ensure consistent formulation and repeatable production results. **How does Sterling ensure weighing accuracy in batch applications?** Sterling engineers each weighing system around defined batch tolerances and material characteristics. Depending on the process, systems may use gain-in-weight or loss-in-weight methods to achieve precise control. Automation software monitors weight targets, reduces over- or under-dosing, and maintains repeatability from batch to batch. **Can minor and major weighing systems be integrated into an existing plant?** Yes. Sterling designs weighing systems to integrate with existing mixers, conveyors, upstream receiving systems, and downstream material handling equipment. Systems interface with PLC and HMI platforms and can operate as part of a larger plant automation or batching control system. **Are Sterling’s weighing systems fully automatic?** Sterling provides fully automatic and semi-automatic configurations, including hand-prompt batching stations when appropriate. The automation level is determined by production requirements, material flow, and operational preferences, allowing systems to scale as plant needs evolve. **Which industries commonly implement minor and major weighing systems?** These systems are commonly implemented in feed mills, pet food manufacturing, baking and food processing, and other industrial batch environments where precise ingredient control and formulation consistency are required. ## Video Example ## Contact Us Today --- ### [Contact](https://sterlingcontrols.com/contact/) **Published:** November 8, 2021 **Author:** p1ws **Content:** # Contact Us ![Sterling_Facility-2-scaled-e1663878006565-2](https://sterlingcontrols.com/wp-content/uploads/Sterling_Facility-2-scaled-e1663878006565-2-600x284.jpg) Sterling Systems & Controls, Inc. has over 50 years of experience and a unique industrial application knowledge base. Our reputation is earned. We are a premier provider of efficient custom-engineered solutions for automated [batching systems](https://sterlingcontrols.com/systems/batching-systems/), [weighing](https://sterlingcontrols.com/systems/material-weighing-systems/), [micro ingredient systems](https://sterlingcontrols.com/products/micro-weighing-systems/), [minor ingredient systems](https://sterlingcontrols.com/products/minor-major-weighing-systems/), [bulk bag filling](https://sterlingcontrols.com/products/bulk-bag-filling-systems/) / [bulk bag unloading systems](https://sterlingcontrols.com/products/bulk-bag-unloading-weighing-systems/), [semi-automatic hand prompt batching stations](https://sterlingcontrols.com/products/hand-prompt-batching-station/), [semi-automatic kitchen batching systems](https://sterlingcontrols.com/products/kitchen-batching-system/), [process controls and plant automation](https://sterlingcontrols.com/systems/process-controls-automation/), and more. **Do you just need to focus on improving a portion of your process, or do you need a complete production automation system?** Whether materials receiving and transfer, up/downstream equipment control, ingredient batching, material weighing, finished product loadout, or an entire plant automation system, Sterling Systems & Controls can handle it. We are a premier provider of custom-engineered process solutions. We want you to be able to contact us quickly and easily. Address: P.O. Box 418 [24711 Emerson Rd. Sterling, IL 61081](https://www.google.com/maps/d/viewer?mid=133X6wfs_ssCJDXPVzXE4a1GNQyM&hl=en&usp=sharing) ***EMERGENCY SERVICE AFTER-HOURS: 1-877-794-1044*** ## Contact Us --- ### [Liquid Handling](https://sterlingcontrols.com/products-capabilities/liquid-handling/) **Published:** May 9, 2024 **Author:** p1ws **Excerpt:** Custom design and manufacturing of the highest quality liquid handling and dosing systems, i.e. tote and dispensing systems. **Content:** # Liquid Handling ![liquid handling equipment](https://sterlingcontrols.com/wp-content/uploads/20181205_141634-MED-e1662670346551-1-600x511.jpg) Sterling Systems & Controls, Inc. custom designs and manufactures the highest-quality liquid handling and dosing systems, such as tote and dispensing systems. Not all liquid dispensing systems feature tote containers; drums and barrels are also used. The liquid-handling tote and dispensing systems are used in various industries, including food production and other industrial applications. Some liquid handling systems, known as “Mother Tote” systems or liquid dosing tote systems, discharge fluid from a portable or removable tote into a stationary tote that acts as a liquid surge tank. The same arrangement also exists in liquid dispensing systems using removable barrels or drums. The fluid is then metered from the stationary surge tote/tank into mixing bowls or other destinations. Dispensing can be done by weight or volume, as required by the process. Sterling Systems & Controls can also provide process control and automation for the liquid tote and dispensing systems. Using Allen-Bradley PLCs and HMIs or desktop PCs with touchscreen displays running Sterling Systems & Controls customized Windows-based automation software, no two systems are alike. You get what you need and what you want. **Benefits:** - Automated dispensing controls. - Less manual intervention & mess. - Improved consistency of applying material. - More accurate metering of liquids. - Food grade applications. - Dispensing system using spray bar improves disbursement of liquid material into mixing device. - More uniform flow and product conveying of fluids due to the optional heated dispensing system. - Reduce the cost of materials. - Totes are most often reusable. - Eliminate disposal of small containers (buckets, drums/barrels, jugs, etc.). ![](https://sterlingcontrols.com/wp-content/uploads/Mother-Tote-System-sharpened-1-scaled.jpg "Mother Tote System-sharpened | Sterling Systems & Controls")Mother Tote Liquid Dosing System ### Frequently Asked Questions **What is a liquid handling system?** A liquid handling system stores, meters, and dispenses liquid ingredients or additives into a process in a controlled, automated way, reducing manual intervention and improving repeatability. **What types of liquid handling systems does Sterling provide?** Sterling provides custom-engineered liquid dispensing systems including tote-based dispensing, automated metering, spray bar distribution, and optional heated dispensing to support uniform flow and process integration. **How do liquid handling systems ensure accurate dosing?** Systems are engineered with metering controls and sensors that measure liquid flow against targets, improving consistency and reducing waste. Spray bar distribution and temperature control options can further improve flow and uniform application. **When is heated dispensing used in liquid handling?** Heated dispensing is used when maintaining temperature improves liquid flow characteristics, reduces viscosity-related issues, and ensures consistent delivery, especially for temperature-sensitive fluids. **Can liquid handling systems integrate with plant automation and batching controls?** Yes. Sterling’s liquid handling systems can be integrated with batching, weighing, and plant controls so that dispensing events, targets, alarms, and statuses are visible within the broader automation strategy. ## Request a Quote --- ### [Bearing Condition Monitor](https://sterlingcontrols.com/products-capabilities/bearing-condition-monitor/) **Published:** May 9, 2024 **Author:** p1ws **Excerpt:** Bearing condition monitor systems can be standalone or integrated into a more comprehensive control and automation system. **Content:** # Bearing Condition Monitor ![bearing condition monitoring](https://sterlingcontrols.com/wp-content/uploads/20150717_155058-e1663699430881-1-600x551.jpg) The particle size reduction process utilizes equipment known as grinders and classifiers, along with other types of milling machines. These milling machines reduce the particle size of dry solids, such as grain and other granular materials, to a size required for further processing. These devices are rotating machinery and use bearings for proper and efficient operation. Therefore, a bearing condition monitor is advantageous to detect premature wear and failure of the machine. Sterling Systems & Controls, Inc. designs and manufactures bearing condition monitor systems of the highest quality for use with the [Prater Industries](http://www.praterindustries.com/?__hstc=42179962.5e97dacb060fa52071a47c902bbb2111.1715124994735.1715130744172.1715214063172.3&__hssc=42179962.2.1715214063172&__hsfp=2160068541) and other brands of high-speed mills or classifiers. Various standard and optional features are available, including a choice of intrinsically safe bearing sensors for hazardous areas. Intrinsically safe sensors are intended for use in the following hazardous areas: - Class I, Div. 1, Groups A, B, C and D. - Class II, Div. 1, Groups E, F and G. - Class III, Div. 1. - Ex ia IIC T4 Ga. - Ex II 1 G. - Class I Zone 0 AEx/Ex ia IIC T4 Ta = -50°C to 120°C. Bearing condition monitor systems can be standalone or integrated into a more comprehensive control and automation system. The Control Panel for the Standalone systems is a NEMA4X fiberglass enclosure with a front door window kit. **The standalone system includes:** - Intrinsically Safe Barriers (if applicable) for accelerometer and temperature sensor outputs. - Digital Display Relay Modules & Display Controllers. - Clearly labeled and secure screw-type terminals for all external connections. The integrated systems are custom-engineered and manufactured based on the overall control and automation system required for the process that it is integrated into. #### Typical Features - Intrinsically Safe or Non-Hazardous Designs. - Standalone or Integrated Monitoring. - Monitors Vibration, Acceleration and Temperature (°F or °C). - One, Two or Three Bearing Standalone Packages Available. - Programmable LCD Display and 4-20mA Outputs with Standalone Mill Monitor Systems. - Relay Output for Warning, Relay Output for Shutdown. - NEMA4X Wall Mounted Enclosure. - Accelerometers with Integral Temperature Sensing. - 100ft, 200ft or 300ft Long Cables for Sensors. - 120VAC or 24VDC Power for Control Panel. #### Benefits of Bearing Condition Monitor Systems - Detects and Warns Before a Shutdown Condition When Vibration or Temperature Values are Abnormal. - Can Eliminate Major Damage by Stopping Equipment Automatically. - Data Trending Ready. ### Frequently Asked Questions **What is a bearing condition monitor?** A bearing condition monitor is a sensor-based device or system that tracks vibration, temperature, or other signals from bearings on rotating equipment to indicate wear, imbalance, looseness, or developing faults before they cause failure. **Why is bearing condition monitoring important for industrial equipment?** Monitoring bearings helps detect early signs of wear or failure, enabling predictive maintenance that reduces unplanned downtime, extends equipment life, and improves safety and reliability of conveyors, mixers, fans, presses, and other rotating assets. **How does Sterling’s bearing condition monitoring integrate with control systems?** Sterling can integrate bearing condition monitors with automation systems so that vibration and temperature data are visible in PLC/HMI or supervisory software, triggering alarms, trends, and maintenance alerts through plant controls. **What types of data do bearing condition monitors provide?** These monitors provide trends in vibration amplitude/frequency, bearing temperature data, and status flags for thresholds, enabling technicians and operators to judge health and schedule maintenance. **Can bearing condition monitoring be part of a preventative maintenance strategy?** Yes. When incorporated into a preventative maintenance program, bearing condition monitoring provides data that helps schedule service or part replacement before catastrophic failure, reducing maintenance costs and stoppages. --- ## Get a Quote --- ### [Complete Process Systems](https://sterlingcontrols.com/products-capabilities/complete-systems/complete-process-systems/) **Published:** May 9, 2024 **Author:** p1ws **Excerpt:** We can bundle your milling, grinding, sifting, metal separation and other process equipment into complete process systems with our controls and automation. **Content:** # Complete Process Systems ![process systems](https://sterlingcontrols.com/wp-content/uploads/MAC5-CLASSIFIER-TOP-e1663703265414-1-600x428.jpg) Sterling Systems & Controls, Inc. can bundle your milling, grinding, sifting, metal separation and other process equipment into complete process systems with our controls and automation. Our skilled engineers have in-depth knowledge of the equipment required to properly operate your process from raw material feeding to the final product destination. Sterling Systems & Controls, Inc. has developed strategic partnerships with industry-leading equipment manufactures to be able to provide our customers with complete process systems design and integration. Why struggle with sizing air movers, filter receivers, piping, separation magnets, and other process equipment while dealing with multiple suppliers when you can get it all from one source? Sterling Systems & Controls, Inc. systems and controls integration with process equipment is second to none in the industry. [Request Quote](https://sterlingcontrols.com/about/request-a-quote/) ## Complete Process Design & Development - Sterling Systems & Controls, Inc.’s available Testing and Tolling Facility is one of the largest in North America. Our extensive knowledge of processing various materials from Ash to Zinc allows us to properly identify the requirements for your application. - We are pleased to have been serving a wide range of industry systems needs for more than 50 years, and we continue improving our process knowledge, systems and controls to effectively handle current and future customer applications. - When we test run your materials, we can support our system calculations and identify the parameters ahead of time that are needed to operate your system correctly, rather than guess or assume what is needed after the fact in the field. ## System Implementation and Management - We have the process and technical product knowledge, experience and expertise to provide the auxiliary equipment to make it all work together, as one complete process system. - We thoroughly understand what is needed to make your equipment function properly and to monitor it for maintenance and performance purposes. - Our Process Controls and Automation team has the expertise to ensure your project is done on time, accurately, and within budget. - Sterling Systems & Controls, Inc. provides complete project management services to assist you on all aspects of your needs. From design and complete equipment layout drawings to Gantt scheduling charts, and through to system startup and personnel training after installation in your facility, our services are ready to fulfill your requirements. - We offer start-up assistance and training on all projects. - We can offer mechanical and electrical installation services and supervision, and our technical services team is always ready to assist you. ## Complete Plant Automation Systems In addition to providing process control and automation systems for individual process equipment and the various segments of your manufacturing process, we can bring this all together in a single automation system. This can include the automation of the following into a single cohesive system: - Raw material receiving. - Material transfer or routing throughout the facility. - Batching control systems. - Mixing/blending. - Grinding/milling and classifying. - Sifting/screening. - Particle extruding (feed pellets etc.). - Storage of finished product. - Bagging/packaging in sewn bags, boxes or bulk bags. - Loadout to trucks or railcars. - Lot tracking, material traceability and validation (using RFID, Barcode, etc.). - Supervisory remote control. ### Frequently Asked Questions **What is a complete process system?** A complete process system is an integrated solution that combines process equipment and controls/automation so your operation runs as one coordinated workflow—from raw material feed through processing and into finished product handling or loadout. **What types of equipment can Sterling integrate into a complete process system?** Sterling can bundle and integrate process equipment such as milling, grinding, sifting, metal separation, air movers, filter receivers, piping, and other material handling components into a unified system with coordinated controls and automation. **Why choose a single-source complete system instead of multiple suppliers?** A single-source approach reduces coordination risk and engineering burden—especially around sizing and integration of supporting components (air movers, receivers, piping, magnets, and related equipment). It also streamlines accountability for system performance and commissioning. **Does Sterling support process design and validation before final system buildout?** Yes. Sterling references an available testing and tolling facility and uses material processing experience across a wide range of materials to help identify application requirements and validate the process approach before final system integration. **What industries use Sterling complete process systems?** Sterling supports complete systems across multiple process industries, including feed, pet food, food processing/baking, rubber compounding, and other industrial applications where integrated equipment and controls are required. --- ### [Bulk Bag Unloading Systems](https://sterlingcontrols.com/products-capabilities/bulk-bag-handling-systems/bulk-bag-unloading/) **Published:** May 9, 2024 **Author:** p1ws **Excerpt:** We offer a full line of bulk bag unloading and weighing systems that incorporate many of the same structural aspects as the micro, minor, and major material weighing and batching systems. **Content:** # Bulk Bag Unloading Systems ![bulk bag unloader](https://sterlingcontrols.com/wp-content/uploads/IMG_0006-rev-1A-e1663702909130-1-600x561.jpg) Bulk bag unloading systems are used to safely and efficiently discharge dry bulk materials from flexible intermediate bulk containers (FIBCs) into downstream processing or conveying equipment. Sterling Systems & Controls designs and integrates bulk bag unloading systems that support controlled material flow, reduced manual handling, and cleaner operating environments. These systems are commonly used in food processing, chemical manufacturing, plastics, mineral processing, and agricultural applications where materials must be unloaded from bulk bags and transferred into batching, conveying, or storage systems. Sterling’s bulk bag unloading solutions are designed to function as standalone material handling systems or as part of a larger [bulk bag handling systems](/products-capabilities/bulk-bag-handling-systems/) architecture. Facilities implementing bulk bag unloading systems often seek to improve material containment, minimize dust exposure, and maintain consistent flow into downstream processes. Sterling focuses on system designs that balance safety, reliability, and integration flexibility. ### What a Bulk Bag Unloading System Can Include - Bulk bag unloading systems are configured based on material characteristics, flow behavior, and downstream process requirements. A system may integrate: - Bulk bag unloaders with frame or hoist-based designs - Bag spout access and secure discharge interfaces - Flow aids such as massage paddles, vibration, or agitation - Dust containment and collection interfaces - Bag support and handling features - Controls and operator interfaces for unloading operations - Integration with downstream conveying, batching, or storage equipment - These systems are frequently paired with [batching systems](/products-capabilities/batching-weighing/batching-systems/) and downstream conveying equipment to support consistent material transfer. ### Automation, Integration & Controls Sterling bulk bag unloading systems can incorporate automation and controls that manage material discharge, flow consistency, and operator interaction. Systems may be integrated with existing equipment or connected into broader material handling workflows through Sterling’s **[controls and automation](/products-capabilities/controls-automation/)** capabilities. Automation can support controlled discharge rates, interlocks with downstream equipment, and sequencing logic that helps prevent overfeeding or material buildup. This approach improves process reliability while reducing operator intervention. Bulk bag unloading systems are often integrated with upstream storage or downstream **[bulk bag filling systems](/products-capabilities/bulk-bag-handling-systems/bulk-bag-filling-systems/)** to support end-to-end bulk material handling within a facility. ### Design, Integration & Lifecycle Support Sterling supports bulk bag unloading projects from early application evaluation through system commissioning. Support can include system design, controls development, integration with existing equipment, start-up assistance, and operator training. By managing system integration and controls under a single scope, Sterling helps ensure that bulk bag unloading systems operate reliably within the broader production environment. ### Frequently Asked Questions **What is a bulk bag unloading system?** A bulk bag unloading system is engineered equipment that safely supports, conditions, and discharges material from a bulk bag into a downstream process or storage system, using features such as dust containment, scale integration, and controlled flow to maintain accuracy and safety. **How does Sterling’s bulk bag unloading equipment improve material handling?** Sterling’s systems improve material handling by controlling dust emissions, stabilizing bag support, metering discharge, and integrating weigh scales or feeders to ensure accurate transfer of bulk solids into conveyors, hoppers, or batching systems. **Can bulk bag unloading systems be integrated with automation and controls?** Yes. Sterling designs bulk bag unloading systems to integrate with PLC/HMI or SCADA controls, weigh batching logic, and plant automation so that unloading events, weights, alarms, and material statuses can feed into a broader process control network. **What industries typically use bulk bag unloading systems?** Industries using bulk bag unloading include animal feed, baking and food processing, pet food, chemicals, plastics compounding, and other industrial processes where dry bulk solids are handled and require controlled discharge. **What options are available for dust control and containment?** Sterling’s bulk bag unloaders can include dust containment features such as enclosures, filters, negative-pressure ventilation, and connection points for existing plant dust collection systems to minimize fugitive material and improve workplace safety. ## Request a Quote --- ### [Bulk Bag Filling Systems](https://sterlingcontrols.com/products-capabilities/bulk-bag-handling-systems/bulk-bag-filling-systems/) **Published:** May 9, 2024 **Author:** p1ws **Excerpt:** We design and manufacture bulk bag loading systems for a wide range of applications. **Content:** # Bulk Bag Filling Systems Bulk bag filling systems are used to accurately and safely fill flexible intermediate bulk containers (FIBCs) with dry bulk materials in industrial processing environments. Sterling Systems & Controls designs and integrates bulk bag filling systems that support controlled material flow, reliable weight accuracy, and clean operating conditions while allowing facilities to scale production efficiently. These systems are commonly used in food, chemical, mineral, plastics, and agricultural applications where materials are transferred from upstream processes into bulk bags for storage, transport, or shipment. Sterling’s bulk bag filling solutions are engineered to function as standalone material handling systems or as part of a larger automated process. Facilities implementing bulk bag filling systems often seek improved consistency, reduced manual handling, and better dust containment. Sterling focuses on system designs that balance throughput, accuracy, and operator safety while integrating seamlessly with upstream equipment. ![bulk bag loader](https://sterlingcontrols.com/wp-content/uploads/BULK-BAG-LOADING-rev1-e1663699945881-1-600x585.jpg) ## What a Bulk Bag Filling System Can Include Bulk bag filling systems are configured based on material characteristics, throughput requirements, and facility layout. A system may integrate: - Bulk bag filling stations with single- or multi-point filling - Weighing and batching controls for accurate bag weights - Bag inflation and tensioning mechanisms - Dust containment and collection interfaces - Manual or automated bag handling features - Controls and operator interfaces for filling operations - Integration with upstream conveying, storage, or batching equipment These systems are commonly paired with upstream [batching systems](/products-capabilities/batching-weighing/batching-systems/) and downstream material handling processes to support consistent production flow. ### Automation, Integration & Controls Sterling bulk bag filling systems can be supplied with automation and controls that coordinate material flow, weighing accuracy, and operator interaction. Systems can be designed to interface with existing process equipment or integrated into broader material handling architectures through Sterling’s [controls and automation](/products-capabilities/controls-automation/) capabilities. Where required, automation can support recipe-based batching, controlled fill rates, and repeatable sequencing to reduce variability and operator dependency. This approach helps facilities maintain consistent fill weights while improving throughput and reducing rework. Bulk bag filling systems can also be integrated into larger [bulk bag handling systems](/products-capabilities/bulk-bag-handling-systems/) to support unloading, conditioning, and material transfer within the same facility. ### Design, Integration & Lifecycle Support Sterling supports bulk bag filling projects from early application review through system commissioning. Support can include system design, controls development, integration with existing equipment, start-up assistance, and operator training. By providing system integration and controls under one scope, Sterling helps reduce coordination challenges and ensures that bulk bag filling systems operate reliably within the broader production environment. ### Frequently Asked Questions **What materials are commonly handled by bulk bag filling systems?** Bulk bag filling systems are used for powders, granules, pellets, and other dry bulk materials commonly found in food processing, chemical, plastics, mineral, and agricultural applications. **How do bulk bag filling systems control fill weight accuracy?** Fill accuracy is controlled using integrated weighing systems and batching controls that monitor material flow and stop filling once the target weight is reached. **Can bulk bag filling systems integrate with existing equipment?** Yes. Bulk bag filling systems can be integrated with existing upstream conveyors, hoppers, or batching systems to fit within current process layouts. **Do bulk bag filling systems help reduce dust during filling?** Yes. Systems can include dust containment features and interfaces to dust collection equipment to help maintain cleaner operating conditions during filling. **Does Sterling provide support after installation?** Sterling provides commissioning support, operator training, and ongoing technical assistance to help facilities maintain reliable bulk bag filling operations. ## Request for Quote --- ### [Data Management for Fracturing Sand Facilities](https://sterlingcontrols.com/products-capabilities/controls-automation/data-management-for-fracturing-sand-facilities/) **Published:** May 10, 2024 **Author:** p1ws **Excerpt:** SandTrack™ is a software application that provides data management for fracturing sand facilities. **Content:** # Data Management for Fracturing Sand Facilities ## What is SandTrack™? SandTrack™ is a software application from Sterling Systems & Controls, Inc. that provides data management for fracturing sand facilities. It provides Inventory and activity tracking for hydraulic fracturing sand storage and distribution facilities. It can also be used with any other types of sand distribution facilities. It integrates seamlessly with a Sterling Systems & Controls automation control system to provide data management and historical data logging for activities that occur through the control system. An optional data import/export module can be included to provide a bridge between third-party truck or railcar systems and the Sterling Systems & Controls system. This allows truck and railcar tickets to be imported from the third-party system, serviced by the control system and exported back to the third-party system. The SandTrack inventory data management for fracturing sand facilities application provides data management, historical data logging, ticket printing, management reports, and bridging between the aforementioned third-party and the Sterling Systems & Controls system and the Sterling Systems & Controls WebCentral™ remote supervisory application, as well as any remote corporate network ERP system. ![](https://sterlingcontrols.com/wp-content/uploads/RailcarHistoryScreen-3-1024x340.jpg "RailcarHistoryScreen-3 | Sterling Systems & Controls")## What Can I Do with SandTrack™? - The SandTrack™ inventory data management for fracturing sand facilities application provides the following capabilities: - Set the types of sand present within the system; “Sand Types” (establish Sand Type Code, Description, Bulk Density and the beginning Total Inventory in the system) - Establish a list of truck drivers and set up each; “Drivers” (Driver ID, Last Name, First Name, Employer and Phone Number) - Establish a list of jobs or wells to be serviced and satisfied; “Jobs/Wells” (establish Job ID, Description, Active, Contact Name / Phone, Address 1 and 2 etc.) - Truck Ticket Screen - Completed Truck Ticket - Schedule each railcar currently onsite; “Railcar Sched” (Track, Railcar ID, Sand Type, Vendor, and more) - Create Truck Tickets, view and print; “Truck Tickets” (Ticket ID, Driver ID, Truck ID, Driver Name, Job/Well, Sand Type, and more) - Display a log of all transfer data that has been uploaded from the Control System; “Railcar History” (Start / End Time, Railcar ID, Start / End Inventory, Vendor ID, Start / End Inventory and more) - Display a log of all truck loading data that has been uploaded from the system; “Truck History” (Start / End Time, Ticket ID, Driver ID, Driver Name and more) - SandTrack provides numerous data screens for the setup and data display of Railcars, Trucks, Drivers, Silos, Truck Tickets, Jobs and more - Define the storage location for the Sand Types; “Silo Assignment” (Silo ID, Silo Name, Type of storage, Sand Type / Description / Capacity, and much more) - And more ![](https://sterlingcontrols.com/wp-content/uploads/CompletedTruckTicketScreen-1.jpg "CompletedTruckTicketScreen | Sterling Systems & Controls")### Frequently Asked Questions **What is SandTrack™ data management software?** SandTrack™ is a software application from Sterling Systems & Controls that provides inventory and activity tracking for fracturing sand facilities. It integrates with a Sterling control system to manage sand types, trucking/railcar tickets, inventory levels, and historical data logging. **How does SandTrack™ integrate with control systems?** SandTrack™ links seamlessly with Sterling Systems & Controls automation control systems and can interface with remote supervisory software and third-party systems to import/export truck or railcar ticket data for processing and reporting. **What data can SandTrack™ manage and report?** SandTrack™ provides logging and reporting for truck and railcar history, silo inventory status, job/well details, driver and vehicle records, and transaction history. It also supports ticket printing and management reporting for day-to-day operations. **Can SandTrack™ handle third-party ticket systems?** Yes. An optional import/export module allows SandTrack™ to bridge between third-party ticketing systems (truck or rail) and the Sterling control system, enabling data exchange for tickets and operational records. **Who benefits from using SandTrack™ software?** Operators of hydraulic fracturing sand storage and distribution facilities, as well as other sand handling facilities that require reliable inventory tracking, historical reporting, and integration to plant-wide control and ERP systems, benefit from SandTrack™. ## Request a Demo --- ### [Supervisory Control Software](https://sterlingcontrols.com/products-capabilities/controls-automation/supervisory-control-software/) **Published:** May 10, 2024 **Author:** p1ws **Excerpt:** WebCentral is a browser-based supervisory control software application that allows you to access the database of a Sterling Systems & Controls, Inc. control system. **Content:** # Supervisory Control Software ## What is WebCentral? WebCentral is a browser-based supervisory control software application that allows you to access the database of a Sterling Systems & Controls, Inc. control system. It allows you to do things like add or remove ingredients, create and manage recipes, manage ingredient and product inventories, set up a batching schedule, and review and print historical reports in a batching control system. Because WebCentral is browser-based, it is very simple and intuitive to use. This also means that WebCentral can be accessed by virtually any computer that is networked with the Sterling Systems batching or other type of control system, without having to install any software, other than a web browser. All features of WebCentral are protected with an elaborate, yet flexible, security scheme which is fully customizable. ![](https://sterlingcontrols.com/wp-content/uploads/Bin-Assignment-Table-WebCentral-1.png "Bin-Assignment-Table-WebCentral | Sterling Systems & Controls") ## Why WebCentral? Does Accounting need to look up historical records, but they can’t modify recipes? What if your lab or corporate office needs to change recipes, but you don’t want them to change the batching schedule? No problem! WebCentral is a perfect fit for these and many other scenarios where a variety of individuals need access to information from your control system in a secure, reliable, and simple way. ## What Can I Do With WebCentral Supervisory Control Software? - Add, Modify and Remove Ingredients and Ingredient Process Parameters. - Create, Modify, and Delete Formula Recipes. - Manage Bin Assignment Parameters. - Create and Modify the Batching Schedule. - Manage Ingredient and Formula Inventories. - View Current Batching Status in Real-Time (in text form). - Change System Parameters. - Most Screens contain Searching and Sorting capabilities to make it easy to find what you are looking for. - View and Search the Event Log. The Event Log stores all Alarm and Event Information captured by the Batching or Control System. - Search for, View, and Print Historical Data. - Print Reports, including Ingredient Listings, Formula Listings, Formula Recipes, Bin Assignment Listings, Batching Schedule, Hand Add Check Lists, Daily Ingredient Usages, and Projected Ingredient Usages. ### Frequently Asked Questions **What is supervisory control software?** Supervisory control software provides a centralized interface to monitor and control distributed equipment, gather real-time data, manage alarms and events, and present dashboards that help operators and managers make decisions across an entire plant or process network. **How does supervisory control differ from basic PLC/HMI control?** PLCs and HMIs handle local control at machines or cells; supervisory control software aggregates data from multiple PLC/HMI sources, normalizes the information, and provides broader context, visualization, history, and reporting at plant-wide levels. **Can supervisory software integrate with existing automation systems?** Yes. Sterling designs supervisory control software to interface with existing PLCs, HMIs, historians, and SQL databases. Systems can pull data from heterogeneous control platforms and present unified dashboards and reports. **What benefits does supervisory software provide for plant operations?** Supervisory software increases visibility into key performance indicators, event logs, batch history, recipe status, and process trends. It enables centralized alarm management, shift reporting, and insights that improve uptime, throughput, and decision-making. **Does Sterling provide remote supervision and data access?** Yes. Supervisory control software can include remote access components, historian integration, and web dashboards that let authorized users view plant conditions beyond the shop floor, improving responsiveness and collaboration. --- ### [Feed Mill Automation](https://sterlingcontrols.com/products-capabilities/complete-systems/feed-mill-automation/) **Published:** May 9, 2024 **Author:** p1ws **Excerpt:** Feed Mill automation can simplify operation and improve the efficiency of cost and throughput for almost any feed mill. **Content:** # Feed Mill Automation ## Turn Over-the-Hopper into Turnkey Production Feed mill automation can simplify operations, reduce cost and increase throughput for almost any feed-processing facility. Sterling Systems & Controls custom-engineers full feed-mill solutions (or subsystem upgrades) for cattle, poultry, swine, equine and specialty feed operations. ### Why Automation Makes a Difference - Manual or semi-manual mills face labor, error, and traceability risks. - Automation links receiving, grinding, batching, pelleting, load-out and truck-scale systems under one control, improving safety, consistency and efficiency. - Data capture: ingredient & vendor tracking, recipe/lot traceability, inventory management and remote access. ### What Sterling Delivers - Custom automation hardware & software built on Allen-Bradley PLCs, Windows-based PCs, and Sterling’s library. - Modular process coverage: receiving/transfer, grinding, batching (micro/minor/major), pelleting, load-out/truck scale. - SQL-based database and remote-supervisory WebCentral for real-time data and historic analysis. ### Typical Automation Modules - Receiving & Transfer: truck/rail scale, routing, inventory logging. - Grinding Control: hammer/roller mills, schedule-driven, throughput monitoring. - Batching & Mixing: recipe control, simultaneous scale use, database history. - Load-out & Shipping: correct product/truck routing, sensor verification, automatic reporting. ![FEEDMILL AUTOMATION OVERVIEW](https://sterlingcontrols.com/wp-content/uploads/FEEDMILL-AUTOMATION-OVERVIEW_Page_2-1-scaled-1.jpg "FEEDMILL-AUTOMATION-OVERVIEW_Page_2-1-scaled-1 | Sterling Systems & Controls")### Frequently Asked Questions **What is feed mill automation?** Feed mill automation is engineering and system integration that controls batching, material handling, weighing, and process sequencing throughout the feed production flow using PLC/HMI or HMI/SCADA platforms and custom control panels. **What parts of a feed mill can Sterling automate?** Sterling automates ingredient receiving and transfer, weighing and batching, mixers, conveyors, elevators, loadout systems, and upstream/downstream equipment. The goal is tighter control over formulations, throughput, and consistency. **Does Sterling integrate data tracking into feed mill systems?** Yes. Sterling’s systems can capture production data, recipes, batch history, alarms, and events into SQL databases, historians, or data services for reporting, traceability, and analytics. **Can Sterling work with existing equipment in a feed mill?** Yes. Sterling evaluates current mechanical and control systems to determine where software upgrades, PLC/HMI changes, and panel redesigns can optimize performance without unnecessary replacements. **How does feed mill automation improve consistency and efficiency?** By coordinating weighing, batching, material handling, and control logic, automation reduces manual steps, improves tolerance control, increases throughput, and provides operator visibility with centralized control interfaces and reporting. ### Why Choose Sterling - Over 50 years of automation experience in feed & related industries. - Single-source integration of hardware, software, panels and system logic. - Global support and long-term service commitment. **Ready to automate your entire feed-mill line or upgrade key subsystems?** [Contact us](/contact/) for an application review and we’ll map the automation architecture to optimize throughput, traceability and value. ## Get a Quote --- ### [Process Controls & Automation](https://sterlingcontrols.com/products-capabilities/controls-automation/process-controls-automation/) **Published:** May 10, 2024 **Author:** p1ws **Excerpt:** At Sterling Systems & Controls, we can match your specific equipment or process with the best process controls and automation system for your application. **Content:** # Process Controls & Automation ## Transforming Feed Mill Processing with Automation Enhancing the efficiency and productivity of feed production is crucial for supporting livestock farming and ensuring a stable food supply over the coming decades. To address this challenge, feed mill automation has become increasingly important. By integrating advanced software with traditional hardware, automation improves feed production processes, streamlines operations, and boosts productivity. These advancements also contribute to greater sustainability and reduce environmental impact. ![Main Mixer Screen](https://sterlingcontrols.com/wp-content/uploads/MainMixerScreen-SCENE3.4-REV-600x326.png) ## **From Machines to Metrics** Sterling Systems & Controls engineers complete process control and automation systems—whether you’re upgrading a legacy line or building a new facility. From mixers, conveyors and feeders to full plant-wide automation with MES/ERP integration, our turnkey solutions bring better uptime, stronger data, and fewer surprises. ### Why It Matters **Processes without controls** lack repeatability, traceability and audit-readiness. Sterling fixes that by making your controls architecture part of the process, not just an add-on. **Un-managed legacy systems** lead to undocumented changes, unsupported software, and production risk. **Disconnected machines** prevent holistic monitoring and cause data blind spots. ![FRAC SAND](https://sterlingcontrols.com/wp-content/uploads/FRAC-SAND-600x337.png) ### Core Capabilities - Custom control panels (UL-listed USA/Canada) combining PLC, HMI, drives, safety and I/O. - PC-based or .NET applications with modern architecture, SQL database, thin-client HMIs, and visualization. - HMI/SCADA systems designed for operator clarity, minimal training and responsive alarms. - Process integration (batching, weigh systems, conveying, loading/unloading, mixers) across solids, liquids and bulk materials. - Full lifecycle services: requirements definition, engineering, build, commission, training and long-term support. ### Typical Applications - Pneumatic/Mechanical conveying: loading, unloading, transfer. - Mixing/blending, particle reduction, dryers, packaging lines. - Truck/rail loading/unloading, compaction, bulk solids handling. - OEM equipment controls and lines for bake-food, feed, pet-food, chemicals, plastics. ### Upgrade or New Build? Whether you’re preserving legacy hardware (and its quirks) or starting fresh, we tailor the solution: - **Upgrade path:** retain mechanical equipment, modernize controls/software, clean up code and reporting. - **New build:** full system from panel to PLC/HMI to data architecture, documented and scalable. **Ready to control more than just equipment?** Let’s map your process controls and automation architecture—so you get data you can trust and operations you can scale. Request a quote or schedule a discovery call. ### Frequently Asked Questions **What does Sterling mean by process controls and automation?** Sterling engineers complete controls and automation systems that coordinate equipment, software, and data flow across a manufacturing process. This includes custom control panels, PLC/HMI or HMI/SCADA platforms, and system integration designed to improve repeatability, traceability, and operational visibility. **What equipment and processes can Sterling integrate into a controls system?** Sterling integrates controls across batching systems, material weighing, conveying, mixing, loading and unloading, and other bulk material handling operations. Applications commonly include transfer systems, blending, particle reduction, drying, packaging lines, and truck or rail loadout. **What control panel and software capabilities does Sterling provide?** Sterling designs and manufactures custom control panels, including UL-listed panels for the United States and Canada. Systems may include PLCs, HMIs, drives, safety components, and I/O, along with PC-based or .NET software applications, SQL database integration, and modern visualization platforms. **Do you design operator-friendly HMI or SCADA systems?** Yes. Sterling develops HMI and SCADA interfaces focused on operator clarity, alarm management, and ease of use. Systems are designed to reduce training time while improving response to process conditions and operational events. **Should an existing control system be upgraded or replaced entirely?** Sterling supports both modernization and new system development. Upgrades typically retain existing mechanical equipment while improving software, control logic, and reporting. New systems provide a fully engineered solution from panel design through PLC/HMI architecture and documentation, allowing for future scalability. ## Request a Quote --- ### [Automation Software Upgrade](https://sterlingcontrols.com/products-capabilities/controls-automation/automation-software-upgrade/) **Published:** May 10, 2024 **Author:** p1ws **Excerpt:** FreshStart™ is a technology program for automation software upgrades designed specifically for your Sterling Systems & Controls, Inc. legacy PC-based software. **Content:** # Automation Software Upgrade ## What is FreshStart™? FreshStart™ is a technology program for automation software upgrades designed specifically for your Sterling Systems & Controls, Inc. legacy PC-based software. Do you have automation software applications including batching, mixing, grinding and much more, designed for and operating on MS-DOS, Windows XP, Windows 7, and Windows 8/8.1? Your company or industry does not matter. If you currently use the state-of-the-art Microsoft .Net-based software applications from Sterling Systems & Controls, great! If not, and you currently use our legacy PC-based software, the FreshStart technology upgrade is for you! ## **Extend Life, Add Capability, Reduce Risk** ![](https://sterlingcontrols.com/wp-content/uploads/MIXERSSCREEN-1.png "MIXERSSCREEN | Sterling Systems & Controls") ## Reasons for Automation Software Upgrade Controls age fast. Sterling’s **Automation Software Upgrade** modernizes your PLC/HMI/SCADA layer so production stays secure, supportable, and efficient—without a rip-and-replace. We migrate logic and graphics, clean up alarms, harden networks, and preserve your historical data and recipes. ### What This Upgrade Solves - **Obsolescence:** legacy runtimes, unpatchable OS/HMIs, discontinued PLC platforms - **Security gaps:** outdated firmware, weak user/role models, flat networks - **Downtime risk:** nuisance alarms, unstable code, no disaster-recovery plan - **Data silos:** reports trapped on a single node; no SQL/centralized history ### What We Deliver - **Current PLC/HMI/SCADA software** and firmware baselines - **Rationalized alarms & messaging** (ISA-style priorities, clearer operator guidance) - **Recipe & SQL migration** with audit-ready batch/lot records - **Cyber hardening** (user roles, patch paths, backups, network segmentation guidance) - **Operator/maintenance training** and full documentation ### Typical Scope 1. **PLC application review & cleanup** (naming, comments, sequencing) 2. **HMI/SCADA modernization** (graphics, navigation, security, thin client options) 3. **Historian/SQL upgrade** (retention policies, reports, dashboards) 4. **Alarm rationalization** (shelving, suppression, priorities, KPIs) 5. **Disaster recovery** (image/backups, restore tests) 6. **Cutover plan** (offline simulation, phased validation, go-live support) ### Compatible with Your Reality Allen-Bradley/Logix, Siemens, and mixed-vendor plants; Windows-based HMIs; existing networks (pneumatic/mechanical interlocks kept intact); integrates cleanly with batching, weighing, and plant MES/ERP. **Need to upgrade without downtime surprises?** Request a quick application review—we’ll baseline your controls, outline risks, and propose an upgrade path that fits your maintenance window and budget. ### Frequently Asked Questions **What is an automation software upgrade?** An automation software upgrade is the process of updating or replacing legacy batch and process control software with modern applications that improve reliability, data visibility, and integration with PLC/HMI systems. Upgrades focus on performance, security, and maintainability without changing underlying process logic unless required. **Why should I consider upgrading my automation software?** Upgrading improves system stability, reduces downtime risk, enhances operator interfaces, increases data accessibility for reporting and analytics, and aligns control systems with current technology standards. It enables better tracking of production, recipes, events, and alarms. **Can an automation software upgrade work with existing hardware?** Yes. Sterling engineers assess current PLCs, I/O, and network infrastructure to determine where software improvements can be made without unnecessary hardware replacement. When hardware do need updating, the solution is scoped to balance performance, cost, and future support. **How does Sterling perform an automation software upgrade on existing systems?** Sterling’s approach begins with assessment and documentation of existing controls, followed by software design that meets current production requirements. Updated code is tested offline, installed on site, and commissioned with operator training and validation of batch and process control functions. **What benefits do upgraded control systems provide for data and reporting?** Upgraded automation software improves production data capture, event logs, recipe tracking, audit trails, and connectivity to historian or plant reporting systems. This enables better decision-making, traceability, and compliance with internal and external reporting requirements. ## Request a Quote --- ### [Feed Milling & Pet Food Manufacturing](https://sterlingcontrols.com/industries-applications/feed-milling-pet-food-manufacturing/) **Published:** May 9, 2024 **Author:** p1ws **Excerpt:** Sterling Systems & Control's roots are firmly grounded in the animal feed (feed milling) and pet food manufacturing industries, with more than 50 years of experience in providing innovative custom-engineered solutions to customers worldwide. **Content:** # Feed Milling & Pet Food Manufacturing Sterling Systems & Controls, Inc. has its roots firmly grounded in the Animal Feed (feed milling) and Pet Food Manufacturing industries, with more than 50 years of experience in providing innovative custom-engineered solutions worldwide. While we have expanded and branched out to other industries throughout the decades, we began by custom engineering process control/automation, micro ingredient batching and other material weighing, liquid handling, and bulk bag filling and unloading systems for the feed milling industries and we have never lost touch with our roots. Our expertise in Animal Feed and the Food Processing industries led us to develop deep expertise in the Pet Food Manufacturing business as well. Our solutions are focused on delivering improved process efficiencies, product safety, consistency, production throughput, and increasing profitability. ## Feed Milling & Pet Food Manufacturing [ ![Bulk Bag Resupply of Batching System](https://sterlingcontrols.com/wp-content/uploads/bulk-bag-resupply-516x291.jpg "bulk-bag-resupply | Sterling Systems & Controls") ### Bulk Bag Resupply of Batching System ](https://sterlingcontrols.com/industries-applications/feed-milling-pet-food-manufacturing/bulk-bag-resupply-batching-system/) [ ![cattle feed batching control](https://sterlingcontrols.com/wp-content/uploads/cattle-feed-batching-control-516x290.jpg "cattle-feed-batching-control | Sterling Systems & Controls") ### Cattle Feed Batching Control ](https://sterlingcontrols.com/industries-applications/feed-milling-pet-food-manufacturing/cattle-feed-batching-control/) [ ![feed mill controls](https://sterlingcontrols.com/wp-content/uploads/feed-mill-controls-516x282.png "feed-mill-controls | Sterling Systems & Controls") ### Custom Feed Mill Controls ](https://sterlingcontrols.com/industries-applications/feed-milling-pet-food-manufacturing/custom-feed-mill-controls/) [ ![feed mill automation screen](https://sterlingcontrols.com/wp-content/uploads/feed-mill-automation-516x290.jpg "feed-mill-automation | Sterling Systems & Controls") ### Feed Mill Automation Receiving & Transfer ](https://sterlingcontrols.com/industries-applications/feed-milling-pet-food-manufacturing/feed-mill-automation-receiving-transfer/) [ ![feed batching bulk bags](https://sterlingcontrols.com/wp-content/uploads/feed-batching-bulk-bags-516x372.jpg "feed-batching-bulk-bags | Sterling Systems & Controls") ### Feed Batching Using Bulk Bags ](https://sterlingcontrols.com/industries-applications/feed-milling-pet-food-manufacturing/feed-batching-using-bulk-bags/) [ ![grinding feed mill automation](https://sterlingcontrols.com/wp-content/uploads/grinding-feed-mill-automation-516x279.jpg "grinding-feed-mill-automation | Sterling Systems & Controls") ### Grinding Feed Mill Automation ](https://sterlingcontrols.com/industries-applications/feed-milling-pet-food-manufacturing/grinding-feed-mill-automation/) [ ![hand prompt screen](https://sterlingcontrols.com/wp-content/uploads/hand-prompt-screen-516x282.jpg "hand-prompt-screen | Sterling Systems & Controls") ### Hand Prompt Batching in Pet Food ](https://sterlingcontrols.com/industries-applications/feed-milling-pet-food-manufacturing/hand-prompt-batching-pet-food/) [ ![legacy software upgrade](https://sterlingcontrols.com/wp-content/uploads/legacy-software-upgrade-516x290.jpg "legacy-software-upgrade | Sterling Systems & Controls") ### Legacy Software Upgrade for Feed Mill ](https://sterlingcontrols.com/industries-applications/feed-milling-pet-food-manufacturing/legacy-software-upgrade-feedmill/) [ ![automated feed mill control systems](https://sterlingcontrols.com/wp-content/uploads/automated-feed-mill-controls-516x290.jpg "automated-feed-mill-controls | Sterling Systems & Controls") ### Automated Feed Mill Control System ](https://sterlingcontrols.com/industries-applications/feed-milling-pet-food-manufacturing/automated-feed-mill-control-system/) [ ![Loadout Feed Mill Automation](https://sterlingcontrols.com/wp-content/uploads/loadut-feed-mill-automation-516x279.jpg "loadut-feed-mill-automation | Sterling Systems & Controls") ### Loadout Feed Mill Automation ](https://sterlingcontrols.com/industries-applications/feed-milling-pet-food-manufacturing/loadout-feed-mill-automation/) [ ![cattle feeder](https://sterlingcontrols.com/wp-content/uploads/cattle-feeder-333x516.jpg "cattle-feeder | Sterling Systems & Controls") ### Manufacturing Cattle Feed ](https://sterlingcontrols.com/industries-applications/feed-milling-pet-food-manufacturing/manufacturing-cattle-feed/) [ ![pellet mill](https://sterlingcontrols.com/wp-content/uploads/pellet-mill-516x291.jpg "pellet-mill | Sterling Systems & Controls") ### Pellet Mill Control ](https://sterlingcontrols.com/industries-applications/feed-milling-pet-food-manufacturing/pellet-mill-control/) [ ![Batching Feed Mill Automation Screens](https://sterlingcontrols.com/wp-content/uploads/batching-automation-screen-516x282.png "batching-automation-screen | Sterling Systems & Controls") ### Batching Feed Mill Automation ](https://sterlingcontrols.com/industries-applications/feed-milling-pet-food-manufacturing/batching-feed-mill-automation/) [ ![pelleting feed mill process automation screen](https://sterlingcontrols.com/wp-content/uploads/pelleting-feed-mill-process-screen-516x282.png "pelleting-feed-mill-process-screen | Sterling Systems & Controls") ### Pelleting Feed Mill Automation ](https://sterlingcontrols.com/industries-applications/feed-milling-pet-food-manufacturing/pelleting-feed-mill-automation/) > **What are the Feed Milling and Pet Food Manufacturing Industries?** > > Animal feeds, including Feed Milling, play a leading role in the global human/animal food industry. Feed is arguably the largest and most crucial component to ensuring safe, abundant, and affordable animal proteins. World compound feed production is estimated at 1.29 billion tonnes in 2023. Feed Milling is the process of manufacturing a variety of feed ingredients and finished animal feeds for cattle, swine, poultry, equine, fish, and more. > > Pet Food Manufacturing is the production of pet food ingredients or finished products for domestic pets, such as cats and dogs. As pet owners increasingly treat their pets as family members, children even, pet Food Manufacturing is closely akin to both Food Processing and Feed Milling. Safety, consistency, flavor, and nutrition have become paramount in Pet Food Manufacturing. ## Get a Quote --- ### [Trade Show Schedule](https://sterlingcontrols.com/about/tradeshow-schedule/) **Published:** May 9, 2024 **Author:** p1ws **Content:** # Trade Show Schedule ![IMG_0793 (1)](https://sterlingcontrols.com/wp-content/uploads/IMG_0793-1-600x277.jpeg) ## 2026 Schedule **IPPE 2026 (International Production & Processing Expo) –** Atlanta, GA **Booth #A1121** January 27-29, 2026 **Powder & Bulk Solids South** – Charlotte, NC April 22-23, 2026 **Petfood Forum** – Kansas City, MO April 27-29, 2026 **PACK EXPO Chicago** – Chicago, IL October 18-21, 2026 ## Contact Us Today --- ### [Baking & Food Processing](https://sterlingcontrols.com/industries-applications/baking-food-processing/) **Published:** May 8, 2024 **Author:** p1ws **Excerpt:** Whenever appealing and delectable baked goods and other food products are the end result, you can be confident that Sterling Systems & Controls, Inc.’s custom-engineered solutions were most likely involved in the production process. **Content:** # Baking & Food Processing ![robotic food packing muffins](https://sterlingcontrols.com/wp-content/uploads/FE0920_Robots1-ABB-Robotic-Food-Packing-1-600x367.jpg) Sterling Systems & Controls provides automation, material handling, batching, weighing, and process integration solutions tailored to the baking and food processing industry. From ingredient batching and formulation to mixing, transfer, and controls integration, Sterling helps food producers achieve consistent product quality, streamlined workflows, and operational traceability. Baking and food processing facilities often handle complex sequences of dry and liquid ingredients, high-volume material transfers, and multiple processing stages such as blending, proofing, baking, cooling, and packaging. Sterling’s solutions combine controls and automation, precision batching and weighing, and integration with material handling systems to support repeatable, reliable performance at scale. Rather than treating control logic, weighing systems, and material movement as isolated components, Sterling approaches baking and food processing workflows holistically — ensuring that process accuracy, automation, and integration work together to improve consistency, reduce variability, and support quality standards. ### Baking & Food Processing Applications Sterling supports a wide range of applications specific to the baking and food processing industry, including: - Ingredient **[batching and weighing](/products-capabilities/batching-weighing/)** for dry and liquid components - Recipe management and production sequencing - Integration with mixers, dough handling, ovens, and packaging equipment - Controls and automation for process coordination and monitoring - Conveying and material handling between process zones - Data capture and reporting for quality control and compliance These capabilities help facilities maintain ingredient accuracy, enhance production visibility, and support scalable operations from pilot lines to full-scale manufacturing. ### Integration with Controls & Automation Baking and food processing workflows rely on consistent coordination between equipment, controls, and material flow. Sterling integrates batching and weighing systems with advanced automation platforms to: - Improve consistency in ingredient measurement and process sequencing - Reduce manual handling and operator variability - Facilitate recipe changeovers and formulation control - Support centralized control dashboards and system diagnostics - Coordinate downstream equipment such as ovens, proofers, and packaging lines This integration supports repeatable product quality, reduces waste, and enhances throughput in high-volume production environments. ### Design, Implementation & Support Sterling supports baking and food processing automation projects from initial application review through system design, testing, commissioning, and operator training. By delivering controls, automation, batching, and material handling integration under a single project scope, Sterling helps food producers reduce implementation risk and achieve long-term system performance. #### Frequently Asked Questions **What baking and food processing applications do Sterling’s solutions support?** Sterling supports ingredient batching and weighing, recipe management, process sequencing, controls integration, and material handling for mixers, ovens, packaging systems, and conveyors. **Can Sterling integrate automation with existing food processing equipment?** Yes. Sterling’s controls and automation solutions can integrate with existing mixers, dough handling systems, ovens, packaging lines, and other equipment to improve coordination and production flow. **How do batching and weighing systems improve product consistency?** Batching and weighing systems improve consistency by precisely measuring and sequencing ingredient additions according to programmed recipes, reducing variability and improving quality control. **Does Sterling provide data capture and reporting capabilities?** Yes. Systems can capture ingredient weights, batch execution details, and process data to support quality control, compliance reporting, and production insights. **Does Sterling provide support after installation?** Sterling provides implementation support, system commissioning, operator training, and ongoing technical assistance to help food processing facilities maintain reliable operations. ## Baking & Food Processing [ ![Minor ingredient system for foods](https://sterlingcontrols.com/wp-content/uploads/micro-ingredient-system-food-516x387.jpg "micro-ingredient-system-food | Sterling Systems & Controls") ### Minor Ingredient System for Foods ](https://sterlingcontrols.com/industries-applications/baking-food-processing/minor-ingredient-system-foods/) [ ![Bread Batching Equipment](https://sterlingcontrols.com/wp-content/uploads/bread-batching-equipment-516x387.jpg "bread-batching-equipment | Sterling Systems & Controls") ### Bread Batching ](https://sterlingcontrols.com/industries-applications/baking-food-processing/bread-batching/) [ ![mixer bowl batching](https://sterlingcontrols.com/wp-content/uploads/mixer-bowl-batching-516x493.jpg "mixer-bowl-batching | Sterling Systems & Controls") ### Mixer Bowl Batching System Upgrade ](https://sterlingcontrols.com/industries-applications/baking-food-processing/mixer-bowl-batching-upgrades/) [ ![mixer control software](https://sterlingcontrols.com/wp-content/uploads/mixer-control-software-516x323.jpg "mixer-control-software | Sterling Systems & Controls") ### Mixer Control for Bakery ](https://sterlingcontrols.com/industries-applications/baking-food-processing/mixer-control-bakery/) [ ![](https://sterlingcontrols.com/wp-content/uploads/PAR-BATCHING-STATION-3-scaled.jpg "PAR-BATCHING-STATION | Sterling Systems & Controls") ### Multiple Batching Stations ](https://sterlingcontrols.com/industries-applications/baking-food-processing/multiple-batching-stations/) [ ![Process Control Software](https://sterlingcontrols.com/wp-content/uploads/process-control-software-516x387.png "process-control-software | Sterling Systems & Controls") ### Process Control for Food Production ](https://sterlingcontrols.com/industries-applications/baking-food-processing/process-control-food-production/) [ ![spice process control](https://sterlingcontrols.com/wp-content/uploads/spice-process-control-516x386.jpg "spice-process-control | Sterling Systems & Controls") ### Spice Production Process Control ](https://sterlingcontrols.com/industries-applications/baking-food-processing/spice-process-control/) [ ![dryer screen](https://sterlingcontrols.com/wp-content/uploads/dryer-screen-1-516x413.png "dryer-screen | Sterling Systems & Controls") ### Breadcrumb Control System ](https://sterlingcontrols.com/industries-applications/baking-food-processing/bread-crumb-control-system/) [ ![](https://sterlingcontrols.com/wp-content/uploads/green-totes-1.jpg "green-totes | Sterling Systems & Controls") ### Denesting Totes in Minor Batching System ](https://sterlingcontrols.com/industries-applications/baking-food-processing/denesting-totes-minor-batching-system/) [ ![mixer screen hand prompting](https://sterlingcontrols.com/wp-content/uploads/mixer-screen-hand-prompting-1-516x323.png "mixer-screen-hand-prompting | Sterling Systems & Controls") ### Bakery Batching ](https://sterlingcontrols.com/industries-applications/baking-food-processing/bakery-batching/) [ ![scales mixer process](https://sterlingcontrols.com/wp-content/uploads/scales-mixer-process-2-516x290.jpg "scales-mixer-process | Sterling Systems & Controls") ### Food Ingredient Batching ](https://sterlingcontrols.com/industries-applications/baking-food-processing/food-ingredient-batching/) [ ![batching control system](https://sterlingcontrols.com/wp-content/uploads/batching-control-system-516x288.jpg "batching-control-system | Sterling Systems & Controls") ### Batching Control System ](https://sterlingcontrols.com/industries-applications/baking-food-processing/batching-control-system/) [ ![kitchen batching system](https://sterlingcontrols.com/wp-content/uploads/kitchen-batching-system-1-516x344.jpg "kitchen-batching-system | Sterling Systems & Controls") ### Kitchen Batching System ](https://sterlingcontrols.com/industries-applications/baking-food-processing/kitchen-batching-system/) [ ![liquid dosing tote system](https://sterlingcontrols.com/wp-content/uploads/liquid-dosing-tote-system-516x336.jpg "liquid-dosing-tote-system | Sterling Systems & Controls") ### Liquid Dosing Tote System ](https://sterlingcontrols.com/industries-applications/baking-food-processing/liquid-dosing-tote-system/) [ ![micro ingredient batching for bakery](https://sterlingcontrols.com/wp-content/uploads/micro-ingredient-batching-516x387.jpg "micro-ingredient-batching | Sterling Systems & Controls") ### Micro Ingredient Batching for Bakery ](https://sterlingcontrols.com/industries-applications/baking-food-processing/micro-ingredient-batching-bakery/) ## Get a Quote --- ### [Agriculture](https://sterlingcontrols.com/industries-applications/agriculture/) **Published:** May 8, 2024 **Author:** p1ws **Excerpt:** Sterling Systems & Controls, Inc. custom-engineered agricultural system solutions have been the top choice for dry and liquid bulk material processing systems throughout the agriculture industry for more than 50 years. **Content:** # Agriculture ![industrial processing](https://sterlingcontrols.com/wp-content/uploads/industrial-processing-600x380.jpg) Sterling Systems & Controls provides automation, material handling, and process integration solutions tailored to the agriculture industry. From seed processing and coating to grain handling and agricultural batching systems, Sterling helps producers improve process accuracy, maintain traceability, and enhance operational consistency across a wide range of agricultural applications. Agricultural operations often involve the movement and processing of dry bulk materials such as grains, seeds, feed ingredients, fertilizers, and coatings. Sterling’s solutions combine controls and automation, batching and weighing systems, and material handling expertise to support precise measurement, secure transfer, and coordinated processing in both standalone subsystems and fully integrated production environments. Rather than treating control systems, batching, and material handling as separate silos, Sterling approaches agricultural applications holistically—ensuring that measurement, control, and integration work together to optimize performance and reduce variability in day-to-day operations. ### Agriculture Industry Applications Sterling supports a range of agricultural and process applications, including: - Seed processing and coating automation - Precision batching for feed and agricultural formulations - Grain and dry bulk material handling integration - Weighing systems for ingredient and product verification - Controls and automation modernization and integration - Data capture, reporting, and production visibility These capabilities help agricultural producers maintain consistent formulation accuracy, enhance process control, support regulatory traceability, and streamline production workflows. ### Integration with Controls, Batching & Material Handling Agricultural operations can rely on integrated automation platforms that link batch control, weighing accuracy, and material transfer. Sterling integrates batching and weighing systems with material handling solutions such as conveyors, elevators, and bulk bag handling to support coordinated agricultural workflows. Controls and automation capabilities can be tailored to agriculture processes such as seed coating, feed formulation, grain transfer, and blending. Automation logic, recipe management, and operator interfaces improve consistency while reducing manual intervention and variability across repeated tasks. ### Design, Implementation & Lifecycle Support Sterling supports agricultural projects from early application evaluation through system design, testing, commissioning, and operator training. By delivering controls, automation, batching, and material handling integration under a single project scope, Sterling helps agriculture customers reduce implementation risk and achieve dependable long-term performance. ### Frequently Asked Questions **What agriculture applications does Sterling support?** Sterling supports seed processing, grain handling, batching for feed and agricultural formulations, weighing systems, and process automation for agricultural production environments. **Can Sterling integrate new automation with existing equipment?** Yes. Sterling’s controls and automation solutions can integrate with existing equipment such as conveyors, dryers, mixers, and packaging systems for agriculture workflows. **How do batching and weighing systems benefit agricultural operations?** Batching and weighing systems improve formulation accuracy, reduce variability, and support consistent measurement of ingredients and product output. **Does Sterling provide data capture and reporting for agriculture processes?** Yes. Systems can capture production data, batch execution details, and ingredient traceability information to support quality control and operational insight. **Does Sterling provide support after installation?** Sterling provides testing, commissioning, training, and ongoing technical support to help agriculture customers maintain reliable system operation. ## Agriculture [ ![](https://sterlingcontrols.com/wp-content/uploads/shutterstock_2423836245-516x272.jpg "Seed,Selection,Process,-,Specialized,Grain,Sorting,Machinery,In,Action | Sterling Systems & Controls") ### Engineering Services for Seed ](https://sterlingcontrols.com/industries-applications/agriculture/engineering-seed/) [ ![](https://sterlingcontrols.com/wp-content/uploads/shutterstock_2409925887-516x344.jpg "Mfs,Grain,Bins,In,A,Farm,In,Nebraska,,Usa,,On | Sterling Systems & Controls") ### Grain Handling ](https://sterlingcontrols.com/industries-applications/agriculture/grain-handling/) [ ![](https://sterlingcontrols.com/wp-content/uploads/shutterstock_515327131-516x345.jpg "A,Young,Male,Engineer,Checks,Technical,Instrument,Read,Out,- | Sterling Systems & Controls") ### Grain Terminal Control System ](https://sterlingcontrols.com/industries-applications/agriculture/grain-terminal-control/) [ ![](https://sterlingcontrols.com/wp-content/uploads/shutterstock_2312510361-516x344.jpg "Close-up,Of,A,Grinded,Sample,In,A,Ultra,Centrifugal,Mill, | Sterling Systems & Controls") ### Grinding/Classifying ](https://sterlingcontrols.com/industries-applications/agriculture/grinding-classifying/) [ ![VFD PANEL](https://sterlingcontrols.com/wp-content/uploads/VFD-PANEL-492x516.jpg "VFD PANEL | Sterling Systems & Controls") ### Seed Coating ](https://sterlingcontrols.com/industries-applications/agriculture/seed-coating/) > ****What is the Agriculture Industry?**** > > Agriculture, known also as husbandry or farming, is the science of cultivating plants, animals, and other life forms for food, fiber, and fuel. The agriculture industry, which includes enterprises engaged in growing crops, raising fish and animals, and logging wood, encompasses farms, dairies, hatcheries, and ranches. Our application review focuses on grain storage, handling, and processing only, leaving Animal Feed Mill applications discussed elsewhere. > > The agriculture industry is extremely important globally (including all market segments) and is one of the largest industry groups in the United States. Agricultural industries contributed $1.42 trillion to the U.S. Gross Domestic Product (GDP) in 2022, a 5.5 percent share. The output of America’s farms contributed $223.5 billion of this sum—about 0.9 percent of GDP. ## Get A Quote --- ### [Engineering Services for Seed](https://sterlingcontrols.com/industries-applications/agriculture/engineering-seed/) **Published:** May 8, 2024 **Author:** p1ws **Content:** # Engineering Services for Seed ![seed processing](https://sterlingcontrols.com/wp-content/uploads/seed-processing-600x450.jpg) Engineering seed production and processing involves precise material handling, controlled blending, and accurate formulation to achieve high-quality seed products at scale. Sterling Systems & Controls supports agricultural seed facilities with automation, batching, controls, and material handling solutions designed to improve operational consistency, process accuracy, and production visibility. Seed processing environments often include dry bulk materials such as grains, coatings, inoculants, and conditioning additives that must be metered, weighed, mixed, and routed efficiently through cleaning, treatment, and packaging. Sterling’s automation and system integration capabilities help agricultural producers manage these processes with repeatable performance while maintaining traceability, product quality, and regulatory compliance. Sterling’s solutions extend from material batching, weighing, and controls to integration with dryers, conveyors, and packaging systems. By coordinating these technologies, facilities can reduce manual effort, minimize variability, and improve throughput across seed processing workflows. ![WEBCENTRAL-INGRED-INV-RESIZED](https://sterlingcontrols.com/wp-content/uploads/WEBCENTRAL-INGRED-INV-RESIZED-1-600x437.jpg) ##### WebCentralTM Software In addition, Sterling Systems & Controls [WebCentral remote supervisory control software](/products-capabilities/controls-automation/) application was also provided. WebCentral is a browser-based supervisory control application that allows you to remotely access the database of a Sterling Systems control system. It allows you to do things like add or remove ingredients, create and manage recipes, manage ingredient and product inventories, set up a batching schedule, and review and print historical reports in a [batching control system](/products-capabilities/batching-weighing/batching-systems/). Because WebCentral is browser-based, it is very simple and intuitive to use. This also means that WebCentral can be accessed by virtually any computer networked with the Sterling Systems batching or other type of control system, without having to install any software, other than a web browser. ### Agricultural Seed Applications Sterling’s automation and material handling experience applies to a wide range of seed processing tasks, including: - Precision **[ingredient batching](https://sterlingcontrols.com/products-capabilities/batching-weighing/)** and weighing for seed coatings and treatments - Automated formulation and sequencing of dry and liquid components - Integration with **[material handling systems](/products-capabilities/batching-weighing/material-weighing-systems/)** such as conveyors, hoppers, and elevators - Control logic and interfaces for seed coating, blending, and additive application - Data capture and reporting to support quality control and production traceability - Integration with **[process controls and automation](/products-capabilities/controls-automation/process-controls-automation/)** systems for centralized management Sterling works with agricultural producers to tailor these solutions to facility layouts, production rates, and desired automation levels, ensuring each component works together to achieve operational goals. ### Integration with Automation & Controls Effective seed processing workflows rely on consistent coordination between equipment, controls, and material flow. Sterling integrates batching, weighing, and process sequencing with robust automation platforms to: - Improve accuracy in ingredient measurement and additive dosing - Reduce operator variability through repeatable controls - Support recipe management and changeover operations - Enable centralized control and diagnostic visibility - Facilitate integration with existing seed processing equipment These capabilities can be combined with upstream material handling and downstream packaging systems to support end-to-end visibility and control across seed production operations. ### Design, Implementation & Support Sterling supports projects from early application evaluation through design, testing, commissioning, and operator training. By providing controls, automation, and system integration together, Sterling helps agricultural customers improve consistency, reduce risk during implementation, and maintain performance through ongoing support. #### Frequently Asked Questions **What is engineering seed automation?** Engineering seed automation refers to the use of controls, batching, and material handling systems to consistently manage ingredient measurement, mixing, and processing in seed production environments. **How can automation improve seed coating accuracy?** Automation improves seed coating accuracy by precisely batching and controlling the flow of dry and liquid additives according to programmed recipes, reducing variability and improving product consistency. **Can Sterling systems integrate with existing equipment in a seed plant?** Yes. Sterling’s automation and controls can integrate with existing conveyors, dryers, mixers, and packaging equipment to improve coordination and operational visibility. **Does seed processing automation support data tracking and reporting?** Yes. Systems can capture ingredient weights, batch execution details, and operational logs to support traceability, quality control, and production reporting. **What industries within agriculture benefit from seed automation?** Agricultural seed processors, seed treatment facilities, and bulk seed packaging operations all benefit from automation solutions that improve accuracy, throughput, and process control. ## Get a Quote --- ### [Batching Systems](https://sterlingcontrols.com/products-capabilities/batching-weighing/batching-systems/) **Published:** April 4, 2024 **Author:** p1ws **Content:** # Batching Systems ## From Formula to Finished Batch, Controlled & Traceable Sterling’s ingredient batching systems—both automatic and semi-automatic—are custom-engineered to boost throughput, enforce accuracy, and provide full production traceability. Whether you’re working with powders, bulk materials, or liquids, our systems deliver repeatable performance, eliminate waste, and integrate with your data infrastructure. ![BATCHING SOLIDS LIQUIDS](https://sterlingcontrols.com/wp-content/uploads/BATCHING-SOLIDS-LIQUIDS-4-600x329.jpg) ### What Sets Our Batching Systems Apart **Third-party friendly hardware**: Systems built on non-proprietary platforms (Windows, SQL Server, Rockwell FactoryTalk View, .NET) ensure longevity and supportability. **Ingredient control from micro to major**: Modular systems support 1 to 8 scales and up to 48 supply bins, sized based on ingredient weight, batch rate and storage needs. **Semi-automatic or full automatic**: From hand-prompted additions to fully programmed sequences, the same foundation of PLC/HMI, SQL database and recipe logic applies. **Data & traceability built-in**: Every batch step is logged—material lot, weight, date/time, operator—and reports are available for audits, continuous improvement and ERP/MES integration. **Flexible, modular architecture**: Start with your most critical ingredients, then expand. Use auger feeders (2”–6”), vibratory feeders, or rotary airlocks for bulk inputs. ### Custom Semi-Automatic Batch Weighing Systems In addition to fully automatic batching systems, Sterling Systems & Controls can provide customized semi-automatic (hand add/hand prompt) batch weighing systems. These can also be provided as Kitchen Batching Systems. Semi-automatic systems can also be incorporated together with an automatic batching system to provide a hybrid batching system. Semi-automatic systems are based on the same automation technology as automatic systems, with the same capabilities that ensure a hand-add process is monitored, processed, controlled, and documented for optimal performance and reliability. This creates a validation system for the semi-automatic batching process. All semi-automatic systems include tolerance control and lot tracking/validation to eliminate missed ingredients due to operator interruption, ensuring that all of the correct materials are being weighed to the specification of the programmable formula. - Batching of dry & liquid, micro/minor/major ingredients, hand-add or full automation - Inventory monitoring for unlimited raw materials - Tolerance control for accurate weights and batch integrity - Barcode or RFID lot verification and batch validation - Multiple user security levels and password-protected operations - Integration with mixers, conveyors (pneumatic/mechanical), packaging, bulk handling - NEMA/food-grade enclosures and full documentation for compliance ### Industries & Applications Food processing, baking, pet food, animal feed, rubber and compounding, chemicals, plastics—any process where consistent formulation, traceability and production data are required. **Ready to engineer your next batch system?** Let’s review your formulas, ingredient flow, and data goals—then build a solution that delivers accuracy, throughput and traceability from the start. ### Frequently Asked Questions **What is an ingredient batching system?** An ingredient batching system is an automated or semi-automatic controls and weighing solution that measures, sequences, and validates ingredients according to a programmable formula to produce consistent batches with traceability. **What is the difference between automatic and semi-automatic batching?** Automatic batching executes programmed sequences for ingredient delivery and weighing, while semi-automatic batching uses hand-add or hand-prompt steps with the same controls logic, tolerances, and documentation to validate the process. **How do batching systems support traceability and audits?** Batching systems can log each batch step, including ingredient identity, lot information, actual weights, timestamps, and operator actions, and generate reports for audits and continuous improvement. **Can batching systems handle micro, minor, and major ingredients in one platform?** Yes. Modular batching architectures can support multiple scales and bins so a facility can manage micro through major ingredients within a unified batching and data framework. **Can Sterling batching systems integrate with mixers, conveying, packaging, and data systems?** Yes. Batching systems can be integrated with downstream equipment such as mixers and conveying/packaging systems, and can support data connectivity for production reporting and ERP/MES-aligned workflows. ## Batching System Videos --- ### [Batching & Weighing](https://sterlingcontrols.com/products-capabilities/batching-weighing/) **Published:** May 7, 2024 **Author:** p1ws **Excerpt:** Ingredient batching and material weighing are core competencies for Sterling Systems & Controls. **Content:** # Batching & Weighing Batching and weighing systems are used to accurately measure, sequence, and control the addition of materials into industrial processes. Sterling Systems & Controls designs and integrates batching and weighing systems that help manufacturers achieve consistent formulations, reliable production flow, and repeatable process results. These systems are commonly applied in food processing, chemical manufacturing, plastics, agriculture, and mineral processing environments where precise material measurement is critical to product quality and process efficiency. Sterling’s batching and weighing solutions can operate as standalone systems or integrate into larger automated processes. Rather than focusing solely on individual scales or components, Sterling approaches batching and weighing as coordinated systems—combining controls, measurement hardware, and process logic to support long-term accuracy and operational reliability. ![INGREDIENT BATCHING SYSTEM](https://sterlingcontrols.com/wp-content/uploads/INGREDIENT-BATCHING-SYSTEM-WithSocks-min-600x338.jpg) ## Batching & Weighing Capabilities Sterling provides batching and weighing solutions that can be configured based on application requirements and material characteristics. Capabilities include: - Loss-in-weight and gain-in-weight batching systems - Ingredient weighing and dosing control - Recipe management and batch sequencing - Manual, semi-automated, and automated batching - Integration with upstream storage and downstream processing - Operator interfaces and production reporting These systems are frequently integrated with **[controls and automation](/products-capabilities/controls-automation/)** platforms to support repeatable batch execution and centralized process control. ### Integration with Material Handling & Process Systems Batching and weighing systems often function as the core of a production process. Sterling integrates batching and weighing solutions with material handling equipment such as conveyors, bulk bag handling systems, and storage vessels to ensure consistent material flow. Batching systems are also commonly integrated into larger **[complete process systems](/products-capabilities/complete-systems/complete-process-systems/)** where coordinated automation across multiple process stages is required. ### Automation, Accuracy & Control Sterling batching and weighing systems can incorporate automation features that improve measurement accuracy, reduce operator dependency, and support repeatable production. Automation may include controlled feed rates, interlocks with upstream or downstream equipment, and logic that enforces batching tolerances. By coordinating weighing hardware with automation software, Sterling helps facilities maintain batch accuracy while supporting production throughput and operational consistency. ### Design, Integration & Lifecycle Support Sterling supports batching and weighing projects from early application review through system commissioning. Services may include system design, controls development, testing, start-up assistance, and operator training. Managing batching system integration and controls under a single scope helps reduce implementation risk and supports long-term system performance as production requirements evolve. ### Frequently Asked Questions **What industries use batching and weighing systems?** Batching and weighing systems are used in food processing, chemical manufacturing, plastics, agriculture, mineral processing, and other industries that require precise material measurement. **What is the difference between loss-in-weight and gain-in-weight batching?** Loss-in-weight batching measures material as it is discharged from a hopper, while gain-in-weight batching measures material as it is added to a vessel or container. **Can batching systems integrate with existing equipment?** Yes. Batching and weighing systems can integrate with existing storage, conveying, and processing equipment based on application requirements. **Do batching and weighing systems support recipe management?** Yes. Systems can include recipe management tools that control ingredient sequencing, target weights, and batch execution. **Does Sterling provide commissioning and ongoing support?** Sterling provides commissioning support, operator training, and ongoing technical assistance for batching and weighing systems. ## Batching & Material Weighing Systems [ ![micro ingredient batching system](https://sterlingcontrols.com/wp-content/uploads/MICROSCALES-INGREDIENT-BATCHING-SYS-scaled-e1601398290946-1-516x510.jpg "MICROSCALES-INGREDIENT-BATCHING-SYS-scaled-e1601398290946 | Sterling Systems & Controls") ### Batching Systems ](https://sterlingcontrols.com/products-capabilities/batching-weighing/batching-systems/) [ ![Industrial control cabinet with a touchscreen interface, orange '120 VOLTS' label, Sterling Batch Control sticker, and a worker in blue gloves pressing a button on the panel.](https://sterlingcontrols.com/wp-content/uploads/BatchControl-Pro-4-516x516.jpg "BatchControl Pro 4 | Sterling Systems & Controls") ### BatchControl Pro ](https://sterlingcontrols.com/products-capabilities/batching-weighing/batchcontrol-pro/) [ ![](https://sterlingcontrols.com/wp-content/uploads/HAND-PROMPT-STATION-CROP-scaled-e1663789412970-1-516x398.jpg "HAND-PROMPT-STATION-CROP-scaled-e1663789412970 | Sterling Systems & Controls") ### Hand Prompt Batching Station ](https://sterlingcontrols.com/products-capabilities/batching-weighing/hand-prompt-batching-station/) [ ![kitchen batching system](https://sterlingcontrols.com/wp-content/uploads/kitchen-batching-system-516x344.jpg "kitchen-batching-system | Sterling Systems & Controls") ### Kitchen Batching System ](https://sterlingcontrols.com/products-capabilities/batching-weighing/kitchen-batching-system/) [ ![batch weighing system](https://sterlingcontrols.com/wp-content/uploads/IMG_5785CROP-scaled-e1647532433449-1-516x372.jpg "IMG_5785CROP-scaled-e1647532433449 | Sterling Systems & Controls") ### Material Weighing Systems ](https://sterlingcontrols.com/products-capabilities/batching-weighing/material-weighing-systems/) [ ![](https://sterlingcontrols.com/wp-content/uploads/Micro-System-2-5520-e1663943712603-1-516x343.jpg "Micro-System-2-5520 | Sterling Systems & Controls") ### Micro Weighing Systems ](https://sterlingcontrols.com/products-capabilities/batching-weighing/micro-weighing-systems/) [ ![Batching System](https://sterlingcontrols.com/wp-content/uploads/20171011_153012-e1663947191660-1-516x341.jpg "20171011_153012-e1663947191660 | Sterling Systems & Controls") ### Minor & Major Weighing Systems ](https://sterlingcontrols.com/products-capabilities/batching-weighing/minor-major-weighing-systems/) ## Get a Quote --- ### [Controls & Automation](https://sterlingcontrols.com/products-capabilities/controls-automation/) **Published:** May 8, 2024 **Author:** p1ws **Excerpt:** Custom engineering & manufacturing of process controls, automation modules and complete systems for a wide range of industrial applications. **Content:** # Controls & Automation Controls and automation systems coordinate how industrial processes operate, communicate, and respond to real-time production conditions. Sterling Systems & Controls designs and implements controls and automation solutions that help manufacturers improve accuracy, reliability, and visibility across their operations. Sterling’s controls and automation capabilities support both new system deployments and modernization of existing platforms. Solutions are applied across batching, material handling, processing, and packaging environments where dependable control logic, operator interfaces, and system integration are critical to consistent production. Rather than focusing on individual components alone, Sterling approaches controls and automation as part of a broader operational framework—ensuring software, hardware, and process logic work together to support long-term performance and maintainability. ![BATCHING SOLIDS LIQUIDS](https://sterlingcontrols.com/wp-content/uploads/BATCHING-SOLIDS-LIQUIDS-4-600x329.jpg) ### Controls & Automation Capabilities - Sterling provides a range of controls and automation services that can be applied independently or combined to support larger system objectives. Capabilities include: - PLC programming and control system development - HMI and operator interface design - Automation software upgrades and system modernization - Batch control and sequencing logic - System integration and communication between platforms - Control panel design and documentation - Testing, commissioning, and validation support - These services are commonly applied within **[batching systems](/products-capabilities/batching-weighing/batching-systems/)**, **[bulk material handling](/products-capabilities/bulk-bag-handling-systems/)**, and other automated process environments. ### Automation Software Upgrades & Modernization Many facilities operate control systems that have become obsolete, unsupported, or difficult to maintain. Sterling provides **[automation software upgrade](/products-capabilities/software-applications/)** services that help modernize existing control platforms while minimizing disruption to operations. Software upgrades may involve updating control logic, migrating to supported platforms, improving system performance, or enhancing integration with newer equipment. Where possible, Sterling focuses on retaining existing hardware while addressing software limitations and long-term support risks. ### Integration with Process & Material Handling Systems Controls and automation systems often serve as the foundation for larger process solutions. Sterling integrates automation platforms with material handling equipment, batching systems, and process controls to ensure consistent operation across connected systems. Controls and automation services are frequently paired with **[bulk bag handling systems](/products-capabilities/bulk-bag-handling-systems/)**, batching solutions, and other subsystem implementations to support reliable and coordinated process execution. ### Design, Implementation & Lifecycle Support Sterling supports controls and automation projects from initial system review through commissioning. Services may include system design, programming, testing, on-site start-up, and operator training. By managing controls development and system integration under one scope, Sterling helps reduce risk during implementation and supports long-term system reliability as operational requirements evolve. ### Frequently Asked Questions **What types of facilities use industrial controls and automation systems?** Controls and automation systems are used across food processing, chemical manufacturing, plastics, agriculture, mineral processing, and other industries that require reliable process control and coordination. **Can Sterling work with existing control platforms?** Yes. Sterling works with a wide range of existing PLCs, HMIs, and automation platforms and can integrate or modernize systems based on compatibility and application requirements. **When should an automation system be upgraded?** Upgrades are commonly considered when control platforms become obsolete, vendor support ends, performance issues increase, or integration with newer equipment is required. **Do controls and automation services support batching and material handling systems?** Yes. Controls and automation services are frequently applied to batching systems, bulk material handling, and other automated process environments. **Does Sterling provide commissioning and ongoing support?** Sterling provides commissioning support, operator training, and ongoing technical assistance to help maintain reliable control system operation. [ ![](https://sterlingcontrols.com/wp-content/uploads/shutterstock_2076516847-1-516x344.jpg "Software,Update,Or,Operating,System,Upgrade,To,Keep,The,Device | Sterling Systems & Controls") ### Automation Software Upgrade ](https://sterlingcontrols.com/products-capabilities/controls-automation/automation-software-upgrade/) [ ![](https://sterlingcontrols.com/wp-content/uploads/shutterstock_1133982038-516x293.jpg "Automation,Software,Technology,Process,System,Business,Concept. | Sterling Systems & Controls") ### Process Controls & Automation ](https://sterlingcontrols.com/products-capabilities/controls-automation/process-controls-automation/) [ ![](https://sterlingcontrols.com/wp-content/uploads/shutterstock_515327131-516x345.jpg "A,Young,Male,Engineer,Checks,Technical,Instrument,Read,Out,- | Sterling Systems & Controls") ### Preventative Maintenance ](https://sterlingcontrols.com/products-capabilities/controls-automation/preventative-maintenance/) [ ![](https://sterlingcontrols.com/wp-content/uploads/WEBCENTRAL-INGRED-INV-2-516x375.png "WEBCENTRAL-INGRED-INV | Sterling Systems & Controls") ### Supervisory Control Software ](https://sterlingcontrols.com/products-capabilities/controls-automation/supervisory-control-software/) [ ![](https://sterlingcontrols.com/wp-content/uploads/shutterstock_2236288901-516x225.jpg "Main,Engineer,Following,The,Plant,Process,Using,Industry,4.0.,Operator | Sterling Systems & Controls") ### Data Management for Fracturing Sand Facilities ](https://sterlingcontrols.com/products-capabilities/controls-automation/data-management-for-fracturing-sand-facilities/) ## Get a Quote --- ### [Bulk Bag Handling Systems](https://sterlingcontrols.com/products-capabilities/bulk-bag-handling-systems/) **Published:** May 7, 2024 **Author:** p1ws **Excerpt:** Bulk bag handling systems are one of our capabilities that emphasizes our strength in mechanical engineering and design. This includes the ability to custom engineer and manufacture bulk bag packaging or filling machines and bulk bag dischargers or unloaders. **Content:** # Bulk Bag Handling Systems Bulk bag handling systems are used to safely move, fill, and discharge dry bulk materials using flexible intermediate bulk containers (FIBCs) in industrial processing environments. Sterling Systems & Controls designs and integrates bulk bag handling systems that support controlled material flow, accurate weighing, reduced dust exposure, and reliable integration with upstream and downstream processes. These systems are commonly applied in food processing, chemical manufacturing, plastics, mineral processing, and agricultural operations where materials must be transferred efficiently while maintaining clean and repeatable handling practices. Sterling’s bulk bag handling solutions are engineered as standalone material handling systems that can also integrate into larger automated processes when required. Rather than treating bulk bag handling as a one-size-fits-all solution, Sterling focuses on system designs that reflect material behavior, throughput requirements, and facility layout, ensuring practical performance and long-term reliability. [ ### Bulk Bag Filling Systems We design and manufacture bulk bag loading systems for a wide range of applications. ](https://sterlingcontrols.com/products-capabilities/bulk-bag-handling-systems/bulk-bag-filling-systems/) [ ### Bulk Bag Unloading Systems We offer a full line of bulk bag unloading and weighing systems that incorporate many of the same structural aspects as the micro, minor, and major ma… ](https://sterlingcontrols.com/products-capabilities/bulk-bag-handling-systems/bulk-bag-unloading/) ![bulk bag handling equipment](https://sterlingcontrols.com/wp-content/uploads/FQLW1760-scaled-e1652995667811-1-500x600.jpg) ## Bulk Bag Handling System Types Sterling provides bulk bag handling solutions that address different stages of material transfer. These systems can be implemented independently or combined to support a complete bulk bag handling workflow. ### Bulk Bag Filling Systems Bulk bag filling systems are designed to accurately fill FIBCs with dry bulk materials for storage or shipment. These systems focus on controlled material flow, precise weight accuracy, and dust containment while supporting manual or automated bag handling. Learn more about **[bulk bag filling systems](/products-capabilities/bulk-bag-handling-systems/bulk-bag-filling-systems/)** and how they integrate with batching and material handling processes. ### Bulk Bag Unloading Systems Bulk bag unloading systems are used to safely discharge materials from FIBCs into downstream equipment such as conveyors, hoppers, or batching systems. These systems are often equipped with flow aids and dust control features to support consistent material discharge. Learn more about **[bulk bag unloading systems](/products-capabilities/bulk-bag-handling-systems/bulk-bag-unloading/)** and how they support clean and controlled material transfer. [Request a Quote](/request-a-quote/) ### What a Bulk Bag Handling System Can Include Bulk bag handling systems are configured based on application requirements and may integrate: - Bulk bag filling or unloading stations - Weighing and batching controls - Bag handling frames, hoists, or support structures - Flow aids for difficult-flowing materials - Dust containment and collection interfaces - Operator controls and system interfaces - Integration with upstream or downstream conveying and storage equipment These systems are often paired with batching systems and coordinated through Sterling’s **[controls and automation](/products-capabilities/controls-automation/)** capabilities to support consistent material movement. ### Automation, Integration & Controls Sterling bulk bag handling systems can incorporate automation and controls that manage weighing accuracy, material flow, and operator interaction. Systems may be integrated with existing equipment or designed to interface cleanly with broader material handling architectures. Automation can support controlled fill and discharge rates, interlocks with upstream or downstream processes, and repeatable operating sequences. This approach helps facilities improve consistency while reducing operator dependency and manual handling. ### Design, Integration & Lifecycle Support Sterling supports bulk bag handling projects from initial application review through system commissioning. Support may include system design, controls development, integration with existing equipment, start-up assistance, and operator training. By managing both system integration and controls under a single scope, Sterling helps ensure bulk bag handling systems operate reliably within the broader production environment. ### Frequently Asked Questions **What industries commonly use bulk bag handling systems?** Bulk bag handling systems are commonly used in food processing, chemical manufacturing, plastics, mineral processing, and agricultural operations that handle dry bulk materials. **What is the difference between bulk bag filling and bulk bag unloading systems?** Bulk bag filling systems load material into FIBCs for storage or shipment, while bulk bag unloading systems discharge material from FIBCs into downstream processes. **Can bulk bag handling systems integrate with existing equipment?** Yes. Bulk bag handling systems can be integrated with existing conveyors, hoppers, batching systems, and other upstream or downstream equipment. **How do bulk bag handling systems help reduce dust?** Systems can include sealed interfaces and connections to dust collection equipment to help minimize airborne material during filling or unloading. **Does Sterling provide commissioning and ongoing support?** Sterling provides commissioning support, operator training, and ongoing technical assistance to help maintain reliable bulk bag handling operations. --- ### [Food & Baking Automation Systems](https://sterlingcontrols.com/products-capabilities/complete-systems/food-baking-automation-systems/) **Published:** May 9, 2024 **Author:** p1ws **Excerpt:** We develop custom engineered complete food and baking automation systems for the food processing and baking industries. **Content:** # Food & Baking Automation Systems Sterling Systems & Controls designs and integrates food and baking automation systems that bring consistency, control, and traceability to commercial baking and food production operations. These systems coordinate ingredient handling, batching, mixing, processing, and packaging into a single, automated workflow supported by centralized controls. Food and baking operations often involve complex formulations, precise ingredient ratios, and strict quality requirements. Sterling’s automation systems are engineered to manage these variables reliably—helping producers reduce manual handling, improve batch accuracy, and maintain repeatable product quality across production runs. Sterling’s experience spans dry and liquid ingredient processes commonly found in baking and food manufacturing environments, including flour handling, sugar batching, fat and liquid additions, mixing, and downstream routing. Systems can be designed as standalone automation upgrades or as part of a complete plant automation solution, depending on operational needs. ### What a Food & Baking Automation System Can Include **Sterling food and baking automation systems are configured based on application requirements and may integrate:** - Raw material receiving and storage automation - Ingredient batching and weighing systems - Dry and liquid ingredient handling - Mixing and blending process control - Recipe management and sequencing - Automated transfer and routing between process steps - Integration with ovens, proofers, or downstream packaging equipment - Lot tracking, traceability, and production reporting - Centralized operator interfaces and supervisory control Each system is designed to function as a coordinated whole, allowing operators to manage production from a unified control platform rather than multiple disconnected systems. ### System Design, Integration & Support Sterling provides support throughout the full project lifecycle. This can include application review, system design, controls development, integration with existing equipment, on-site commissioning, and operator training. Where needed, Sterling can also assist with process validation and system optimization to ensure performance targets are met before full production. By consolidating process automation, controls, and system integration under one provider, food and baking manufacturers can reduce integration risk and improve long-term system reliability. ## How Do We Do It? It’s Easy! 1 2 3 ##### Analyze We interview your staff to determine the goals of your project. ##### Develop With our application experience we develop a customized solution to meet your goals and make your process more efficient ##### Profit You profit from our more than 50 years of experience in baking and food processing applications, process equipment, controls & automation, and data management. ![BAKING AND FOOD PLANTWIDE AUTOMATION DIAGRAM](https://sterlingcontrols.com/wp-content/uploads/BAKING-AND-FOOD-PLANTWIDE-AUTOMATION-DIAGRAM-SCENE7.2.png "BAKING AND FOOD PLANTWIDE AUTOMATION DIAGRAM SCENE7.2 | Sterling Systems & Controls")### Frequently Asked Questions **What types of food and baking operations use automation systems?** Food and baking automation systems are commonly used in commercial bakeries, snack food production, ingredient processing, and other food manufacturing operations that require precise batching, mixing, and process control. **How does automation improve consistency in baking applications?** Automation improves consistency by controlling ingredient weights, sequencing, and mixing parameters, reducing variation caused by manual handling and helping ensure repeatable product quality. **Can Sterling integrate automation with existing baking equipment?** Yes. Sterling can integrate new automation systems with existing mixers, handling equipment, ovens, and packaging lines, allowing facilities to upgrade without replacing all equipment. **Do these systems support recipe management and changeovers?** Yes. Food and baking automation systems can include recipe management tools that allow operators to select, modify, and execute formulations while controlling sequencing and batching accuracy. **Does Sterling provide training and ongoing support?** Sterling provides project management, system start-up assistance, operator training, and ongoing technical support to help facilities maintain reliable operation after installation. ## Get a Quote --- ### [Request a Parts Quote](https://sterlingcontrols.com/request-a-parts-quote/) **Published:** May 16, 2024 **Author:** p1ws **Content:** # Request a Parts Quote --- ### [Micro Weighing Systems](https://sterlingcontrols.com/products-capabilities/batching-weighing/micro-weighing-systems/) **Published:** May 7, 2024 **Author:** p1ws **Content:** # Micro Weighing & Ingredient Batching Systems ![Micro batching system](https://sterlingcontrols.com/wp-content/uploads/Micro-System-2-5520-e1663943712603-2-600x399.jpg) ## ***Accurate to the gram. Scalable. Built for your production needs.*** When your recipe or formula demands extreme precision, even small dosage errors can disrupt quality, waste ingredients, and drive up costs. Sterling’s Micro Weighing Systems deliver modular, expandable ingredient batching solutions engineered for ±0.1 g (or your specific tolerance) performance. Whether in food, feed, biotech or specialty chemicals, we help you scale consistently with confidence. ### **Industry & Application Challenges** **Common Pain Points in Micro Batching** - “Need compliance (food grade, sanitary, dust control) and automation controls built in.” - “Ingredient imprecision causes product rejects or quality drift.” - “You’re handling many low‑volume ingredients — managing them manually is error-prone.” - “Downtime or rework due to scaling changes or system inflexibility.” - “Difficulty integrating new ingredients or expanding existing systems.” ### Our Solution: Micro Weighing Systems **Key Capabilities & Features** - **Modular design for scalability** — start with as few as 6 bins, expand to 48+ as needed - **Multiple feeder technologies** — screw/auger, vibratory feeders (selected per application) - **Food-grade and standard-duty options** for handling your ingredient types - **High resolution & accuracy** — able to precisely meter and deliver micro‑amounts - **Automatic bin refill & material handling** — bulk bag or tote unloading, conveyors, pneumatic or mechanical conveyance - **Dust control, safety, and sanitary design** — built into the system - **Robust controls & automation** — ability to update logic, integrate with MES/ERP or plant SCADA - **Flexible expansion path** — you can add bins, upgrade feeders, or change control logic as needs evolve #### Benefits & Value You’ll Gain - Reduce ingredient waste & over‑dosing - Improve product consistency and reduce rejects - Lower labor costs — automation vs manual batching - Future‑proof your plant — scalable and upgradeable - Faster formula changes and agility to respond to new product lines - Full plant integration reduces data silos & improves traceability #### Use Cases / Industries - Animal feed & pet food - Food processing & baking - Specialty chemicals/additives - Pharmaceuticals/nutraceuticals - Rubber, plastics, and industrial compounds ***Sterling has designed micro weighing systems for a variety of materials, including spices, enzymes, flavors, chemicals, and other additives.*** #### FAQs **Q: What is considered “micro” in micro weighing?** A: We generally consider ingredients up to ~50 lb (23 kg) as micro weighments, though the term may vary by industry. **Q: Can I expand the system later if I need more bins or ingredients?** A: Yes — our systems are modular and designed to scale. Customers often start small and expand later. **Q: How is accuracy maintained when using multiple feeder types?** A: We apply material‐specific calibration, feedback loops, and control logic to balance speed vs precision. **Q: How do you handle dust control or sanitary requirements?** A: Our designs incorporate dust collection, sealed hoppers, sanitary finishes, and compliance to industry standards. **Q: What level of automation/control integration is available?** A: Systems come standard with PLC control, and we integrate with SCADA, MES, or ERP systems as needed. ![Minor Batching Equiment](https://sterlingcontrols.com/wp-content/uploads/Interstate-Mills-Minor-System-2-600x499.jpg) ### Why Sterling Systems & Controls Sterling Systems & Controls designs and builds custom micro ingredient weighing and batching systems for industries across North America — including animal feed, food processing, baking, pet food, and specialty chemical manufacturing. These modular systems typically include scale-integrated components such as hoppers, platforms, conveyors, and feeders, with each configuration tailored to your space, accuracy, and batching rate requirements. Batch transfer to downstream processes like mixers or blenders can be fully automated using mechanical or pneumatic conveying, or handled manually depending on your operation. Each system is designed to scale as your production grows, typically starting with 6 to 48 ingredient bins and often expanding over time. Controls and automation are also easily upgradable, supporting long-term ROI and operational flexibility. ## Video Examples ## Get a Quote --- ### [Material Weighing Systems](https://sterlingcontrols.com/products-capabilities/batching-weighing/material-weighing-systems/) **Published:** May 7, 2024 **Author:** p1ws **Excerpt:** Each system is customized to meet the exact requirements and demands of our customers. **Content:** # Material Weighing Systems ![batch weighing system](https://sterlingcontrols.com/wp-content/uploads/IMG_5785CROP-scaled-e1647532433449-1-600x433.jpg) Sterling Systems & Controls, Inc. offers a variety of material weighing systems for many industries and applications. Each system is customized to meet the exact requirements and demands of our customers. Material weighing systems are useful for the automatic batching of multiple ingredients using single or multiple scales. A material weighing system can also be semi-automatic. A semi-automatic material weighing system is used for batching applications and requires operator-assisted feeding of ingredients with automatic operator instructions, weighing and lockouts to ensure no more missed ingredients due to operator interruption or error. These automatic and semi-automatic material weighing systems for ingredient batching ensure batch integrity, quality & consistency. - Micro Weighing Systems - Minor and Major Weighing Systems - Hand Prompt Batching Station - Kitchen Batching System - Bulk Bag Unloading & Weighing Systems - Bulk Bag Filling Systems ### Why Precision Material Weighing Matters Beyond Accuracy In process applications, accuracy is only half the equation. The real ROI comes from repeatability, traceability, and integration. Sterling’s material weighing solutions are engineered to produce identical results shift-to-shift, tie weight data back to formulas and lots, and drive that data into plant systems for visibility and verification — not just scale readout. This is what separates a weighing device from a production-grade weighing system. ### Engineered to the Application — Not Forced to Fit Unlike catalog equipment, systems are built around the physical behavior of the material (cohesive, aerated, hygroscopic, abrasive, fragile) and the **production intent** (loss-in-weight, gain-in-weight, weigh-in-place, check-weigh, batching handoff, pneumatic feed-forward, etc.). Sterling designs the scale, feeder, discharge geometry, controls, and data handling as one engineered unit — so you don’t inherit mis-matches between “commodity” components. ### Designed to Integrate With Batching, Conveying, and Controls Material weighing rarely lives alone. Sterling systems are commonly tied to: - **Automatic batching** (micro / minor / major / kitchen / hand-prompt) - **Pneumatic or mechanical conveying interlocks** - **Lot tracking and production reporting (SQL/WebCentral)** - **Downstream mixers, extruders, dryers or packaging lines** The system doesn’t just weigh — it **participates in the process logic**. ### Built for Regulated and Audit-Ready Environments For plants operating under GFSI, FSMA, GMP, or customer audit pressure, Sterling’s weighing systems provide the missing evidentiary layer: who weighed it, what was weighed, when, and within what tolerance — then store it in a structured database. This closes the compliance gap between “we weighed it” and “we can prove it”. ### When to Choose a Material Weighing System vs. a Stand-Alone Scale Use a **scale** when you only need a reading. Use a **material weighing system** when you need any of the following: - Recipe enforcement or enforced tolerances - Automatic batching handoff - Controlled discharge or feed-rate - Lot linkage and verification - Networked reporting or traceability - Interlocks with conveying or downstream equipment If any of those are true, a scale alone will not close the risk. **Planning to upgrade from “just weighing” to controlled, traceable material handling?** Request a short application review and we’ll define the weighing architecture that matches your process — not one you have to bend your process around. [Request Quote](/request-a-quote/) ## Request a Quote --- ### [Hand Prompt Batching Station](https://sterlingcontrols.com/products-capabilities/batching-weighing/hand-prompt-batching-station/) **Published:** April 4, 2024 **Author:** p1ws **Content:** # Hand Prompt Batching Station Stop relying on error-prone manual batching. The Hand Prompt Batching Station from Sterling Systems & Controls blends operator involvement with automated guidance to deliver higher accuracy, better lot-traceability, and scalable growth. Designed for minor and micro-ingredient batching in food, pet-food, feed and industrial markets, the system lets you maintain your current workflow while eliminating missed ingredients and bad batches. ### **Key Features & Benefits:** **Real-Time Reporting:** Batch data, date/time stamps, ingredient details and weights are captured and optionally printed or network-accessed—enabling production oversight and continuous improvement. **Operator-Prompted Workflow:** The system sequences operators through each ingredient step-by-step, replacing printed recipes and reducing reliance on memory or manual checklists. **Weighing & Validation Built-In:** Each ingredient must be weighed within programmed tolerances before the next step—so bad batches caused by omissions or interruptions become a thing of the past. **Lot Tracking & Database-Driven:** Powered by an industry-standard SQL database, every ingredient lot and batch is stored for full traceability and audit readiness. **Scalable Investment:** Start with a semi-automatic station now and upgrade later to a full automatic micro/minor/major batching system — your software and data infrastructure grow with you. **Seamless Process Fit:** Unlike rigid manual systems, this station adapts to your existing process rather than forcing you to change it. Minimal disruption, maximum improvement. ### **How It Works:** 1. Operator selects a formula and number of batches. 2. The system prompts to place the container on the scale and then instructs ingredient addition one at a time. 3. If lot-tracking is enabled, the operator enters or scans the lot number before weighing. 4. Full-bag weighments and “odd weights” are handled automatically based on your configuration. 5. After the final ingredient, the system prompts container removal and prints or stores the batch report. 6. Alarm or override features enable supervision in case of exceptions. 7. Database backups and maintenance are fully automated, keeping your system robust. ### **Applications & Industries:** Ideal for: food & baking, pet food & feed, nutraceuticals, chemical powders, compounding. Wherever ingredient precision, traceability, and operator-assisted batching matter. ### **Why Choose Sterling’s Hand-Prompt Station:** - Lower initial investment than full automatic systems—yet you gain key features of automation, traceability and operator assistance. - Custom-engineered solutions built on 50+ years of process control expertise. - Global support and integration, including plant-network connectivity, remote data access and upgrade paths. Ready to eliminate bad batches, streamline your ingredient workflow, and capture full batch data? Request a quote below or speak with our application engineers to see how the Hand Prompt Batching Station can integrate into your current process. ![automated batch processing](https://sterlingcontrols.com/wp-content/uploads/HAND-PROMPT-STATION-CROP-scaled-e1663789412970-1-1024x791.jpg "HAND-PROMPT-STATION-CROP-scaled-e1663789412970 | Sterling Systems & Controls") ## Get a Quote --- ### [Kitchen Batching System](https://sterlingcontrols.com/products-capabilities/batching-weighing/kitchen-batching-system/) **Published:** May 7, 2024 **Author:** p1ws **Content:** # Kitchen Batching System ![kitchen batching system](https://sterlingcontrols.com/wp-content/uploads/kitchen-batching-system-600x400.jpg) Sterling Systems & Controls, Inc. engineers several types of ingredient batching systems. One of the most widely adopted solutions — especially in food, baking, pet food, and related industries — is the semi-automatic kitchen batching system (“kitchen system”). It delivers the benefits of automation and traceability while keeping an operator in the loop for ingredient addition. Like the [Hand Prompt Batching Station](/products-capabilities/batching-weighing/hand-prompt-batching-station/), the kitchen batching system uses the same core control philosophy, touchscreen guidance, and SQL-based database for recipe, batch, and lot tracking. An operator is always present and is responsible for physically loading ingredients into the batch container on the system scale. ### How the Kitchen Batching System Works 1. **Operator is prompted by touchscreen** — The system instructs which ingredient to add first and displays the required target weight. 2. **Ingredient ID is verified** — The operator enters an ingredient code or scans a barcode (optional). Until the correct code is confirmed, the system will not allow weighing to proceed. 3. **Ingredient is weighed under tolerance enforcement** — The operator scoops material into the container while the system monitors the weight. Each ingredient has a programmable over/under tolerance. 4. **Step advances only when the weighment is valid** — If the weight is within tolerance, the system records it and prompts the next ingredient. 5. **Process is interruption-resilient** — If the operator stops mid-batch, the system “remembers” the exact step and resumes without losing state. 6. **Lot tracking and interlocks prevent bad batches** — Automatic interlocks ensure correct ingredient, correct amount, and enforce traceability — eliminating bad batches from omissions or interruptions. ### Why Plants Choose the Kitchen Batching System - **Reduces batch errors** without removing the operator from the process - **Verifies ingredient identity and weight** before allowing the batch to advance - **Captures lot data, weights, timestamps, operators** into an SQL database - **Interruption-proof logic** makes manual batching reliable instead of risky - **Uses the same software foundation as full automatic batching** for future upgrade paths ### Typical Hardware & Build Elements - Multiple ingredient bins or totes - Stainless steel work table(s) - Mobile stainless steel weigh table with platform scale and HMI touchscreen - PC-based control panel with weight instrument(s) ### Ingredient Bins ![MANUAL BATCHING SYSTEM](https://sterlingcontrols.com/wp-content/uploads/MANUAL-BATCHING-3-819x1024.jpg "MANUAL BATCHING | Sterling Systems & Controls")Inline Table DesignEach semi-automatic kitchen batching system is customized to include the maximum number of bins required by your specific formulas. The bin size can vary depending on weight size and desired storage capacity. Two types of bins are often utilized, the floor bin and the shelf bin. The larger floor bin typically provided has a nominal capacity of 2.75ft3 (other sizes available), and includes rugged casters for ease of movement in/out from underneath the batching system tables. The smaller shelf-type bin typically has a nominal capacity of approximately 0.84ft3 (other sizes available) of bulk solid material and sits on the work table top. The bins are manufactured of food-grade plastic material, have clear lids, and integrated material scoops (stainless steel bins are available). ### Tables The semi-automatic kitchen batching system side-by-side racking table design (shown in the picture above; inline table design shown at right) has work tables sized to fit with the number of ingredient bins, and for operator comfort. The tables are manufactured of stainless steel material, typically grade 304, for food-grade compatibility. The ingredient tables are of rugged construction and are designed to be stationary. The moving weigh table is also constructed of 304 stainless steel. However, unlike the ingredient work tables the weigh table is not fixed. It is designed to travel smoothly between the two ingredient work tables. The operator simply moves the weigh table as needed to reach the next ingredient that is required. A roller system attaches the moving weigh table to the ingredient tables. The platform scale and the operator interface touchscreen are mounted to the top of the moving weigh table. The cabling from the scale and touchscreen display are enclosed within a flexible cable carrier and is routed between the moving weigh table and an adjacent ingredient table(s). ### Control Panel w/ Touchscreen Display We know electrical controls and automation technology and can customize a system using standard control and automation components. For the semi-automatic kitchen batching systems we have used a PC (control panel mounted) and an industrial touchscreen monitor (moving weigh table mounted). The control panel encloses the PC and other components to allow for its operation and interface with the monitor and scale. A weight indicator is also included and mounted on the front door of the control panel. A barcode scanner can also be provided for operation with the lot tracking part of the control system to ensure batch validation. RFID can also be provided. **Ready to make manual batching reliable?** Let our engineers tailor a kitchen batching system that guides operators, enforces tolerances, and records every lot for audit-ready traceability. Request a quote below or [book a quick consult](/contact/) to review your ingredients, batch sizes, and upgrade path to full automation. ## Request a Quote --- ### [Complete Systems](https://sterlingcontrols.com/products-capabilities/complete-systems/) **Published:** May 7, 2024 **Author:** p1ws **Excerpt:** We can handle custom engineering of complete systems. This ranges from individual process equipment systems to total plantwide automation. **Content:** # Complete Systems [ ### Complete Process Systems We can bundle your milling, grinding, sifting, metal separation and other process equipment into complete process systems with our controls and automa… ](https://sterlingcontrols.com/products-capabilities/complete-systems/complete-process-systems/) [ ### Feed Mill Automation Feed Mill automation can simplify operation and improve the efficiency of cost and throughput for almost any feed mill. ](https://sterlingcontrols.com/products-capabilities/complete-systems/feed-mill-automation/) [ ### Food & Baking Automation Systems We develop custom engineered complete food and baking automation systems for the food processing and baking industries. ](https://sterlingcontrols.com/products-capabilities/complete-systems/food-baking-automation-systems/) For more than 50 years, Sterling Systems & Controls has been custom engineering complete systems. These range from individual process equipment systems to total plantwide automation. They can be used in a wide variety of industries, including feed, pet food, food processing, baking, rubber compounding, and many more. A complete system usually includes process equipment, such as a grinder or mixer, and process controls. ![BAKING AND FOOD PLANTWIDE AUTOMATION DIAGRAM](https://sterlingcontrols.com/wp-content/uploads/BAKING-AND-FOOD-PLANTWIDE-AUTOMATION-DIAGRAM-SCENE7.2.png "BAKING AND FOOD PLANTWIDE AUTOMATION DIAGRAM SCENE7.2 | Sterling Systems & Controls")## Get a Quote --- ### [Industries & Applications](https://sterlingcontrols.com/industries-applications/) **Published:** April 4, 2024 **Author:** p1ws **Content:** # Industries & Applications Sterling Systems & Controls designs and builds custom process automation and material handling systems—ingredient batching, material weighing, bulk bag unloading/filling, and liquid handling—backed by 50+ years of industrial experience. We engineer, manufacture, and integrate equipment, control panels, and software to optimize receiving, transfer, blending, sizing, weighing, batching, and loadout. Industries served include agriculture, baking/food, animal feed, and pet food. Result: higher accuracy, throughput, and traceability—delivered worldwide. High-Clarity Overview (scannable) **Who we are**: Custom-engineered process automation and bulk material handling systems delivered globally. **What we build:** Ingredient batching, material weighing, bulk bag unload/fill, and liquid handling—plus control panels and software. **Where we help:** **Raw material receiving → transfer → blending/sizing → weighing/batching → loadout** (dry bulk and liquids). **Industries:** Agriculture, Baking & Food Processing, Animal Feed Milling, Pet Food Manufacturing, and broader industrial markets. **Outcomes:** Higher accuracy, consistency, throughput, compliance, and cost control. ### Core Capabilities **Ingredient Batching Systems:** automatic/semi-automatic batching, tolerance control, lot tracking, and recipe management. **Material Weighing & Dosing:** gain-in-weight / loss-in-weight, micro/minor additions, continuous or batch modes. **Bulk Bag Handling:** safe, dust-controlled **unloading and filling** with integrated scales and dust collection interfaces. **Liquid Handling:** metering, temperature control, agitation, CIP-friendly designs. **Process Control & Automation:** PLC/HMI, industrial PC, data acquisition, alarm management, audit trails. **Electrical & Control Panels:** design, build, and UL-labeled panels with documentation and FAT/SAT support. **Custom Software:** recipe governance, production reporting, and SQL-backed traceability. ### How We Work **Define Requirements:** process goals, materials, rates, accuracy, hygiene/compliance. **Engineer & Model:** P&IDs, functional specs, equipment selection, controls architecture. **Build & Integrate:** mechanical, electrical, and software—factory tested. **Install & Commission:** on-site startup, operator training, documentation. **Optimize & Support:** tuning, upgrades, and lifecycle services. ### Why Sterling Systems & Controls **End-to-end ownership:** equipment + controls + software from one partner. **Accuracy & repeatability:** tightly controlled tolerances reduce waste and rework. **Data & compliance:** lot/recipe traceability, electronic records, audit readiness. **Scalable & modular:** start with targeted upgrades; expand plant-wide later. **Cross-industry expertise:** proven in agri-food, feed, pet food, and allied industries. ### FAQs **Q1: What processes can Sterling automate?** Batching, weighing, bulk bag unload/fill, liquid handling, and end-to-end flow: receiving, transfer, blending/sizing, batching, and loadout. **Q2: Do you supply control panels and software?** Yes. We design/build UL-labeled panels and deliver PLC/HMI plus SQL-backed software for recipes, traceability, and reporting. **Q3: Which industries do you serve?** Agriculture, baking/food, animal feed, pet food, and other industrial markets worldwide. **Q4: Can systems scale over time?** Yes. Modular designs let you start with targeted improvements and expand to plant-wide automation when needed. ***Ready to improve accuracy and throughput? [Contact Sterling Systems](https://sterlingcontrols.com/contact/) today about a custom batching or process automation solution.*** ## Industries & Applications [ ![](https://sterlingcontrols.com/wp-content/uploads/shutterstock_1955728411-516x291.jpg "American,Midwestern,Countryside,In,Springtime.,Aerial,View,Of,Farms,With | Sterling Systems & Controls") ### Agriculture ](https://sterlingcontrols.com/industries-applications/agriculture/) [ ![food processing equipment](https://sterlingcontrols.com/wp-content/uploads/food-processing-equipment-516x381.jpg "food-processing-equipment | Sterling Systems & Controls") ### Baking & Food Processing ](https://sterlingcontrols.com/industries-applications/baking-food-processing/) [ ![](https://sterlingcontrols.com/wp-content/uploads/shutterstock_372759631-516x343.jpg "Pet,Food,In,Circle,Stainless,Bowl | Sterling Systems & Controls") ### Feed Milling & Pet Food Manufacturing ](https://sterlingcontrols.com/industries-applications/feed-milling-pet-food-manufacturing/) [ ![industrial processing](https://sterlingcontrols.com/wp-content/uploads/industrial-processing-516x327.jpg "industrial-processing | Sterling Systems & Controls") ### Industrial Processing ](https://sterlingcontrols.com/industries-applications/industrial-processing/) [ ![batching process systems](https://sterlingcontrols.com/wp-content/uploads/batching-process-systems-516x327.jpg "batching-process-systems | Sterling Systems & Controls") ### General ](https://sterlingcontrols.com/industries-applications/general/) --- ### [Process Control Services, Spare Parts & Components](https://sterlingcontrols.com/service/) **Published:** April 4, 2024 **Author:** p1ws **Content:** # Parts & Service ## **Parts** We know you need to minimize downtime. This is why we always recommend purchasing critical spare parts and components with your new process controls, ingredient batching systems, bulk bag handling systems, and other equipment from us. We urge you to take advantage of these opportunities so that you have critical spares on hand if they are ever needed. But if you require spare components, Sterling Systems & Controls, Inc. can provide prompt analysis and response, including expedited delivery. The critical parts lists for your Sterling Systems & Controls equipment and process control systems should be available within your Instruction Manual and other documentation provided with our systems. If you can’t find your manual or identify the part required, don’t hesitate to get in touch with us and provide the equipment system project number, 14-23-1234, as an example, as well as the item description and any part number that might be on the component requiring replacement. [request parts quote](/request-a-parts-quote/) ## **Services** ![Process Control training](https://sterlingcontrols.com/wp-content/uploads/ONSITE-TRAINING-CROP-1024x640.jpg "ONSITE TRAINING CROP | Sterling Systems & Controls")Sterling Systems & Controls, Inc. supports what we engineer and manufacture with second-to-none 24/7 After-Sales Support Services. While annual service contracts may be available, no annual service contract or upfront PO is required for support service. Our After-Hours Emergency Service phone number is 1-877-794-1044 for The United States and Canada. ##### Process Optimization & Training Our field service and on-site audits can assist you in your continuous improvement efforts and your quest for operations excellence. Whether you are just considering making changes to improve product safety, consistency, accuracy, or overall efficiency and profitability, or you’ve had your equipment for six months or 30 years, our process control/automation and material handling/processing experts are here for you. Call on us for custom-engineered Process Optimization solutions for replacement parts and remote or on-site service of our equipment and systems. Additionally, our process and equipment experts offer on-site training for your team to ensure the effective and efficient operation of your Sterling Systems & Controls equipment and systems. Whether you have a team of experienced personnel or new hires, we can help get them up to speed on our custom-engineered solutions. Our technical sales, engineers, and service technicians will work with you and your team to ensure you get the most out of your experience with Sterling Systems & Controls. [Submit Process optimization request](https://sterlingcontrols.com/process-optimization-request/) --- ### [Resources](https://sterlingcontrols.com/resources/) **Published:** April 4, 2024 **Author:** p1ws **Content:** # Resources ## Sterling Systems & Controls Resource Center Welcome to the Sterling Systems & Controls Resources Page, your hub for invaluable tools, guides, and materials to enhance your understanding of [material weighing](/products-capabilities/batching-weighing/material-weighing-systems/), [ingredient batching](/products-capabilities/batching-weighing/kitchen-batching-system/), [process controls and automation](/products-capabilities/controls-automation/process-controls-automation/), [bulk bag filling and unloading](/products-capabilities/bulk-bag-handling-systems/), and [liquid handling systems](/products-capabilities/liquid-handling/). Explore a wealth of resources curated by industry experts, designed to empower you with knowledge and solutions for optimizing your operations. Whether you’re a seasoned professional or just beginning your journey in these technology and product areas, our collection offers something for everyone, fostering continuous learning and innovation. [ ### Blog Unlock the power of precision with Sterling Systems & Controls Blog – your gateway to expert insights on cutting-edge control systems and automation s… ](https://sterlingcontrols.com/resources/blog/) [ ### Case Studies Dive into the success stories and real-world applications of innovative control systems with Sterling Systems & Controls Case Study page – where achie… ](https://sterlingcontrols.com/resources/case-studies/) [ ### White Papers Ready to elevate your operations and unlock new levels of efficiency and quality? Download our white papers now and embark on a journey towards operat… ](https://sterlingcontrols.com/resources/white-papers/) [ ### Listen & Watch Welcome to the Sterling Systems Listen and Watch Resources page! Here, you’ll find a curated collection of videos and podcasts designed to help you st… ](https://sterlingcontrols.com/resources/listen-watch/) [ ### Terminology Navigating through the terminology used in industries concerning weighing, batching, mixing, and automation can be like traversing a maze, with each c… ](https://sterlingcontrols.com/resources/terminology/) [ ### Brochures Discover the unparalleled capabilities of Sterling Systems & Controls through our brochure page – your comprehensive guide to our advanced control sol… ](https://sterlingcontrols.com/resources/brochures/) ## Contact Us --- ### [Industrial Batching Systems](https://sterlingcontrols.com/industries-applications/industrial-processing/industrial-batching-systems/) **Published:** May 14, 2024 **Author:** p1ws **Excerpt:** Sterling Systems & Controls, Inc. offers industrial batching systems and automation solutions for every aspect of the industrial manufacturing process involving both dry and liquid materials. Typical automation of industrial batching systems can also include raw material handling systems, such as pneumatic & mechanical conveying, liquid batching and metering systems, mixer and blending automation, minor & major ingredient weighing systems, bulk bag unloading systems, bulk bag filling/packaging, and packaging systems. **Content:** # Industrial Batching Systems ![AUTOMATIC INGREDIENT BATCHING](https://sterlingcontrols.com/wp-content/uploads/AUTOMATIC-INGREDIENT-BATCHING-1-600x439.png) Sterling Systems & Controls, Inc. offers industrial [batching systems](/products-capabilities/batching-weighing/batching-systems/) and [automation solutions](/products-capabilities/controls-automation/process-controls-automation/) for every aspect of the industrial manufacturing process involving both dry and liquid materials. Typical automation of industrial batching systems can also include raw material handling systems, such as pneumatic & mechanical conveying, liquid batching and metering systems, mixer and blending automation, [minor & major ingredient weighing systems](/products-capabilities/batching-weighing/minor-major-weighing-systems/), [bulk bag unloading systems](/products-capabilities/bulk-bag-handling-systems/bulk-bag-unloading/), [bulk bag filling/packaging](/products-capabilities/bulk-bag-handling-systems/bulk-bag-filling-systems/), and packaging systems. ##### Types of Materials in Industrial Batching Systems: - Aggregate - Chemical - Ceramic - Plastic Compounding - Rubber Compounding - Wood Byproducts - Alloys - Textiles ##### Industries Served: ![Pneumatic Conveying](https://sterlingcontrols.com/wp-content/uploads/Pneumatic-Conveying-image008-large-2.png "Pneumatic-Conveying-image008-large-2 | Sterling Systems & Controls")“Industrial” generally refers to anything other than feed, pet food, baking, and food processing industries. - Plastic. - Rubber. - Steel. - Automobile. - Welding. - Cement. - Asphalt. - Packaged Concrete. - Sand Drying. - Casting Recovery Systems. - Ice. - Wood. - Paper. ##### Key Features: - Scheduling. - Formulation Management & Storage. - Raw Material Management, Inventory and Usage. - Material Parameters (Tolerance, Feeder Speed, Jog, Pre-act/Cutoff…). - [Lot Tracking (Barcode, RFID)](https://sterlingcontrols.com/traceability/). - [Validation (Barcode, RFID)](https://sterlingcontrols.com/traceability/). - Equipment Parameters (Scales, Mixer, Dry Ingredient Feeders, Liquid Meters). - Temperature Monitoring. - Mixer Load Tracking. - CO2System Automation. - Finished Batch Tracking. - Abnormal Condition Alarms and Tracking. - [Remote Process Status & Data Access Software (WebCentral)](https://sterlingcontrols.com/applications/supervisory-control/). - Troubleshooting & Diagnostics Features (Local & Remote). - [Bulk Bag Unloading](https://sterlingcontrols.com/systems/bulk-bag-unloading-weighing-systems/). - Bulk Conveying System Automation. - Bulk Liquid Handling System Automation. - [Micro](https://sterlingcontrols.com/systems/micro-weighing-systems/), [Minor, Major](https://sterlingcontrols.com/systems/minor-major-weighing-systems/) Ingredient Automation. - Semi Automatic: Manual Prompting & Weigh Station Automation. - [Mixer Automation](https://sterlingcontrols.com/applications/mixing/). - Packaging Interface – Yield System Automation. - CIP (clean in place) System Automation. - Conductivity Monitoring. ## Get a Quote --- ### [Bakery Batching](https://sterlingcontrols.com/industries-applications/baking-food-processing/bakery-batching/) **Published:** May 8, 2024 **Author:** p1ws **Content:** # Bakery Batching ![MIXER SCREEN HAND PROMPTING](https://sterlingcontrols.com/wp-content/uploads/MIXER-SCREEN-HAND-PROMPTING-3-600x375.png) Sterling Systems & Controls, Inc. can offer a bakery batching system and other automated solutions for bakeries and food manufacturing. Receiving of raw materials, batching, weighing, mixing, powder batching systems and the control of other process equipment can be automated. An individual bakery batching system or automation of a combined group of process equipment and systems can be accomplished. Raw material handling systems, e.g. pneumatic and mechanical conveying, liquid weighing and metering systems, [bulk bag unloading](/products-capabilities/bulk-bag-handling-systems/bulk-bag-unloading/), [micro](/products-capabilities/batching-weighing/micro-weighing-systems/), [minor and major ingredient weighing and batching systems](http://products-capabilities/batching-weighing/minor-major-weighing-systems/) can provided. Seamless interaction of all the production processes in the bakery is crucial – and integrated automation with data management and lot tracking provides a perfect answer. We can easily assess your specific needs. Then, we will provide you with the bakery batching system and other necessary production solutions. Also, we can allow users on your corporate network to access data from the batching control system. This allows remotely managing the bakery batching system’s ingredients, formulas, bin assignments, schedules, and other data tables. Also, it allows users to view and print historical batching and process data reports. Users can monitor key processes and batching data and alarm conditions within the control system. They can provide logs and historical analyses of this data as well. Our PC and PLC control systems are great at controlling process equipment and managing process data, whereas your business system hardware and databases are good at managing administrative and financial functions and data. Sterling Systems & Controls, Inc. can provide the means to bridge these two worlds. This provides a seamlessly integrated solution. You will benefit from efficient bakery production processes that deliver maximum quality at reduced cost. ##### Proven Bakery Batching System for: - Bread. - Bagels. - Bread Crumbs. - Pizza Crust. - Cookies. - Donuts. - Waffles. - Cones. - Pretzels. - Snack Foods. Automating the mixing or blending process is one example. One such solution is summarized here. ##### Features: - Scheduling. - Formulation Management & Storage. - Raw Material Management, Inventory and Usage. - Material Parameters (Tolerance, Feeder Speed, Jog, Pre-act/Cutoff). - Lot Tracking (Bar Code, RFID). - Validation (Bar Code, RFID). - Equipment Parameters (Scales, Mixer, Dry Ingredient Feeders, Liquid Meters). - Temperature Monitoring. - Mixer Load Tracking. - C02 System Automation. - Finished Batch Tracking. - Abnormal Condition Alarms and Tracking. - Remote Process Status & Data Access Software (WebCentral). - Troubleshooting & Diagnostics Features (Local & Remote). - Bulk Conveying System Automation. - Bulk Liquid Handling System Automation. - Micro, Minor, Major Ingredient Automation. - Semi-Automatic: Manual Prompting & Weigh Station Automation. - Mixer Automation (Two Speed). ## Get a Quote --- ### [Stay Ahead of the Curve—Subscribe to the Sterling Systems & Controls Blog Today!](https://sterlingcontrols.com/subscribe-to-our-blog/) **Published:** August 15, 2024 **Author:** p1ws **Content:** # Stay Ahead of the Curve—Subscribe to the Sterling Systems & Controls Blog Today! Subscribing to the Sterling Systems & Controls blog is essential for anyone involved in process automation, material weighing, and batching systems. The blog provides valuable insights into the latest technological advancements, best practices, and industry trends. Regular updates ensure that you stay informed about new solutions, case studies, and expert advice that can help optimize your operations, improve efficiency, and maintain a competitive edge. Additionally, the blog serves as a resource for troubleshooting and understanding complex systems, making it an indispensable tool for both novices and seasoned professionals in the field. ## Subscribe to our blog --- ### [Terminology](https://sterlingcontrols.com/resources/terminology/) **Published:** May 13, 2024 **Author:** p1ws **Excerpt:** Navigating through the terminology used in industries concerning weighing, batching, mixing, and automation can be like traversing a maze, with each company or industry having its unique vocabulary. At Sterling Systems & Controls, we recognize the confusion this can cause and aim to alleviate it through this dedicated section on our website. Here, we endeavor to provide definitions and clear and understandable explanations of the various terms commonly encountered in industry discussions and on our platform. **Content:** # Terminology ![Terminology,Text,On,The,Magnifiyng.,Business,Concept](https://sterlingcontrols.com/wp-content/uploads/shutterstock_1739538701-600x352.jpg) Navigating through the terminology used in industries concerning weighing, batching, mixing, process controls and automation can be like traversing a maze, with each company or industry having its unique vocabulary. At Sterling Systems & Controls, we recognize the confusion this can cause and aim to alleviate it through this dedicated section on our website. Here we endeavor to provide definitions and clear and understandable explanations of the various terms commonly encountered in industry discussions and on our platform. As we embark on this endeavor, we understand that alphabetically organizing such a vast array of terms is essential for easy reference. However, when building this comprehensive resource, there may be instances where the arrangement is temporarily disrupted. We sincerely appreciate your patience and understanding during this development phase. Our ultimate goal is to create a resource that not only clarifies industry jargon but also enriches the knowledge of all our visitors, whether they are seasoned professionals or newcomers to the field. If you have suggestions for Terms to add to this resource please [let us know](https://sterlingcontrols.com/contact/). #### A [![Rotary Airlocks](https://www.praterindustries.com/wp-content/uploads/rotary-airlock-sm-looping.gif "| Sterling Systems & Controls")](https://www.praterindustries.com/products/rotary-airlock-valves/) **Accuracy:** In typical use in the processing industries for material weighing, ingredient batching, and controls/automation, the term “accuracy” is the degree of conformity of a measured or calculated quantity to its actual value or standard. It is the measurement devices absolute correctness. **Airlock:** (a.k.a Rotary Airlock) In bulk material solids handling and processing an airlock,or [rotary airlock](https://www.praterindustries.com/products/rotary-airlock-valves/), is a type of valve used for controlling the flow of dry bulk solid material that not only controls the feed rate of the bulk material, but also minimizes air leakage (pressure loss) between the equipment above and below the airlock valve where differing levels of pressure exist. **Alarm Management:** The systematic handling of events considered “alarms” (usually abnormal events) to ensure that operators and other personnel are alerted to these critical conditions or equipment/process failures in a prompt and timely manner. **Auger Feeder:** An Auger Feeder, a.k.a. Screw Feeder, is a type of dry material feeder commonly used in minor and micro ingredient batching systems to feed material from each ingredient supply bin to a weigh scale or scale hopper. The screw feeder feed rate can be adjusted based upon the screw or auger size, the number and shape of individual flights on the screw or auger, and the speed of the drive for the feeder. **Automation:** Automation can be defined in a few different ways. But for our purposes here, automation is the application of technology in a custom-engineered manner to monitor and control a process of production, such as the production and delivery of various goods and services in a wide range of industries. Automation will perform tasks or processes that were previously performed manually by operators. Sometimes Automation is referred to as [Process Control,](/products-capabilities/controls-automation/process-controls-automation/) which it is, but Automation can be the application of technology to automate things other than processes. Industries where automation is routinely employed include agriculture, food manufacturing, chemical production, refining, and many other industries. **Automation System:** An automation system includes the seamless integration of control systems, machinery, and processes to minimize operator/personnel involvement while maximizing operational efficiency and productivity. This typically involves the use of various technologies such as sensors, actuators, PLCs (Programmable Logic Controllers), and SCADA (Supervisory Control and Data Acquisition) systems, among others. **Automatic:** This terminology section will define the term Automatic in regard to a Batching System. A batching system has two functions which can be done either manually or automatically. These are the feeding of ingredients into a batch, and the weighing of each ingredient and the total batch. In a Manual process an operator performs these functions. In an Automatic system automation performs these tasks in some manner. #### B ![mixer bowl batching](https://sterlingcontrols.com/wp-content/uploads/mixer-bowl-batching-1024x979.jpg "mixer-bowl-batching | Sterling Systems & Controls") Bakery Stack up**Bakery Stack-up:** A term used in the baking industry batching system arena. Multiple components are stacked one on top of another to create the material batching and weighing system. **Banbury:** A mixer type. Banbury is a registered trademark owned by the Farrel Corporation. Banbury is a type of mechanical mixer primarily used in rubber and plastic compounding, known for its ability to force the cohesion of these materials. Process control of a Banbury mixer is an expertise that few have, including Sterling Systems & Controls. **Batch Control System:** The software/hardware systems in a Batching System that specifically are required for the management and control of the batching process to ensure ingredient proportioning and mixing. The Batching Control System is also responsible for collecting, organizing and managing all the data associated with ingredients and batch production for traceability and analytical usage. **Batch Rate:** This generally refers to the rate at which batches of products or materials are processed or produced within a specific time frame. It can be measured in various units depending on the industry. Examples include items per hour, pounds or kilograms per minute, or gallons per day. **Batch Record:** A batch record is the documentation that captures all of the critical steps in the process of creating the batch. This also will include the materials/ingredients used, weighments made during the batch creation, ingredient lots, etc. This is critical data that the batching control system captures and stores/manages. **Batch Size:** The amount of material produced in a single batch. A batch typically includes multiple ingredients, may be dry or liquid ingredients, is prepared to a specific recipe or formula, and usually is created by weight. **Batching System:** In the process manufacturing industries such as feed, food and many others, a “batching system” is one in which the semi-automatic or automatic collection of multiple ingredient dry solids and/or liquids occurs. The dry and liquid ingredient materials are either automatically or manually fed into a collection container, automatically weighed, and then manually or automatically transferred to the next process step, such as a mixer, via mechanical or pneumatic conveyance. [Batching systems](/products-capabilities/batching-weighing/batching-systems/) may also be referred to as Micro Ingredient Batching Systems, Minor Ingredient Batching Systems, Bulk Batching Systems, Automatic or Semi-Automatic Batching Systems (automatic and semi-automatic refers to the feeding of ingredient materials), [Material Weighing Systems](/products-capabilities/batching-weighing/material-weighing-systems/), Material Batching Systems, [Hand Prompt Batching Stations](/products-capabilities/batching-weighing/hand-prompt-batching-station/) (referring to the system which prompts an operator to manually feed material ingredients into a batching container), and [Kitchen Batching Systems](/products-capabilities/batching-weighing/kitchen-batching-system/). **Batching Stations:** What is a batching station? The term “batching station” can be defined as the location for the operator interface to the batching control system. Usually, there is a single batching station (control panel) in a batching system, but sometimes there can be [multiple batching stations](/industries-applications/baking-food-processing/multiple-batching-stations/). **Batch Weighing:** The process of weighing a single or multiple ingredients according to a recipe/formula where a predetermined quantity of material is weighed and then processed or packaged. ![Mill Monitoring System](https://sterlingcontrols.com/wp-content/uploads/Mill-Monitoring-MED-SIZE-Rev-1024x540.jpg "Mill-Monitoring-MED-SIZE-Rev | Sterling Systems & Controls")**Bearing Condition Monitor for Classifiers:** Classifiers and Grinders are particle size reduction machinery. Classifiers and Grinders are rotating process equipment. As such they have bearings. These bearings are critical to the safe operation of the equipment. Bearing failure can result in equipment downtime and safety problems. Monitoring the status of the bearings and overall equipment function is what Bearing Condition Monitors do. Specific Bearing Monitors are available for the [Prater Industries](http://www.praterindustries.com) brand of particle size-reducing classifiers and grinders. These Bearing Condition Monitoring panels monitor vibration, acceleration and temperature and are invaluable for critical processes. **Bin:** A “bin” is a container for material, typically for bulk solid materials rather than liquids (see “tank”). A bin typically has one or more outlets for removal of the material and usually a single inlet, though there could be more. Discharge of the material through the bin outlets is either by gravity or by some devices that promote flow or devices that assist gravity. **Bulk Bag:** A bulk bag is also referred to technically as an FIBC, or Flexible Intermediate Bulk Container. These bags are containers to hold dry materials, powders and granular materials. They are made of flexible fabric, such as polyethylene or polypropylene. They expand to fit the dry material. They have an opening in the top and a discharge or outlet in the bottom of the bag. A wide variety of flexible bulk bag containers exist with differences in shape, inlet, discharge, etc. Filling and Emptying FIBC’s are accomplished with specialized process equipment custom-engineered and manufactured to fit the specific application requirement. These machines are often equipped with scales and weighing systems. [Bulk Bag Filling Systems](/products-capabilities/bulk-bag-handling-systems/bulk-bag-filling-systems/) and [Bulk Bag Discharge/Unloading Systems](/products-capabilities/bulk-bag-handling-systems/bulk-bag-unloading/). **Bulk Material Handling:** This is an engineering field involved with the design of equipment used for the handling of bulk dry materials such as those which are powdery, granular or lumpy in nature, and are stored in “heaps” in bins, silos, open piles, etc. Often bulk material handling systems are engineered for moving dry materials from one point to another. The ability of a dry bulk solid material to flow is a function of the material and the equipment handling it. An easy-flowing bulk solid material placed in the wrong piece of equipment can become difficult to handle. If it is placed in the correct equipment, it can flow reliably. Some methods can be employed to promote the flow or movement of bulk solid materials. Mixing and blending of bulk solids is an important processing step in many industries. Batching incorporates the feeding of dry bulk solid materials into a “batch” for mixing or other downstream processing. #### C **Calibration:** Adjusting or verifying the accuracy of a measuring instrument, such as a weigh scale or other weighing device/instrument, by comparing the output of the measurement from the instrument to some known standard(s). **Controls:** a.k.a. Process Controls related to Automation. ![](https://www.praterindustries.com/wp-content/uploads/air-classifier-looping.gif "BAG-LIFT-RESIZED-MED-cropped | Sterling Systems & Controls")**Conveyor:** A conveyor is a mechanical apparatus that transports material. Many different kinds of conveyors exist. For our context here we are talking about and defining conveyors that are used to transport bulk dry materials, powders, granular materials, etc. In bulk material conveyors there are generally two types, pneumatic and mechanical. Both pneumatic conveyors and mechanical conveyors are defined within this Terminology section. **Classifier:** A classifier is a piece of process equipment that separates material based on a set of characteristics, such as particle size, density, etc. “[Air Classifiers](https://www.praterindustries.com/products/air-classifiers/)” provide a highly precise method for separating and classifying particles to the desired size and density. Classifiers are typically designed to provide ultra-fine separation and narrow particle distributions for dry bulk materials. Often air classifiers offer size separations in the range of 3 to 150 microns. They are ideal as a stand-alone process that includes a feeder and dedicated dust collection system. They are equally suited to “closed-circuit” grinding when coupled to a conventional milling system. #### **D** **Decision Table:** Refer to Rules Table. **Distributed Control System (DCS):** A control system, typically computerized today, that is utilized to control and automate complex process systems incorporating multiple autonomous controllers/control systems distributed throughout the system with no central supervisory control. ![Dynamic Weighing Conveyor Scales](https://sterlingcontrols.com/wp-content/uploads/8-BIN-MICRO-BATCH-SIDE-W-CONVEYOR-CROP-SCENE8.4-1024x675.jpg "8 BIN MICRO BATCH SIDE W CONVEYOR CROP SCENE8.4 | Sterling Systems & Controls")Dynamic Weighing in Batching System**Dynamic Weighing:** A weighing process where the ingredient materials are weighed while they are in motion, often using conveyor belt scales or some form of continuous weighing system. The use of conveyor belt scales is common in many industrial applications where ingredients are batched into plastic bags/totes sequentially with relatively high batch rates, small batch sizes. **Drag Conveyor**: No, this is NOT a conveyor dressed up as something other than what it is. It is a conveyor named for its method of moving bulk solid materials by dragging it from point A to point B. They can be used to move material in elevation as well as in linear motion. Typically, it consists of a drive chain and paddles or blades that capture and “drag” material along. One reason for using drag conveyors is they are more flexible in terms of the type of material they can move, wider range of bulk densities, particle size, etc. Typically the sizing of a drag conveyor depends upon: - What the conveyor is to handle - What the average particle size will be - What the expected amount of material is that needs to be moved, such as described in Tons Per Hour - How the drag conveyor will be loaded - At what elevation the drag conveyor will discharge - What is the horizontal distance from the center of the inlet to the center of discharge, etc? **Drawer-In-Housing Magnetic Separator:** Also known as “drawer magnets”, these consist of rows of round magnetic tubes that are assembled into drawers contained inside a housing. The magnetic tubes of each row are aligned on alternating centers from the row directly above or below it. As the product flows into the top of the housing, it is forced to cascade in a Zig-Zag pattern from row to row over the magnetic tubes. This ensures maximum tramp metal capture since the product comes in direct and repeated contact with a magnet as it travels through the housing. **Dryer**: A Dryer removes moisture to reduce or eliminate said moisture from a powder or other bulk solid. Industrial Dryers come in many forms or types including Fluid Bed Dryers, Rotary Dryers and Rolling Bed Dryers. **Dust Collector:** Processing of powder materials can create airborne dust. This can be problematic in many situations and hazardous. From toxic to explosive dust, this problem can cause property damage, injury and loss of life. Therefore, when airborne dust can be created in a process it usually requires being contained and collected. This is common in material weighing and batching applications. A dust collector is used to collect and temporarily store dust from a process point. #### E ![](https://sterlingcontrols.com/wp-content/uploads/AUGER-FEEDERS-2-1024x768.jpg "AUGER FEEDERS | Sterling Systems & Controls") Feeder Screw auger Feeders in Minor Ingredient Batching System#### **F** **Feeder:** The word “feeder” is used as a noun within the context of [batching systems](/products-capabilities/batching-weighing/batching-systems/). A Feeder is a device or person that moves ingredients in a batching system from the ingredient container to the weighing scale. Automatic batching systems use automated feeders such as screw (auger) type or vibratory type feeders. In semi-automatic batching systems or manual batching, a person or operator is used as the “feeder”. Usually the operator uses a scoop to move an ingredient from its container to a weighing container on a scale. **Fieldbus:** A digital communication protocol used in industrial automation to connect field devices (sensors, control elements, etc.), without having to connect each device individually to the controller or control system network. #### G **Grinder:** The term Grinder in this industrial perspective is a generic reference to a piece of process equipment that reduces the particle size of a bulk solid material. There are several different types of “Grinders”, each defined by some aspect of its method of operation, such as a [Hammermill](https://www.praterindustries.com/products/hammermills/), an [Air Classifier](https://www.praterindustries.com/products/air-classifiers/), a Ball Mill, [Roller Mill](https://www.praterindustries.com/products/fine-grinders/), [Pin Mill](https://www.youtube.com/watch?v=8ekw-BA1IQI), [Jet Mill](https://en.wikipedia.org/wiki/Jet_mill) and Colloid Mill. Some go beyond just particle size reduction, such as a classifier. ![Hammer Mills](https://www.praterindustries.com/wp-content/uploads/hammer-mill-sm-looping.gif "OPERATOR-ROOM-PCS-AND-NETWORK-PANEL-e1613490118394 | Sterling Systems & Controls") Hammer Mill#### H **Hammer Mill:** A Hammer Mill is one of the oldest particle reduction machines available today. A Hammer Mill consists of a series of hammers (usually four or more) hinged on a central shaft and enclosed within a rigid metal case. The bulk solid materials to be milled or reduced in particle size are struck by these “hammers” (rectangular pieces of hardened steel), which rotate at high speed inside the chamber. These radically swinging hammers (from the rotating central shaft) move at a high angular velocity causing brittle fracture of the bulk solid material. **Hand Prompt Batching System:** Also known as “Hand Adds”, a Hand Prompt Batching System (or batching station) is a semi-automatic batching system. Refer to the “semi-automatic” definition further below. Offering the many benefits of ingredient batching systems, the hand prompt system includes ingredient lot tracking, automatic weighing of operator-added ingredients within a user-programmable tolerance, formula creation and storage, and inventory tracking. The hand prompt batching system is entry-level or the least expensive of automated ingredient batching systems but offers many important features and several high-end options. [More information](/products-capabilities/batching-weighing/hand-prompt-batching-station/). ![HMI Main Process Page Example](https://sterlingcontrols.com/wp-content/uploads/Main-Process-Page-1024x767.png "Main Process Page | Sterling Systems & Controls") HMI Process Screen Example**HMI (Human Machine Interface):** this serves as the interface between an operator or other personnel (human) and a machine or control system. This device allows operators to interact and monitor the equipment/system operation through a graphical representation of the equipment/process, indicators and controls. The HMI plays a critical role in industrial automation. #### I **Industrial Magnetics:** Industrial Magnetics, Inc. manufactures magnet solutions specifically for tramp metal removal from bulk solids. Industrial Magnetics provides many off-the-shelf industrial magnet products but it is their ability to provide customer-specific solutions to unique problems that sets them apart from others in the industry. **Integration:** The process of combining different subsystems or components into one larger system. Example: ERP systems are excellent at processing financial and other core business processes such as HR, supply-chain management, sales, and CRM. Process control systems (PCS) are superb and better at data collection and organization, interface with sensors, and control of critical process oriented manufacturing systems. ERP systems and PCS serve distinct but complementary roles in modern manufacturing and industrial environments. ERP systems focus on managing business processes and resources across the organization, while PCS are dedicated to real-time control, automation, and optimization of industrial processes and equipment. Integrating these systems effectively will enhance operational efficiency, decision-making capabilities, and overall business performance. #### J #### K ![Load Cell on Scale Hopper Application](https://sterlingcontrols.com/wp-content/uploads/IMG_0021-CROPPED-2-1024x453.png "IMG_0021 CROPPED 2 | Sterling Systems & Controls") Load Cell Four Load Cells three visible Measure Weight of Scale Hopper Application #### L **Level Sensor:** a.k.a. Level Control, Bin Level Indicator. A level sensor can be either a point or continuous level measurement device. Point-level sensors monitor for the presence or absence of material in a bin at a predetermined point, such as a high level or low level. Usually in batching systems level sensors are of the point type and are used for monitoring low-level conditions in ingredient bins. Continuous level sensors measure the continuously changing level of material, up and down, as the material in a bin, tank or silo vessel goes up and down with material usage and resupply. **Load Cell:** A load cell is a sensor used to measure force or weight. In most cases in bulk material storage, handling, and processing they are used to measure weight. A load cell converts the mechanical force applied to it into an electrical signal that can be measured and analyzed. Load cells are commonly used in industrial scales, ingredient batching machinery, and testing equipment to ensure accurate weight measurement. **Lump Breaker:** Sounds ominous. What is a lump breaker? It’s just what it sounds like, a piece of process equipment used to break “lumps” in the flow of dry solid materials. They are used to break up materials that tend to clump because they are hygroscopic, meaning the particles tend to absorb moisture and then bind together and create larger particles too big to flow easily. These lumps or clumps can block flow streams and must be broken up. A lump breaker is usually a form of a rotary airlock valve, a.k.a. lump crushers. They are a form of particle size reduction equipment. For more information see this [Lump Breaker](https://www.praterindustries.com/products/lump-breakers/) web page. ![Lump breaker](https://www.praterindustries.com/wp-content/uploads/lump-breaker.jpg "| Sterling Systems & Controls") Lump Breaker#### M **Machine Vision:** Technology for acquiring and interpreting images to guide automated processes, such as quality inspection or robot guidance. **Manual:** In the batching function, a “manual batching” system is one that uses an operator to feed ingredients into a batch container on a scale for weighing, and also the operator manually moves the completed batch in the batching container to the next step in the process which is typically a mixer and dumps the batched ingredients into the mixer. The feeding of ingredients and the movement of completed batches are done manually, by an operator. **Metal Finish:** Refer to “Surface Finish Grades”. **Micro:** This term is generally used in describing the general weighment size for an automatic batching system. In an automatic batching system, the ingredients, based on the chosen formula to be made, are fed from the ingredient supply bin to the appropriate scale hopper for weighing an accurate amount according to the formula being run. A “Micro” weighment (refer to the definition of “Weighment”) is generally anything less than 50 lbs (22.7 kg). Often weighments are as low as several grams and the scale hoppers can be relatively small. The term “micro” regarding ingredient batching systems is often generically used in the Feed industry regardless of weighment size. **Minor:** This term is generally used in describing the general weighment size for an automatic batching system. In an automatic batching system, the ingredients, based on the chosen formula to be made, are fed from the ingredient supply bin to the appropriate scale hopper for weighing an accurate amount according to the formula being run. A “Minor” weighment (refer to the definition of “**Weighment**”) generally runs from 50lbs (22.7Kg) up to around 150lbs (68.2Kg). The term “minor” in regard to ingredient batching systems is often generically used in the Food and Baking industry regardless of weighment size. #### N #### O #### P **Particle Engineering:** This is best understood by review of a blog post from a company that is a leader in particle engineering and size reduction, [Prater Industries](http://www.praterindustries.com/). **PID Control:** PID is an acronym. It stands for Proportional-Integral-Derivative. PID is a control mechanism used to regulate process control systems, typically pressure, temperature, flow, etc. PID algorithms are embedded within single-loop, PLC, PC-based control, and DCS systems. Each term, P I and D, are adjustable to effect different results in the control of a process variable to a setpoint. For further study refer to [PID Controller](https://en.wikipedia.org/wiki/Proportional%E2%80%93integral%E2%80%93derivative_controller). **Pipe Magnets:** These devices are a magnetic separator for pipelines. They are used to remove ferrous contaminants (such as iron particles) from liquids or dry bulk materials flowing through pipelines. This device consists of a magnetic tube or rod encased in a stainless steel housing. As the liquid or dry material flows through the pipeline, the magnetic tube attracts and captures ferrous particles, thereby preventing them from entering processing equipment downstream. Pipe magnets provide product protection for many industries, including flour, feed and grain, food processing, chemical resin, plastic processing, and more. **PLC:** PLC is an acronym. It stands for Programmable Logic Controller. The PLC is an automation and control component. It was first developed in 1968 and called the Modicon 084 and used by General Motors. At first the PLC was used for “logic” on/off open/closed control functions. As the PLC evolved it incorporated PID control and analog inputs/outputs, as well as its digital input/outputs. Today the PLC is manufactured by several global manufacturers and is incorporated into most all process control systems in a wide range of agricultural and industrial applications. **Process Variable:** A measurable quantity in a process, such as weight, temperature, pressure, flow rate, etc. that needs to be monitored and/or controlled as a part of the automation and control system for a manufacturing process. ![PNEUMATIC VACUUM CONVEYOR SYSTEM](https://sterlingcontrols.com/wp-content/uploads/PNEUMATICVACUUMCONVSYST-1-edited.jpg "PNEUMATICVACUUMCONVSYST | Sterling Systems & Controls") Pneumatic Conveying Ingredient Batching System**Pneumatic Conveying:** Simply put, pneumatic conveying is the conveyance of dry material powder or small granular materials using air as the motive of transport. Various powder materials, such as flour and cement powder, and granular materials, such as plastic pellets, can be conveyed using pneumatic transport. There are two forms of pneumatic conveying, i.e., the dilute and dense phases. As stated, Dilute and Dense refer to the phase or state of the dry material within the pneumatic conveying lines. Dense phase pneumatic conveying will move the material in densely packed slugs. The dilute phase moves the material entrained within the air stream in a relatively uniform stream from the material supply source. Pneumatic conveying can use positive or negative pressure. Negative pressure systems are vacuum systems, and positive pressure pneumatic conveying systems use a positive pressure blower. Pneumatic conveying within a batching system is used to move completed batches to the next process step, typically to a mixer. Most often negative pressure vacuum systems are used in batching systems. **Precision:** The degree to which repeated measurements under unchanged conditions show the same results. Precision is about the consistency of measurements and, statistically speaking, how tightly clustered the results are around the true value. It is related to, but not the same as, Repeatability. Repeatability is about the ability of a measuring system to obtain the same result when measuring the same quantity multiple times under the exact same conditions. **Pulses:** Pulses are the edible seeds of plants in the legume family. Pulses grow in pods and come in a variety of shapes, sizes and colors. The United Nations Food and Agriculture Organization (FAO) recognizes 11 types of pulses: dry beans, dry broad beans, dry peas, chickpeas, cow peas, pigeon peas, lentils, Bambara beans, vetches, lupins and pulses nes (not elsewhere specified – pulses that don’t fall into one of the other categories). #### Q #### R **Recipe Management:** This is the systematic process of creating, managing, and controlling recipes or formulas used in a variety of process manufacturing industries such as food, baking, pet food and treats, plastics and rubber compounding, etc. It involves the documentation, standardization, and optimization of ingredient quantities, processing steps, and other parameters necessary to produce a consistent and high-quality product. Recipe management is critical for producing consistent, high quality product profitably. This is important as it leads to customer satisfaction and brand loyalty. ![Robotic Food Packaging](https://sterlingcontrols.com/wp-content/uploads/FE0920_Robots1-ABB-Robotic-Food-Packing.jpg "FE0920_Robots1-ABB-Robotic-Food-Packing | Sterling Systems & Controls") Robotics in Food Production**Resolution:** In relation to a measurement of a process variable such as weight, level, temperature, etc., the resolution is the smallest value or number that can be displayed or measured by the device. For example, a scale that has an accuracy of 0.25% may be said to have resolution of 0.001lbs. Its “absolute correctness” (Accuracy) is to within +/-0.25% of reading, and the value can be display or resolved (Resolution) to 0.001lbs. **Robotics:** This is a sub-category of technology involving the design, construction, operation, and use of robots for automation of production processes. Robots are programmable machines that can perform repetitive tasks autonomously. **Rotary Airlock Valve:** Refer to “Airlock”. **Rubber Compounding**: Rubber is typically made by mixing a variety of ingredients designed to create a specific compound. The formula consists of various chemicals, including cross-linking agents, reinforcements, antidegradants, and colorants. Important in rubber compounding is batching the various chemical ingredients together. More information on [rubber batching](/industries-applications/industrial-processing/rubber-batching/) can be found on this site. **Rules Table:** A Rules Table, a.k.a. a Decision Table, in process control software applications, such as Batching, is a set of rules with identified qualifications. In a Batching control system, the Rules Table feature will check Formulas to run against a set of Rules and verify if any are violated before the formula can be run. If any Rules in the Rules Table are violated, the formula cannot run. #### S ![SCADA Example Process Control](https://sterlingcontrols.com/wp-content/uploads/INSIDE-RECLAIM-DUM-PROCESS-SCREEN.png "INSIDE RECLAIM DUM PROCESS SCREEN | Sterling Systems & Controls") SCADA Supervisory Control and Data Acquisition**SCADA:** This is an acronym. It stands for Supervisory Control and Data Acquisition, refers to a system of software and hardware that is used to monitor and control industrial processes in real-time. SCADA systems gather and manage data from sensors, control devices, and equipment. This allows operators to monitor equipment and process conditions, control processes remotely, and make more informed decisions. They are crucial control and data management systems in process industries for optimizing operations, enhancing safety, and ensuring efficiency. **Semi-Automatic:** A [semi-automatic batching system](/products-capabilities/batching-weighing/hand-prompt-batching-station/) differs from both the automatic and manual systems. It is a combination of the two. The semi-automatic batching system will automatically provide step-by-step instructions to an operator for creating a batch. The system automatically controls the process of proceeding from one step to the next by weighing and comparing the required amount and ensuring that the correct material has been used/added. The operator will feed each ingredient from its respective bin/box/container to the batch container for weighing on a scale controlled by the system. Once a batch is completed and verified by the system, an operator manually moves or transports the batch container to the next step, typically to the mixer. **Surface Finish Grades:** The roughness and quality of the surface finish of metal that is in contact with the customer material are critical in many industries, be it an ingredient, final product, liquid, or dry material. Industries such as food and pharmaceuticals require specialized finishes. Please [Contact Us](https://sterlingcontrols.com/contact/) for more information about surface finishes and what can be provided for our equipment and systems. #### T **Tank:** A “tank” is a container for material, typically for liquid materials rather than solids (see “bin”). A tank typically has one outlet to remove the liquid and usually one or more inlets. Discharge of the material through the tank outlet is either by gravity or pressure/pumping. **Tank Calculator:** A tank calculator aids in calculating the capacity of a tank, whether a bulk tank or a liquid tank. There are several types of liquid tanks, including flat bottoms, slope bottoms, hopper bottoms, horizontal designs, and dish bottoms. **Tare Weight:** This is the weight of the empty container or packaging that will hold the material being weighed, subtracted from the gross weight so as to determine the net weight of the material or ingredient(s) added to the empty container/packaging. **Toll Processing:** This is the process by which various processing functions can be performed by a third party for a charge. These processing functions could be Sifting, Milling, Grinding, Lump Breaking, Classifying and even Compacting. See the video here on [Toll Processing](https://youtu.be/fKjl1OMUyYQ). **Tramp Metal** **Separation:** This magnetic separation equipment removes ferrous and non-ferrous metal contaminants from dry or liquid product flows. It includes the use of magnets for gravity-fed flow (inside and outside the flow stream), conveyor-fed flow, pneumatic line flow, liquid line flow, and specialty application flow metal separation. #### U #### V ![V Mag](https://z3i8e7w7.rocketcdn.me/wp-content/uploads/2020/11/Import-Cart.jpg) V-Mag**V-Mag:** The V-Mag is a container on wheels used typically in the meat processing industry but also in many other segments of the food and pet food industry, carrying primarily dry materials for mobility. Ingredients can be “batched” into V-Mag containers or ingredients can be dumped from large bulk containers, like FIBC bulk bags, into the V-Mag container for movement throughout the processing plant. **Valve:** A Valve is a mechanical device that regulates the flow of a dry or liquid material. The flow can typically be ranged from 0-100% by a valve. There are several different types of valves, depending on the application. Some are used exclusively for dry materials like powder or granular solids. Others are specifically designed for use with liquids. Common valves for regulating the flow of dry materials like powders are the Rotary Airlock Valve, Butterfly Valve (designs for liquids as well), Slide Gate, and the Iris Valve. #### W **Weighing System:** A weighing system combines various components and automation to provide a self-contained system that allows operators to weigh and batch various materials or ingredients according to a recipe or formula. It can be semi-automatic or automatic, a.k.a. a Batching System. **Weighment**: No Terminology section would be complete without this specialized term. A weighment is the weight measurement of a given item, ingredient, batch, etc. To determine the scale requirements for ingredients, it is often necessary to know what the minimum and maximum weighment is for each ingredient. This means identifying the minimum and maximum weight value of a specific ingredient. A weighment can be thought of as a single weight measurement value. #### X #### Y #### Z ## Get a Quote --- ### [Listen & Watch](https://sterlingcontrols.com/resources/listen-watch/) **Published:** July 16, 2024 **Author:** p1ws **Excerpt:** Welcome to the Sterling Systems Listen and Watch Resources page! Here, you'll find a curated collection of videos and podcasts designed to help you stay informed and ahead in the field of industrial bearing protection and electric motor systems. Explore our content to gain valuable insights from industry experts, stay updated on the latest trends, and discover innovative solutions to enhance your operations. **Content:** # Listen & Watch ![Particle Size Reduction Considerations for Feed Mills](https://sterlingcontrols.com/wp-content/uploads/Darrell_Malczewski_FG_VideoChat.66bfa36920d73-600x400.png) Particle size reduction and its efficiency are important in many industries. Prater Industries regional manager Darrell Malczewski imparts practical expertise regarding this key process in a feed mill. [Watch Now](https://www.feedandgrain.com/expert-insights/fg-chat/video/15681761/particle-size-reduction-considerations-for-feed-mills-video) ![Essential Maintenance for Feed Mills](https://sterlingcontrols.com/wp-content/uploads/FG_Podcast_Steven-2-600x400.png) Take a deep dive into a review of the available strategies for maintaining your process equipment, and the importance of establishing a robust maintenance strategy to minimize downtime and extend equipment life. [Listen Now](https://www.feedandgrain.com/expert-insights/podcasts/podcast/15681247/essential-maintenance-strategies-for-feed-mills-podcast) ![Podcast](https://sterlingcontrols.com/wp-content/uploads/FG_Podcast_Deon-Considine-600x400.png) Explore why customized systems are essential for your success, what to consider before upgrading, and how to smoothly transition to new automation technology. Get the practical insights you need to enhance your operations effectively. [Listen Now](https://www.feedandgrain.com/15680710) ![Joe-LewisFG_VideoChat](https://sterlingcontrols.com/wp-content/uploads/Joe-LewisFG_VideoChat-600x338.jpg) Two maintenance strategies are widely discussed today: Preventative Maintenance and Predictive Maintenance. In this video chat, you will delve into the realm of these two strategies and learn about the critical role of Preventative Maintenance programs in advancing process efficiency and profitability. Watch the video to gain valuable insights and enhance your understanding of how these maintenance strategies can benefit your operations. [Watch Now](https://sterlingcontrols.com/blog/video-how-preventive-maintenance-leads-to-predictive-maintenance/) ## Get a Quote --- ### [Multiple Batching Stations](https://sterlingcontrols.com/industries-applications/baking-food-processing/multiple-batching-stations/) **Published:** May 9, 2024 **Author:** p1ws **Content:** # Multiple Batching Stations ![BREAD DOUGH MIXING](https://sterlingcontrols.com/wp-content/uploads/BREAD-DOUGH-MIXING-REV-600x350.png) #### Batching Control Systems with Multiple Batching Stations In this application example, Sterling Systems & Controls, Inc. implemented a batching control system with multiple batching stations. Often there is only a single batching station. This application was provided with three batching stations using a single Allen-Bradley PLC controller. The customer has two areas or lines, each requiring a locally accessible batching station. ![PAR-BATCHING-STATION](https://sterlingcontrols.com/wp-content/uploads/PAR-BATCHING-STATION-3-578x600.jpg) The first line has only one batching station, but adding a second batching station is expandable if required. The second line has two batching stations which, in this food processing and baking application, share flour, oil, and water as their bulk ingredients. Multiple batching stations are provided for the total system to deliver operator convenience and overall system flexibility. Typically when each batching station calls for flour or oil, the PLC request will be handled as first come first serve (FIFO). Flour is conveyed pneumatically and oil is pumped to either mixer as available. Water, however, can be tempered or chilled. Water going to each mixer can be called at any time without waiting for the other to finish because each mixer has a dedicated flowmeter for each type of water that is monitored to meter how much water goes into the mixer. ![BREAD DOUGH MIXING](https://sterlingcontrols.com/wp-content/uploads/BREAD-DOUGH-MIXING-REV-600x350.png) #### Batching Screen The Batching screen shows a flour scale mixer and liquid meters. When the equipment or vessel is on or active, the graphic will go from dark gray to bright white. If an alarm exists on any equipment, a red square surrounds the device with a pulsating red triangle. Each batching vessel has a batch block, including ingredient and bin information. The text that shows the status is color-coded, indicating any abnormal condition as red, normal operation as green, waiting condition as orange, or idle condition as black. Each ingredient bin above each scale shows the calculated level as a narrow bargraph, and they are color-coded as well. The color coding is determined by the level setpoints and bin inventory in the bin assignment table . The bargraph will be blue if above the warning setpoint, yellow if between the warning and low setpoint, and red if below the low setpoint. Each scale has a scale gauge that shows the target setpoint and net amount underneath. A green band on the gauge is the graphical representation of the target weight setpoint. The needle will move closer to the green band as the scale hopper fills. The modern touchscreen graphic display conforms to ISO 11064, ISA101, ANSI, and ASM standards and practices. The second part to the batching system is the mixer controls. The batching stations do not directly control the mixer operation but the mixer speed references and flour slide gate open/close commands are sent to a separate mixer controller. The mixer controllers and their programming were supplied by a different vendor in this case. This other vendor has Allen-Bradley PLC mixer controllers at each of the multiple batching stations and the batching stations communicate with the mixer controllers over the Ethernet/IP network. They also send the Sterling Systems & Controls batching system status and alarm conditions that are displayed and notified on the batching system HMI. Once each batch cycle is finished, the mixer operation takes control to tilt the bowl down and “kick” the dough out into a trough. Pizza crust and flatbread are the end product made at the customer plant. ![MIXER SCREEN HAND PROMPTING](https://sterlingcontrols.com/wp-content/uploads/MIXER-SCREEN-HAND-PROMPTING-3-600x375.png) #### Batching Screen with Hand Prompts Hand-adds were also a part of the overall batching system. Hand-adds and premix’s are prompted and can be acknowledged from the batching stations. One unique aspect of this specific batching system application, compared to others Sterling Systems & Controls has completed, is that the commissioning of both of the two lines was done remotely, due to restrictions imposed by the customer and Sterling Systems & Controls to protect all employees. Sterling Systems & Controls, two electricians, the customer, other contractors, and customer IT people worked together remotely regarding installation questions, IO checkout involvement, equipment configurations and setup, and training. ## Get a Quote --- ### [Denesting Totes in Minor Batching System](https://sterlingcontrols.com/industries-applications/baking-food-processing/denesting-totes-minor-batching-system/) **Published:** May 9, 2024 **Author:** p1ws **Content:** # Denesting Totes in Minor Batching System ![green totes](https://sterlingcontrols.com/wp-content/uploads/green-totes.jpg) Denesting totes in a minor batching system is necessary when the totes and ingredients being batched are “nested” together. What is “denesting”? Quite obviously, denesting is the term used for the separation of items which are nested together. Ingredient batching systems (micro, minor or major weighments) or [material weighing systems](/products-capabilities/batching-weighing/material-weighing-systems/) often create batches in plastic totes that can and are often “nested” together. To run each tote through the ingredient batching system, they have to first be denested. ![Denesting totes minor batching system](https://sterlingcontrols.com/wp-content/uploads/denesting-totes-minor-batching-system-1-600x450.jpg) #### Opportunity Sterling Systems & Controls, Inc. was asked to include denesting as a part of a custom-engineered minor ingredient batching system for a customer in the baking industry. Often, the ingredients for a baked good are batched into a small tote. In this specific application, the minor ingredient batching system is a fourteen (14) bin system of food-grade stainless steel construction. The bins vary in size, including six (6) 12 cubic-foot bins, two (2) 18 cubic-foot bins, two (2) 31 cubic-foot bins, and four (4) 39 cubic-foot bins. The minor system is designed to run and fill over 700 totes per 8-hour shift. That’s nearly 90 batches per hour or more than 1.45 totes per minute. The totes are “nested” together and must first be denested before the tote can be used to collect a batch in the system. Denesting totes in a minor ingredient batching system requires a special machine be adapted and added upfront in the batching system. The minor ingredient system includes multiple scales, three (3) scale hoppers each with several ingredients being fed into them respectively. This allows multiple totes to be processed at the same time. Each tote has 1.6 cubic-foot capacity, a 15″ x 25″ opening and 8.75″ depth. ![denesting section minor ingredient](https://sterlingcontrols.com/wp-content/uploads/denesting-section-minor-ingredient.jpg) #### How It Works The minor ingredient system is an ACCU-PORTION™ Automatic Ingredient Batching System that automatically prepares accurately weighed batches to increase production throughput while minimizing manual labor. In the actual operation of the minor ingredient batching system, the following procedure is used: 1. The operator selects the desired formula to be batched along with the desired number of batches of that formula using the keypad on the system control panel. 2. Once the operator verifies the formula requirements are correct, he places the nested tub(s) in the denesting section of the empty indexing conveyor. 3. Once tubs are staged and the system is started, the system will denest each tub one at a time and index each empty tub to the scales one after the other. Tubs will not index until there are empty tubs in position to be indexed, thereby eliminating empty scaling positions and maximizing throughput (not losing any batching time). The controls will automatically start each feeder in turn. 4. Each feeder has computer-controlled two-speed control (fast fill, slow dribble) for high-accuracy transfer weights. 5. After the desired ingredients are discharged from the scale hoppers, the tubs will be indexed to the next scale hopper until completed, where the tubs will be indexed to the gravity conveyor or unloading position. The system will continue this sequence. 6. For maximum throughput, the system simultaneously weighs into the three (3) scale hoppers – one ingredient per scale at a time. Once the tubs have completed collecting ingredients at each of the scale hoppers, the tubs are conveyed to the exit gravity conveyor. The control system provides real-time records for each batch produced, enabling the highest standards to be maintained by ensuring a consistent product. As batches are produced, the system records the batch data to the database and can print batch reports to an office printer. The report provides each ingredient by identification along with the required and the actual formula weights. A time and date is also stamped on each report at the start and end of the batch. If an alarm condition occurs during batch processing, the system will print an alarm message, enabling a supervisor to review the performance of the operator and track problems that may occur later. The system is controlled using an exclusive custom-engineered Sterling Systems’ Batching Software (based on Windows .NET). This software makes creating new formulas and scheduling batches easy. Using standard Windows-based commands and icons, the Supervisor/Operator can easily complete complex tasks. The software ensures that batch throughput is maximized and all batches meet their specifications. Real-time batch reports are produced for every batch. These typically show the ingredient desired and actual amounts along with batch start and end times. In addition, this information is stored to the computer’s hard drive in the database. From here, this information can easily be reviewed with easy access to production information, ingredient inventory, ingredient usage, alarm conditions, and general system information. This information can also be exported to most business software eliminating the need for re-entering data. ##### “Denesting totes in minor batching system”: - The tote denester is a custom-designed and manufactured automatic tote denester that denests totes from a hopper and places them onto a conveyor with the wide side leading. The totes are approximately 12” wide x 21” long at the base and 15” wide x 25” long at the top x 8.75” high. - The feed rate is no more than two (2) per minute and the tote weight is approximately 3.25lbs. Operators manually load four (4) stacks of ten (10) totes onto the indexing conveyor to feed the denester hopper. - There are two (2) denesting ledges that hold the stack. When required, two (2) clamps extend and clamp the second and third totes in the stack. - After the clamps have extended, the bottom ledges will retract leaving the first tote in the stack available for denesting. - A vacuum cup extends up between the split belt conveyor and pulls the tote from the stack onto the conveyor. - After the first tote is denested, the ledges extend, the clamps retract and the totes lower. The process continues. - The in-feed conveyor signals when to start the denesting cycle. ## Get a Quote --- ### [Well Monitoring Control](https://sterlingcontrols.com/industries-applications/industrial-processing/well-monitoring-control/) **Published:** May 14, 2024 **Author:** p1ws **Excerpt:** Sterling Systems & Controls, Inc. has decades of expertise in process control and automation. Control and automation systems of various types are custom engineered and manufactured by Sterling Systems & Controls for a wide range of applications and industries. One example outside of traditional industrial processes is the requirement a customer had for a municipal Well monitoring control system. This Well monitoring control system consisted of three control panels, one control panel having an Allen-Bradley PanelView Compact touchscreen terminal used to monitor and automatically control the water pumps based on water pressure and flow. **Content:** # Well Monitoring Control ![Home](https://sterlingcontrols.com/wp-content/uploads/Home-2.png) Sterling Systems & Controls, Inc. has decades of process control and automation expertise. Control and automation systems of various types are custom-engineered and manufactured by Sterling Systems & Controls for a wide range of applications and industries. One example outside of traditional industrial processes is a customer requirement for a municipal Well monitoring control system. This Well monitoring control system consisted of three control panels, one with an Allen-Bradley PanelView Compact touchscreen terminal used to monitor and automatically control the water pumps based on water pressure and flow. The Sterling System & Controls Well monitoring control system monitors room and building temperature via thermocouples with a 4‐20ma interface. Power loss and generator running inputs are also monitored. Outputs are provided to give permissive signals for ingredient/chemical injections. The operator can use the PanelView interface to configure the system to run one or two pumps in Well #2 and #3 buildings. The three panels are interconnected via a wireless Ethernet network so all field information is relayed to the PanelView terminal. Emergency stops and an alarm beacon/horn are provided on each panel. If any of the E‐Stops are pushed, they will turn off all outputs, but monitoring of input signals will continue. The main operator interface for this system is a PanelView Compact industrial touchscreen HMI mounted in an enclosure running a process control application custom-engineered by Sterling Systems & Controls. The control panel and PanelView HMI provide all control and equipment status information necessary to run the Well monitoring control process. The system consists of three (3) control panels, one in the main building and one each at the two Well buildings. The remote panels at the Well buildings are connected to the main building panel via a radio connection. Antennas and antenna cables are provided by Sterling Systems & Controls, Inc. ![](https://sterlingcontrols.com/wp-content/uploads/Well-Control-300x225-1.png "Well-Control-300x225-1 | Sterling Systems & Controls")The Well control screen displays icons for the pumps used in the Well control system. The status of each pump is indicated on the grayscale screen by shade and outline. If the equipment runs in Automatic mode, the circle will be light gray and the box around it will be black. If the equipment is idle in the Automatic mode, the circle will be medium gray and the box light gray. If turned off, the circle will be dark gray and the box around it will be black. If the equipment is faulted, the circle will flash white to dark gray. One of four (4) pre-defined security levels controls access to the various functions and features of the control system application. The current security level is displayed at the top right corner of the Main Menu screen. The system has two built-in logins, with default user names and passwords that can be changed. User names are not case-sensitive, but passwords are. When nobody is logged in, the default security account is active. ##### Controlling Equipment Tapping the screen on any pump icon will display a Manual/Off/Auto equipment control screen for the selected equipment. When in Manual mode, the equipment output will be immediately energized/activated/turned on. Pumps running in Manual mode are not interlocked with other pieces of equipment. It will come on and stay on until it is taken out of Manual mode. In the Off mode, the equipment output will be immediately de-energized/deactivated/turned off. Equipment in the Off mode cannot be turned on by the control system, however since this is a software feature, do not perform maintenance on equipment without first following proper lockout/tagout procedures. When in Automatic mode, equipment will be started and stopped automatically as required by the control system. All equipment should be placed in the Automatic mode in normal operating situations. Manual/Off/Auto screens are only available when logged in at maintenance or supervisory security levels. ##### Equipment Status The Equipment Status screens can be used to view the current equipment mode and state and the actual I/O points used to determine the equipment status. These screens can be highly useful for troubleshooting and maintenance situations. I/O points displayed on the screens can be traced back to PLC racks and terminal numbers by looking for the I/O point in the drawings provided with the control system. There are also “Set All Equipment to Automatic” and “Set All Equipment to Off” buttons on the Equipment Status – Miscellaneous screen that can be used to control the mode of all equipment. ## Get a Quote --- ### [Minor Ingredient System for Foods](https://sterlingcontrols.com/industries-applications/baking-food-processing/minor-ingredient-system-foods/) **Published:** May 9, 2024 **Author:** p1ws **Content:** # Minor Ingredient System for Foods ![IMG_1088](https://sterlingcontrols.com/wp-content/uploads/IMG_1088-600x450.png) #### Batching Ingredients for Food Processing Batching ingredients for food processing applications is a common requirement. To do this effectively the ingredient batching must be done accurately and with high throughput for maximum profitability. A [minor ingredient system](/products-capabilities/batching-weighing/minor-major-weighing-systems/) for foods is the ideal process equipment item for the modern food processing factory. In one such application, a minor ingredient system for food consists of 18 bins, 3 scales and many advanced custom-engineered features that make the system truly remarkable. In this application, various ingredients were being added into traveling totes based upon predetermined specific formulas. Three scales were integrated into the minor ingredient system for foods. Each weigh scale has multiple ingredient inlets and dust collection take-offs on the scale hood. The minor ingredient system was provided with a dust collector, dust collection hoods for all weigh scales and a traveling dust hood to cover all bins when filling each bin. Of all stainless steel construction, this minor ingredient batching system is truly made for food processing applications. Every Sterling Systems & Controls minor ingredient batching system is custom-engineered and manufactured for specific needs and goals. This minor ingredient system also included fully solid state capacitance type level controls, pneumatic industrial vibrators, and flexible ducting for the dust collection system. ![](https://sterlingcontrols.com/wp-content/uploads/Final-Checkout-10-08-09-016-1-1024x768.jpg "Final Checkout 10-08-09 016 | Sterling Systems & Controls") ![IMG_0042 REV](https://sterlingcontrols.com/wp-content/uploads/IMG_0042-REV-450x600.png) #### **So How Does It Work?** ##### Basic Sequence of Operation The Sterling Systems & Controls Accu-PortionTM brand is a minor ingredient batching system that automatically prepares accurately weighed batches to increase production throughput while minimizing manual labor. In actual operation, the following procedure is used: - Using the system keypad, the operator selects the desired recipe to be batched along with the desired number of batches required for that recipe. - Once the operator verifies the correct recipe requirements, they place the tub(s) with liners on the empty indexing conveyor. - Once tubs with liners are staged and the system is started, the system will index an empty tub to the scales. Tubs will not index until empty tubs are in a position to be indexed, thus eliminating empty scaling positions and losing batching time. - The controls will automatically start each feeder in turn. Each feeder has computer-controlled two-speed control (fast fill, slow dribble) for high-accuracy material transfer. - After the desired ingredients are discharged from the scale hoppers, the tubs will be indexed to the gravity conveyor or unload position. - The system will continue this sequence. - For increased throughput, the system will simultaneously weigh into each of the three (3) scale hoppers – one ingredient per scale at a time. Once the tubs have completed collecting ingredients at each of the scale hoppers, the tubs are conveyed to the exit gravity conveyor. ![IMG_0023 REV](https://sterlingcontrols.com/wp-content/uploads/IMG_0023-REV-450x600.png) #### Real-Time Records in the Minor Ingredient Control System The minor ingredient control system provides real-time records for each batch produced, enabling the highest standards to be maintained and ensuring a consistent product. As batches are produced, the system records the batch data in the database and can print batch reports to an office printer. The report provides each ingredient by identification along with the required and the actual formula weights. A time and date is also stamped on each report at the start and end of the batch. If an alarm occurs during batch processing, the system will print an alarm message that will enable a supervisor to review the performance of the operator and track problems that may occur later. The system is controlled using the Sterling Systems & Controls Windows Batching Software, which is custom-engineered for specific customer requirements and objectives. The software makes creating new formulas and scheduling batches easy. Using standard Windows-based commands and icons, a Supervisor can complete complex tasks with ease. The software ensures that batch throughput is maximized and all batches meet their specifications. Real-time batch reports are produced with every batch. These typically show the desired ingredients and actual amounts along with batch start and end times. In addition, this information is stored on the computer’s hard drive in the system’s database. From here, this information can easily be reviewed with easy access to Production Information, Ingredient Inventory, Ingredient Usage, Alarm Conditions, and General System Information. This information can also be exported to most business software, eliminating the need to re-enter data. ![Dust Collector](https://sterlingcontrols.com/wp-content/uploads/dust-collector.jpg) #### Dust Control Dust control and containment inside the plant was a big concern and a requirement. Sterling Systems can custom engineer not just a dust collector but the collection hoods for the scale hoppers, the bins and all the required ducting. In this application, a traveling dust hood for each row of bins was designed. This has been a successful system and approach for several years. ![IMG_0009](https://sterlingcontrols.com/wp-content/uploads/IMG_0009-600x450.png) ## Video Example ## Get a Quote --- ### [Micro Ingredient Batching for Bakery](https://sterlingcontrols.com/industries-applications/baking-food-processing/micro-ingredient-batching-bakery/) **Published:** May 9, 2024 **Author:** p1ws **Content:** # Micro Ingredient Batching for Bakery ![Batching Equipment](https://sterlingcontrols.com/wp-content/uploads/Sterling-Batching-Modified-600x450.png) Micro ingredient batching for small-scale bakery operations with a limited number of ingredients is not something everyone can achieve. This custom-engineered solution delivers improved efficiency and profitability, plus high accuracy. Sterling Systems & Controls, Inc. specializes in custom-engineered systems for ingredient batching with high accuracy and meeting customer throughput batching rate goals. When a bakery operation needed a novel solution, they came to Sterling Systems & Controls. We examined their goals and requirements and developed a custom concept to deliver what they sought. This unique system includes five stainless steel ingredient bins of various capacities. Arranged circularly, the ingredient bins use high-accuracy vibratory feeders to feed ingredients into food-grade bags within plastic totes. The batching tote sits on a high-accuracy platform scale. The system provides the throughput and capacity required for the requirements and goals of the multiple-shift operation bakery. Controls for this micro ingredient batching for bakery system include a PLC/HMI Control Panel using standard hardware from Allen-Bradley. Sterling Systems & Controls is a certified Allen-Bradley systems integrator and UL-listed control panel manufacturer. ![Process Screen](https://sterlingcontrols.com/wp-content/uploads/Batching_Active.png "Batching_Active | Sterling Systems & Controls")Process Screen![Lot History Screen](https://sterlingcontrols.com/wp-content/uploads/LOT-HISTORY-SCREEN.png "LOT HISTORY SCREEN | Sterling Systems & Controls")Lot History Screen ## Get a Quote --- ### [Automating Bulk Solids Processes](https://sterlingcontrols.com/industries-applications/industrial-processing/automating-bulk-solids-processes/) **Published:** May 10, 2024 **Author:** p1ws **Content:** # Automating Bulk Solids Processes ![bulk solids automation](https://sterlingcontrols.com/wp-content/uploads/bulk-solids-automation-600x448.jpg) The storage, handling, and processing of bulk solids will almost always provide an opportunity to automate bulk solids processes. No matter what the industry, there may be several machines and/or processes that need to be controlled and automated to ensure quality and productivity. Bulk solids processes that can require automating include: - Batching - Mixing/Blending - Grinding/Sizing/Classifying - Pelleting - Screening - Bulk Bad Unloading - Bag Filling - Raw Material Receiving - Material Transfer w/Production Process - Finish Product Loadout - Truck/Rail Car Weighing In this food industry application example, a customer needed to control two bulk bag unloaders, a bag dump and also a mixing process. Sterling Systems & Controls, Inc. was selected to perform the automating of these bulk solids processes due to Sterling Systems & Controls vast process knowledge, more than 50 years in designing and manufacturing custom process control and automation systems using standard components, a unique WebCentral [remote supervisory control application](/products-capabilities/controls-automation/supervisory-control-software/), and more. ![Sack Screen](https://sterlingcontrols.com/wp-content/uploads/SackScreen-600x450.png) #### Sequence of Operation – Automating Bulk Solids Processes The control system consists of two stainless steel control panels. The “Main Control Panel” contains an E-Stop, Alarm Horn and Beacon, Alarm Silence button, Bulk Bag Selector Switch, and a 10” PanelView Plus 1000 Color Touchscreen HMI. The Scale Control Panel contains the weigh indicators for each bulk bag unloader. The system is integrated with external “Mixer Ready” and “Transfer Complete” signals for the coordination of transferring ingredients to two different mixers. Programming for integrating the controls with the existing Mixer systems is also implemented by Sterling Systems & Controls, Inc. The system operates as follows: 1. The operator selects a formula from the existing mixer system containing a setpoint value for “Ingredient #1” on the Mixer PanelView. 2. The mixer system passes the Ingredient #1 setpoint to the Sterling Systems & Controls bulk solids processing system, indicating it is ready. 3. The operator pre-stages the ingredients in the Bag Dump Station. 4. The operator presses “Start” on the PanelView on the Main Control Panel. 5. Ingredient #1 (if needed) is pulled from the selected bulk bag. 6. Simultaneously, the bag dump discharges. 7. When both the bulk bag and bag dump are done, the system purges the conveyor. 8. The Sterling Systems & Controls processing system passes the actual amount of Ingredient #1 delivered to the mixer system and indicates the operation is completed. #### Bulk Bag (FIBC bag or Tote) Process ![CLAY BULK BAG DISCHARGING](https://sterlingcontrols.com/wp-content/uploads/CLAY-BULK-BAG-DISCHARGING-576x1024.png "CLAY BULK BAG DISCHARGING | Sterling Systems & Controls")The equipment is operated in the following manner: 1. The operator ensures that the control panel E-Stop is pulled out and the system is powered up and ready. The operator places all equipment in the Automatic Mode using the Touchscreen HMI. 2. The system waits for a “Mixer Ready” signal. 3. When the Mixer Ready signal is received, the system displays an indication on the screen that the mixer is ready to receive ingredients and the mixer Start button is displayed on the screen. In this specific application, there are two mixers, and each mixer has a separate start button, allowing the operator to select which mixer will be used if more than one mixer is ready at the same time. The system will interlock the “Ready” signals such that if Mixer #1 Ready signal is received before Mixer #2 Ready, the system requires the operator to press the start button for Mixer #1 before Mixer #2. A password-protected system parameter is available to override this interlock if required. 4. If a mixer is ready and the system has not yet been started before a user-programmable “Mixer Waiting Alarm Delay” timer has expired, then the system raises an alarm to gain the attention of the operator to prevent time being wasted. The alarm can be disabled through the system parameters screen if desired. 5. The operator chooses which bulk bag unit to use by flipping the Bag #1 / Bag #2 switch on the front of the Main Control Panel. The system examines the state of this switch at the beginning of each weighment. Flipping the switch while the system is weighing will have no effect. 6. If the operator has chosen a formula on the existing Mixer System with a value in the setpoint for Ingredient #1, the system obtains the setpoint for Ingredient #1 from the Mixer System. 7. When the operator presses the start button, if the setpoint for Ingredient #1 obtained from the Mixer System is greater than zero, then the System begins discharging Ingredient #1 from the selected bulk bag. 8. The system opens the appropriate Mixer Isolation Valve and confirms that it is open. 9. The system opens the appropriate Mixer Inlet Valve and confirms that it is open. 10. The system activates the appropriate Conveyor Air Knife Valve based on which Mixer Inlet Valve is open. 11. The system starts the Conveyor at a user-programmable speed and confirms that it is running. The Mixer has a separate speed setpoint on the HMI, which is security-protected and user-adjustable. 12. The system continuously monitors the Conveyor Cable Tension Switch and raises an alarm if there is a problem with the conveyor. 13. The system obtains a Tare Weight of the selected Bulk Bag Scale. 14. The appropriate Airlock is started at a user-programmable Fast Speed. 15. The system monitors the Net Weight in the Super Sack Scale and begins discharging Ingredient #1 in a Loss-In-Weight fashion. When the Net Weight of the scale passes the user-programmable “Fast Cutoff” setpoint, then the System reduces the speed of the airlock to finish the weighment at a user-programmable slow speed. 16. Once the Net Weight of the bulk bag scale passes the user-programmable “Slow Cutoff” setpoint, the airlock is stopped, and the scale will be allowed to settle. 17. The system will evaluate the final net weight obtained by comparing it to a user-programmable set of over and under-tolerances. 18. If the net weight is below the under tolerance, and a programmable jog time has been specified, the system will jog the airlock for a short time to bring the net weight within tolerance. If the jog time has been set to zero, the system raises an underweight alarm that needs to be acknowledged by the operator before the system will be allowed to continue. 19. If the net weight is above the over tolerance, then an overweight alarm is raised and must be accepted by the operator before the system will be allowed to continue. 20. Once the weighment has been completed, the actual weight is passed back to the Mixer System and the system continues with the bag dump process. ![Bag Dump Screen](https://sterlingcontrols.com/wp-content/uploads/BagDumpScreen-600x450.png) #### Bag Dump Process The equipment is operated in the following manner during the bulk bag scale refill process: The [bag dump](https://sterlingcontrols.com/applications/bag-dump-station/) process occurs simultaneously with the bulk bag process. The equipment operates in the following manner during the bag dump process: 1. The system starts the bag dump airlock at a user-programmable speed and confirms that it is running. The appropriate mixer has a separate speed setpoint on the HMI that is security-protected and user-adjustable. 2. The system starts a user-programmable “Bag Dump Transfer Timer”. 3. Upon expiration of the transfer timer the system immediately stops the bag dump airlock. An “End Transfer Timer” button is provided that allows the operator to end the transfer process early if the bag dump is empty before the timer expires. 4. Upon expiration of the bag dump transfer timer and completion of the bulk bag weighing, the system starts a user-programmable Purge Timer for the conveyor. 5. When the purge timer expires, the system stops the conveyor and closes the Mixer Inlet and Isolation Valves, and turns off the Conveyor Air Knives. 6. The system turns on a “Mixer Complete” signal to indicate to the external Mixer Control System that the process has been completed. The Mixer Complete signal remains on until the “Mixer Ready” signal coming from the mixer is turned off by the mixer control system. 7. The system returns to an Idle state and returns to bulk bag process step #1 above in preparation for the next transfer. #### Bag Dump Dust Collector The Bag Dump Dust Collector will be operated in the following manner: 1. The Bag Dump Dust Collector and Pulse Jet Timer Board operate any time the system detects that the bag dump lid is open. 2. When the bag dump lid is closed a programmable delay timer will be started. 3. Upon expiration of the delay timer the bag dump dust collector and pulse jet timer board will be stopped. #### Alarms The System continuously monitors equipment and generates Alarm Messages on the HMI for abnormal equipment conditions, which also are annunciated through the Alarm Horn and Beacon on the control panel. Equipment Alarm conditions include: - “Mixer Inlet Valves Not Open” or “Mixer Inlet Valves Not Closed”: - Conveyor will not be allowed to start or will be shut down if it is currently running - “Conveyor VFD Fault”: - Bag Dump Airlock or Bulk Bag will not start or is shut down immediately if it is currently running. - Faults are manually cleared/reset from the HMI without opening the control panel door. - “Conveyor Cable Tension Fault”: - Bag Dump Airlock or Bag Dump will not start or will be shut down immediately if it is currently running. - Conveyor will not be allowed to start or will be shut down immediately if it is currently running. - “Bag Dump Airlock VFD Fault”: - The conveyor will continue to run - Faults are manually cleared/reset from the HMI without opening the control panel door. - “Bag Dump Dust Collector Motor Fault” - All other equipment will continue to operate. - Faults are manually cleared/reset from the HMI without opening the Control Panel door. - “Bag Dump Lid Not Closed”: - Equipment does not start if the bag dump lid is open. - If equipment is running and the lid is opened, the bag dump airlock will be stopped immediately. - “Bulk Bag Airlock VFD Fault”: - The conveyor will continue to run. - Faults are manually cleared/reset from the HMI without opening the control panel door. - “Bulk Bag Scale Inlet Gate Not Open” or “Bulk Bag Scale Inlet Valve Not Closed”: - Weighing does not start when the scale is refilling or if the gate valve is not closed. - “Bulk Bag Scale Indicator Failure”: - Equipment is not allowed to start. If the bulk bag airlock is running, it will be stopped immediately. - “Not Enough Weight In Scale to Start”: - This Alarm indicates there is not enough weight on the bulk bag scale to satisfy the requested setpoint. Equipment is not started until a new bag is loaded and the scale has been refilled. - “Bulk Bag Scale Not Refilling”: - If the bulk bag scale is attempting to refill and the scale has reached the Full Weight after a user-programmable time period, this alarm will be raised to alert the operator to change the bag or correct a product flow problem. #### Manual Control All equipment can be individually controlled manually from the touchscreen HMI by setting the equipment to either Manual, Off, or Automatic mode. When a piece of equipment is put in manual mode it will be started immediately with no interlocks and will continue to run until it is taken out of manual mode. When placed in off mode the equipment will be turned off immediately. Off mode should NOT be used as a substitute for proper lockout/tagout procedures. When in automatic mode equipment will be started and stopped automatically and interlocked with other equipment and sensor conditions. In general, all equipment should be placed in automatic mode at all times except when maintenance procedures or extenuating circumstances dictate otherwise. When in manual mode, the conveyor can also be reversed to change the direction of the conveyor during cleaning. ![Mixer Screen](https://sterlingcontrols.com/wp-content/uploads/MixerScreen-600x450.png) #### Mixer Control System Integration - Sterling Systems & Controls, Inc. revised the existing mixer control system PLC code to implement the exchange of information between the Sterling system and the mixer control system. - A new “Ingredient #1” setpoint is added to all formulas and appropriate screens on the Mixer PanelViews. When a value is present in this field, it will be sent to the Sterling Systems & Controls system as the setpoint for the selected bulk bag. The existing setpoint for another ingredient is relabeled “Liquid Ingredient” and will continue to be sent to the liquid system. It is the responsibility of the operator or supervisor to ensure the appropriate value has been entered into either the “Ingredient #1” or “Liquid Ingredient” setpoint fields. - In addition to obtaining the setpoint for Ingredient #1 from the mixer system, the actual weight of Ingredient #1 will be sent from the Sterling system back to the mixer system for display on the existing batching screen in the “Ingredient #1 Actual” field. - All integration is done using EtherNet/IP on the facility’ existing control network. As such, the customer provides four static IP Addresses for the new Sterling Systems & Controls equipment to be resident on the existing facility network. IP Addresses exist for the following Sterling Systems & Controls provided equipment: - CompactLogix L32E PLC Processor - PanelView Plus 1000 - Weight Indicator for Bulk Bag #1 - Weight Indicator for Bulk Bag #2 ## Get a Quote --- ### [Bulk Bag Discharge of Clay Powder](https://sterlingcontrols.com/industries-applications/industrial-processing/clay-powder-bulk-bag-discharge/) **Published:** May 13, 2024 **Author:** p1ws **Excerpt:** The scope of this bulk bag discharge of clay powder system includes a mild steel bulk bag discharge frame that uses the customers’ existing beam and hoist to lift the bulk bags into the frame. The frame incorporates four bottom massage plates to lift the bag corners. An industrial vibrator is added to assist in promoting flow through the hopper and feeder, which is located under the frame. The feeder is a steel auger/screw that feeds an existing hopper. **Content:** # Bulk Bag Discharge of Clay Powder ![CLAY BULK BAG DISCHARGING](https://sterlingcontrols.com/wp-content/uploads/CLAY-BULK-BAG-DISCHARGING-338x600.png) The scope of this bulk bag discharge of clay powder system includes a mild steel bulk bag discharge frame that uses the customers’ existing beam and hoist to lift the bulk bags into the frame. The frame incorporates four bottom massage plates to lift the bag corners. An industrial vibrator is added to promote flow through the hopper and feeder, located under the frame. The feeder is a steel auger/screw that feeds an existing hopper. This bulk bag discharge of clay powder system unloads and discharges the bag ingredients through a dust-tight bag neck tie-off. Features of the bulk bag discharge of the clay system include: - Painted mild steel structure. Color: Dark Gray. - Uses existing beam and hoist at customer site. - Bag manipulation for the lower end of the bag; four (4) paddle-style massage plates to lift bag corners to aid in emptying the bags. Opposing paddles operate as a set and are pneumatically controlled. Plates cycle up and down manually or automatically, timer controlled, or can be put in an “all up” position to form a cone for complete bag unloading. - 304 stainless steel material for parts in contact with material. - 12” Hand operated slide gate valve mounted below the bag tie-off as an emergency shut-off gate. - 18” Iris Valve above bag neck tie-off. - (1) Bulk Bag lift frame. - Continuous welds on the frame. - Manually operated dust-tight bag neck tie-off. - Auger screw feeder connected at discharge. ## Get a Quote --- ### [Pellet Mill Control](https://sterlingcontrols.com/industries-applications/feed-milling-pet-food-manufacturing/pellet-mill-control/) **Published:** May 10, 2024 **Author:** p1ws **Content:** # Pellet Mill Control ![pellet mill](https://sterlingcontrols.com/wp-content/uploads/pellet-mill-600x338.jpg) A pellet mill, also known as a pellet press, is a type of mill that is used to create pellets from a powdered or granular material. Feed Mills commonly employ pellet mills, but less than 50% of the time. A pellet mill is unlike other types of “mills”, such as [grinding mills](/industries-applications/agriculture/grinding-classifying/), in that pellet mills combine material particles into a larger homogeneous mass (a pellet), rather than breaking larger particles down into smaller pieces (what a grinding mill does). The pellet mill is either a flat die or ring die mill. Most modern pellet mills for Feed Mills are ring die mills. Pellet Mill Control is a requirement for any Feed Mill employing the pelleting process. Pellet Mill Control can be done automatically. This requires an automation control system to monitor and control temperatures, motor speeds/amps, steam flow, etc. In our application example, the pellet mill control system includes automation of: - Pellet Mill Mash Auger(s) (feeding mash into pellet mill). - Pellet Conditioner speed and rate displayed (conditioning and mixing steam, water and other liquids). - Pellet Mill speed and amperage displayed (mill speed and overload monitoring). - Pellet Mill mash temperature. - Pellet Mill Steam Valve, 0 – 100% modulation. - Pellet Mill Dump Valve. **Other aspects of the Feed Mill process that can be monitored and automated in the system include:** - Dump Pit Conveyor (Variable Frequency Drive (VFD) driven). - Receiving Elevator with a slippage speed switch. - Truck scale. - Ingredient Bin Transfer Conveyor. - Diverter with limit switches. - Ingredient Bin Levels – High-Level Indicators. - Pellet Mill Take-Away Conveyor. - Pellet Mill Cooler with Low-Level Switch. - Dust Collector Fan. - Dust Collector Rotary Airlock. - Pellet Crumbler. - Pellet Mill Crumbler take-away conveyor. - Pellet Mill Elevator with slippage speed switch. - Loadout Bin Transfer Conveyor. - Deck Screener. - Loadout Distributor (supplied with Ethernet IP modules). - Loadout Bin Levels – High-Level Indicators. ![PELLET MILL MONITORING](https://sterlingcontrols.com/wp-content/uploads/PELLET-MILL-MONITORING-REV-600x328.png) #### Pellet Mill Control System The Pellet Mill Control system allows an operator to specify setpoints and monitor equipment. Mixed mash is transferred to the pellet mill from the mash bins. The automatic operation of the pellet mill starts with the HMI (human-machine interface) touchscreen monitor. The user selects a formula containing the pelleting process setpoints and parameters so the pellet mill PLC knows how to configure and start the pellet mill properly. **The pellet mill PLC will hold parameters that pertain to the pellet mill and associated equipment. Parameters include:** - Mill motor overload current in Amps. - Pellet mill shutdown overload time delay in seconds. - Initial and Steady State Feeder adjust time delay in hundredths of a second. - Initial and Steady State Steam adjust time delay in hundredths of a second. - Mash bin gate open time delay in seconds. - Mill motor starting delay in seconds. - Mill motor startup alarm delay in seconds. - Conditioner motor spin-up delay in seconds. - Conditioner motor startup alarm delay in seconds. - Conditioner motor purge time in seconds. - Collector Auger spin-up delay in seconds. - Collector Auger startup alarm delay in seconds. - Feeder Auger purges time in seconds. - Steam valve open time delay in seconds. - Bin 1/2 Feeder Auger spin-up delay in seconds. - Bin 1/2 Feeder Auger startup alarm delay in seconds. - Bin 1/2 Feeder Auger purge time in seconds. - Bin 1/2 Discharge Gate activation alarm delay time in seconds. **Each formula has adjustable setpoints. These setpoint parameters depend on the type of feed being mashed and pelleted. Parameters include:** - Mill motor setpoint current in Amps. - Mash temperature setpoint in Celsius or Fahrenheit. - Mash Bin feeder preset setpoint (%) for each bin. - Steam valve preset setpoint (%). **A graphical representation of the pellet mill, shown above, will be displayed on the HMI with real-time information. The screen indicates:** - Mill motor setpoint and actual values in Amps. - Mash temperature setpoint and actual values in Celsius or Fahrenheit. - Steam valve open value in percentage. - Mash bin gates open/close status. - Color-coded operating status for mill motor, conditioner, collector feeder auger, mash bin auger(s), and dump valves. - Feeder, mill motor, and steam valve adjustments. #### Typical Startup Sequence 1. The operator places all of the equipment MOA (Manual/Off/Auto) switches in Auto. This can be accomplished by pressing each piece of equipment shown on the HMI display individually and pressing the corresponding AUTO button or by pressing the SET ALL EQUIPMENT TO AUTO button on the HMI. 2. The operator selects a desired formula from the HMI. in this example, the formula will use Bin #8. 3. The operator presses the SYSTEM START button on the HMI. 4. The SYSTEM START button will flash during startup. 5. The Pellet Mill Motor will be energized and confirmed running after a programmable delay for spin-up. 6. The Conditioner Motor will be energized and confirmed running after a programmable delay for spin-up. 7. The Collector Auger will be energized (along with the on/off steam valve) and confirmed running after a programmable delay for spin-up. 8. The Mash Bin #8 Feeder Auger will be energized at an initial starting speed, confirmed running after a programmable delay for spin-up. 9. The Mash Bin #8 Discharge Gate will open and confirm. 10. The SYSTEM START button will stop blinking and turn on steady. 11. Steam is then added at the initial setpoint value after a time delay. 12. The system will gradually meet operating setpoints and conditions specified in the formula and system parameters. 13. The Feeder Auger and Steam Valve automatically increment in steps while monitoring the Pellet Mill Motor Amps and Mash Temperature. 14. Once the Pellet Mill is at maximum operating efficiency, the system constantly monitors and adjusts equipment to maintain maximum consistency of pellets. #### **Alarms** 1. If an alarm banner appears during an alarm condition, the operator can press the ALARM SILENCE button on the HMI to dismiss the alarm banner. 2. If a plugging condition occurs, if the mill motor amperage exceeds or descends the “Mill motor current tolerance” for longer than the “Mill motor out of tolerance time”, the system will activate the dump valve for the “Dump gate activation time”. The system will then attempt to bring the mill back to operating conditions. This can occur three times within a programmable time frame before shutting down the mill and activating an alarm. 3. If an overload occurs on the pellet mill motor after the “Pellet Mill shutdown overload time delay” expires, the equipment will shut down sequentially if the overload condition still exists. All equipment shutdown and will be purged as described in the control system shutdown sequence. An alarm will activate, requiring user intervention. ## Get a Quote --- ### [Manufacturing Cattle Feed](https://sterlingcontrols.com/industries-applications/feed-milling-pet-food-manufacturing/manufacturing-cattle-feed/) **Published:** May 10, 2024 **Author:** p1ws **Content:** # Manufacturing Cattle Feed ![Batching Equipment](https://sterlingcontrols.com/wp-content/uploads/20170111_085718-rev-2-387x600.png) Manufacturing cattle feed requires precise weighing and batching of a variety of ingredients. Ensuring that the batches are created accurately and that each ingredient lot is tracked carefully is also of great importance. Sterling Systems & Controls automatic cattle feed manufacturing micro ingredient batching systems use a unique approach to batch, blend and deliver ingredients to the mixer for further processing into the finished feed. In this application example, the micro ingredient batching system includes eight ingredients, each with its ingredient storage bin. Here is basically what is included in this specific case. Each micro-ingredient system for manufacturing cattle feed can be unique. Sterling Systems & Controls custom engineers equipment and systems to meet your objectives. **Eight (8) 5 cubic foot capacity 304 Stainless Steel Supply Bins** – Hinged Lids. – Proximity sensors on each lid. – Perforated grating on the inside bins to prevent bags/trash from entering the bin. **Eight (8) Stainless Steel Vibratory Feeders** – Rated 115V/1PH/60Hz input. – 304 stainless steel tray, 4″ wide x 24″ long. – NEMA12 controls rated 115V/1PH/60Hz input. – Steel-it paint on the drive with stainless hardware. **Four (4) Stainless Steel Micro Scales** – 304SS construction, highly polished to enhance ingredient flow. – Approximately 0.9 cubic foot capacity. – Single Point Load Cell Configuration. – Vibrator Channels with vibrators. – 4” butterfly valve, uses ferrules/quick-disconnect clamp to attach to scale hopper. **Two (2) Stainless Steel Vibratory Conveyors** – Rated 115V/1PH/60Hz input. – 304 stainless steel tray, 6” wide x 36” long. – NEMA12 controls rated 115V/1PH/60Hz input. – Steel-it paint on drive with stainless hardware. **One(1) Carbon Steel Supply Bin Support Frame** – Steel-It Paint Finish. – Removable Bins for cleaning and maintenance. – Heavy Duty Construction. **One (1) Carbon Steel Scale Support Frame** – Independent Scale Frame to eliminate motion while filling bins. – Steel-It Paint Finish. – Heavy Duty Construction. – Shrouded for the skirt to prevent erratic scale readings. **One (1) Liquid Eductor System (for use in transporting/blending dry ingredients) with load cells** – 304SS construction, highly polished to enhance ingredient flow. – Approximately 0.9 cubic foot capacity. – Positive Displacement Pump. – Shut-off Valves, Cone Hopper with rinse nozzles, Brass Eductor, Air Purge. **One (1) SCR Starter Panel** – NEMA12 Mild Steel Enclosure. – Eight (8) SCR Controllers, variable speed. – Pre-Assembled & Tested. ![cattle feed automation](https://sterlingcontrols.com/wp-content/uploads/cattle-feed-automation-screen.png) The Liquid Eductor System performs the purpose of transporting the dry material ingredients, and the blending of those ingredients with a primary fluid (most always water) used in the batching process. The blend fluid, with ingredients, is delivered to the mixer. Sterling Systems & Controls doesn’t just provide the mechanical systems for these cattle feed manufacturing operations. Batching controls and automation is also provided. The batching computer controls and maintains formulas/recipes, ingredient inventories and usages, bin assignments and ingredient locations, lot tracking and validation, and formula schedules or stack-ups. The batch controller will have the capability to simultaneously weigh all scales while the mixer processes hand-add liquid additions and mixing times for previously started batches and formula setup. The finished mixed feed is then discharged into the mixer surge hopper, then transferred to the designated Loadout bin. Sterling Systems & Controls custom engineers cattle feed manufacturing systems for a variety of operations. Size, rates, and accuracy are all engineered to meet specific objectives. ## Get a Quote --- ### [Legacy Software Upgrade for Feed Mill](https://sterlingcontrols.com/industries-applications/feed-milling-pet-food-manufacturing/legacy-software-upgrade-feedmill/) **Published:** May 10, 2024 **Author:** p1ws **Content:** # Legacy Software Upgrade for Feed Mill Sterling Systems & Controls, Inc. calls it FreshStart™, a technology upgrade program designed specifically for your Sterling Systems & Controls legacy PC-based software. A Legacy Software Upgrade! Do you have software applications from Sterling Systems & Controls including batching, mixing, grinding and much more, designed for and operating on MS-DOS, Windows XP, Windows 7, and Windows 8/8.1? If you currently use the state-of-the-art Microsoft .Net based software applications from Sterling Systems & Controls, great! If not and you currently use our legacy PC-based software, the FreshStart™ Legacy Software Upgrade is for you. ![](https://sterlingcontrols.com/wp-content/uploads/PELLET-MILL-PROCESS-SCREEN-2-1024x559.png "PELLET MILL PROCESS SCREEN | Sterling Systems & Controls") ![Pelleting Process Screen](https://sterlingcontrols.com/wp-content/uploads/Pelleting-Process-rev-2.png "Pelleting-Process-rev-2 | Sterling Systems & Controls") ![LOADOUT Flow PROCESS SCREEN](https://sterlingcontrols.com/wp-content/uploads/LOADOUT-FLOW-GRAPHIC-SCENE3.3-600x324.png) ##### Reasons to Upgrade: 1. **Scalability.** The modular design of the Sterling Systems & Controls, Inc. state-of-the-art SSCI.NET based software can easily grow as your manufacturing process grows which helps reduce upgrading costs. This is not possible with your old legacy software (MS-DOS, Win XP, Win 7, Win 8/8.1 based). 2. **Various modules are available.** This currently includes Batching, Transfer, Receiving, Grinding, Pelleting, Loadout, Hand-Adds, Alarm & Events, PMPlanR™ Preventative Maintenance Planning, and WebCentral™ Remote Supervisory Control and browser-based access to data. 3. **Software can run on Windows 10 Pro OS and future releases.** Windows Server 2016 or later can be used. Web access can run on most modern browsers either on desktop or mobile devices. There is no chance of incompatibility issues in future releases. 4. **The latest and most state-of-the-art Microsoft and Allen Bradley technologies are used.** This provides the latest security and the very best user experience and features possible. 5. **SQL Server, both the Standard and Express versions, is utilized.** This allows for systems of both large (Standard) and smaller (Express) database size. 6. **Numerous options of ERP interfaces are available.** ERP interfaces via flat file transfer or database interface can be accommodated, including but not limited to FMM, Brill, Summit, AgVision, MAS, ROSS, Max-A-Mix, and more. 7. **Multiple monitor support on a single application.** The state-of-the-art SSCI.NET software from Sterling Systems & Controls has a modular architecture. Therefore, you can have multiple instances of it running on a single PC or multiple PC’s without conflicts or data corruption. This can be a huge benefit of flexibility over your legacy software. This complies with ISO 11064 standards for Control Center Design. 8. **The latest SSCI.NET software is a distributed architecture.** 9. This Client/Server-based architecture is great for large systems, and the standalone architecture is great for small systems. It allows the system to easily grow. Our Services, Database, [WebCentral](/products-capabilities/controls-automation/supervisory-control-software/) and [PMPlanR software](/products-capabilities/controls-automation/preventative-maintenance/) hosted on a server machine can be kept off the plant floor and located in an environment-controlled area, thus increasing reliability.The operator interface terminal can be a thin client located on the plant floor. 10. **Capable of running on virtual machines.** This means the system helps to increase fault tolerance and provide high availability. 11. **3rd party communications capable** from manufacturing to enterprise tiers continue to be supported. 12. **[DCS](https://en.wikipedia.org/wiki/Distributed_control_system) disaster recovery options are available.** Any Virtual Machines that are created and used can be backed up onto a file server, cloud, or a backup server. If a second identical server on the network is used as a backup, it can take over without interruption if the first server fails. If the VM’s are backed up to a cloud and the primary server goes down due to catastrophic failure, the system can easily be recovered once the primary server is back online or replaced. 13. **Enhanced Security.** Database and control transport data traveling between points are encrypted using the AES 128bit algorithm. Legacy software is written under an older platform and development software, which are all obsolete by today’s industrial standards. 14. **Enhanced Alarms and Events.** Email and Text notifications can be provided in SSCI.NET software, but not in the legacy software. 15. **Operator Interface Software Conforms to ISO 11064, ISA101, ANSI, and ASM Standards and Practices** **for:** – Reduced Eye Fatigue; *counteracts “tunnel vision” under stress*. – Reduced Errors and Misinterpretations; *superior accuracy during abnormal conditions*. – Data Shown in Highly Contextual Form; *better and faster decision making*. – Information is organized and Intuitive; *reduces operator memorization requirement*. – Multiple Monitors: *superior operations where more than 1 person can operate/monitor the system*. ## Get a Quote --- ### [Spice Production Process Control](https://sterlingcontrols.com/industries-applications/baking-food-processing/spice-process-control/) **Published:** May 9, 2024 **Author:** p1ws **Content:** # Spice Production Process Control ![HMI Main Process Page Example](https://sterlingcontrols.com/wp-content/uploads/Main-Process-Page-600x450.png) #### Process Controls and Automated Solutions Sterling Systems & Controls, Inc. has provided process control/automation and an MCC (Motor Control Center) for spice production process control. The control system provided in this food application consists of a UL-listed NEMA4X HMI Operator Station Control Panel with an Allen-Bradley PanelView Plus Touchscreen running a Sterling Systems & Controls custom-designed FactoryTalk View ME control system application, which interfaces to the Allen-Bradley PLC located in a white food grade painted NEMA12 main control panel. The control system is operated by entering setpoints on the HMI Touchscreen and using the start and stop buttons on the screen to start and stop the equipment in a predefined sequence. A Pause button is available on the screen to stop the feeding equipment while allowing the remaining equipment to run. Security Access to the various screens and features of the control system is controlled via two security levels; Operator and Administrator. Operator security access includes having access to start, stop, and pause operations but cannot change process setpoints. Administrator security access includes having complete system wide privileges. ![MAIN EQUIPMENT STATUS SCREEN](https://sterlingcontrols.com/wp-content/uploads/MAIN-EQUIPMENT-STATUS-SCREEN-600x449.png) #### Equipment Status Screen Alarm history screens record all alarm descriptions that may occur with event times and alarm acknowledge times. The Alarm history screen is available at the Administrator security level. An Alarm Summary is visible on all process screens in the header of the screen. Equipment Status screens show the current status of all equipment controlled and monitored by the control system. The equipment status screen is useful to maintenance personnel and for troubleshooting. System parameter screens show all global parameter values for all equipment controlled and monitored by the control system. These parameter values are set during system commissioning. All parameter timer values are expressed in seconds and allow up to one decimal place. Example “00.0 sec”. The process screens graphically show all equipment controlled by the system. Equipment is shown Green when running in automatic mode, Light Blue when running in Manual Mode, Dark Gray when turned off, and flashing Red when faulted. Temperature, amps, and other running process data are shown on these screens. Manual/Off/Automatic control of each piece of equipment on the process screens is also available. In addition, Sterling Systems & Controls, Inc. provided an MCC (Motor Control Center) including all motor starters and VFD’s for the required equipment for the spice production process control application. This is an Ethernet MCC, a low voltage model, NEMA1G (with gaskets) rated enclosure with a 1000A incoming main service with a main circuit breaker with maintenance mode, 65KAIC rated bus system. Each VFD or motor starter bucket is equipped with a pull-lever disconnect and circuit breaker protection. The Motor Starters utilized are NEMA-rated with solid-state overload relays, and E300 with Ethernet/IP communications. ![ELECTRICAL CONTROLS PANEL](https://sterlingcontrols.com/wp-content/uploads/ELECTRICAL-CONTROLS-PANEL-3-600x450.png) #### MCC and Electrical Control Panels The individual buckets are equipped with 1B wiring, which consists of pre-wiring from the motor starters to terminal strips to help save installation time and maintenance costs. Power terminals are installed for all Size 3 starters and below. A 15KVA step-down transformer was provided for 120-volt circuits not readily available in the production plant. A 100A panel board/control power panel is installed in the MCC and has 18 single pole spaces. The 18 spaces have been filled with fourteen (14) circuit breakers, two (2) 30A 120VAC single pole breakers and two (2) 20/30A 240VAC two-pole breakers. Each MCC bucket is supplied with a 120VAC step-down transformer. The MCC is also equipped with an Ethernet power supply bucket and two (2) MCC buckets that house the Ethernet switches. These are strategically located for cable connections to the individual buckets. **Motor Voltage:** 480VAC, 3 Phase, 60 Hertz **Control Voltage:** 120VAC, single phase, 60 Hertz Sterling Systems & Controls, Inc. has more than 50 years of experience providing efficient solutions for process and electrical control, automation, process equipment, batching, micro, minor and bulk weighing, and bag unloading/filling systems. Sterling Systems & Controls custom-engineered solutions utilize the latest technology to provide specialized data management, raw material management, and production data tracking. ## Get a Quote --- ### [Seed Coating](https://sterlingcontrols.com/industries-applications/agriculture/seed-coating/) **Published:** May 8, 2024 **Author:** p1ws **Content:** # Seed Coating It is common for seed to be treated with pesticide, fertilizer and other things that will aid in the growth of the plant and its harvest yield. Some treatments require the processing of raw ingredients from a granular material in specific proportions, which are then batched and attached to the seed downstream in the process. This processing of raw ingredients often requires a fully automated [grinding system](/industries-applications/agriculture/grinding-classifying/) to prepare the ingredients for the seed coating. In this seed coating application, there are two granular raw materials. Both are dosed into a fine grinding machine at specific rates and proportions. Included in the process control and automation system for this grinding system: - Two (2) Bulk Bag Unloading Systems w/ Surge Bin and Loss-In-Weight Feeder. - One (1) Flexible Screw Conveyor w/ Surge Hopper. - One (1) Fine Grinder. - One (1) Existing Filter Receiver. - One (1) Existing Silo. - One (1) HMI/PLC Control Panel. - One (1) VFD/Starter Control Panel. While it is typical that Sterling Systems & Controls, Inc. provides the mechanical equipment for systems applications, in this seed coating grinding system application we provided only the design and manufacture of the two control panels, the HMI/PLC Control Panel, and the VFD/Starter Control Panel. Sterling Systems & Controls is a UL-listed control panel manufacturer certified for the USA and Canada. #### HMI/PLC Control Panel & System Operation Sterling Systems & Controls, Inc. understands the seed coating process, not just simply control technology. We worked with the supplier of the mechanical equipment, [Prater Industries](https://www.praterindustries.com/?__hstc=42179962.d3e67fc77483692095a464a124ea8c7e.1715180861230.1715183869035.1715189222783.3&__hssc=42179962.2.1715189222783&__hsfp=2160068541), to make sure the mechanical equipment would do the job required by the customer and we designed and manufactured the HMI/PLC Control Panel as required, customized to do the specific job that was needed. The main operator interface for this system is via an Allen-Bradley PanelView 10” industrial touchscreen HMI, and an Allen-Bradley PLC mounted in an enclosure running a custom-engineered Sterling Systems & Controls grinding system process control application. The HMI/PLC Control Panel and PanelView HMI provide all control and equipment status information necessary to run the automated process control system for this seed coating application. Each piece of equipment has a virtual MOA (Manual-Off-Auto) switch in the HMI. Placing all switches in the M mode allows the system to be operated manually. All switches must be in the A for the grinding system to operate automatically. The operator will use the HMI to select one of five previously stored sets of parameters to run. Each set of stored parameters contains the following data points: - Raw Material #1 Speed Set-point (%). - Raw Material #1 Agitator Speed Set-point (%). - Raw Material #2 Speed Set-point (%). - Raw Material #2 Agitator Speed Set-point (%). - Target Fine Grinder Load (amps). - Fine Grinder High Amps (amps). - Fine Grinder Low Amps (amps). - Filter Receiver Discharge Airlock Speed Set-point (%). - Filter Receiver Fan High Amps (amps). - Filter Receiver Fan Low Amps (amps). - Fine Grinder Speed (%). - Fine Grinder Feeder Airlock Speed (%). After placing all switches in the A position, the operator will press the START button on the panel. The START button will flash during startup. The system will verify that the level in the material silo is NOT indicating a high-level condition. If a high-level condition is present, the system will generate an alarm and will not start. Next, the silo blower will be started and confirmed running. While the silo blower is running, the system will monitor for silo blower low pressure. If the silo blower low-pressure sensor indicates a low pressure for longer than a programmable time, the system will display a Low-Pressure alert on the HMI screen. The above partially illustrates the customized process control system implemented by Sterling Systems & Controls, Inc for this application. This includes monitoring and controlling all items listed above to produce the necessary finely ground and blended material for further use in producing finished and coated seed. The HMI/PLC panel also includes all the weight instruments for the loss-in-weight feeders within the system. ![VFD PANEL](https://sterlingcontrols.com/wp-content/uploads/VFD-PANEL-572x600.jpg) #### VFD/Starter Control Panel The VFD/Starter panel encloses the electrical controls required to operate all of the process equipment items. This is a 480VAC panel and includes a control transformer, VFD’s, and motor starters for the bulk bag unloaders, feeders, fine grinder, all airlocks, and other process equipment items within the overall system. While not included in this specific system, Sterling Systems & Controls can interface with a local ERP business system and provide a supervisory remote control application if desired ([WebCentral™ Supervisory Control](/products-capabilities/controls-automation/supervisory-control-software/)). WebCentral is a software package that allows corporate users to access the database of a Sterling Systems & Controls, Inc. process control system, such as the seed process equipment mentioned above. This can be used to enter and manage all configurable items remotely using a simple web browser. ## Get a Quote --- ### [Grinding/Classifying](https://sterlingcontrols.com/industries-applications/agriculture/grinding-classifying/) **Published:** May 8, 2024 **Author:** p1ws **Content:** # Grinding/Classifying ![GRINDING PROCESS HMI PANELVIEW](https://sterlingcontrols.com/wp-content/uploads/GRINDING-PROCESS-HMI-PANELVIEW-SCREEN-3-600x375.png) #### Typical Grain Transfer According to the article titled “Fine Grinding and Air Classification of Field Pea,” field pea has approximately 23% protein, 48% starch, 8% sugars, 4% lipids, 7% crude fiber, and 3% ash. This was published in the Cereal Chemistry journal in 2005. How do we implement this grinding and classifying process and automate it for maximum efficiency? Sterling Systems & Controls, Inc. has designed and delivered a complete process control and automation system for grinding and classifying field peas into usable flour, starch, and protein. **Included in the process control and automation system for this pea grinding and classifying project are the following:** - Two (2) PLC/Starter Panels. - Two (2) HMI Panels. - Two (2) Mill Monitor Panels. In this Pea Grinding and Classifying project, there are ***two duplicate systems***. ![ELECTRICAL CONTROLS PANEL](https://sterlingcontrols.com/wp-content/uploads/ELECTRICAL-CONTROLS-PANEL-2-600x450.png) #### **PLC/Starter Panel for Grinding / Classifying** Sterling Systems & Controls understands the process, not just simply control technology. We worked with the supplier of the mechanical equipment, [Prater Industries](https://www.praterindustries.com/), to make sure the mechanical equipment would do the job required by the customer and we designed and manufactured the PLC/Starter Panel as required by the motors and electrical items that needed to be controlled. In this case, 575VAC motor control was necessary and the electrical control design met this need. There are two grinding and classifying processes controlled by the Sterling Systems & Controls automation equipment. We housed the PLC and the electrical controls for each system within their respective enclosure. The PLC and motor starters are networked with the HMI Panel via Ethernet. #### ******HMI Panel for Grinding / Classifying****** We know electrical controls and automation technology and can customize a system using standard control and automation components. This is what we did for this project. When required, the HMI panel is the operator interface for the grinding and classifying system. We used an Allen-Bradley PanelView Plus system running a custom-designed FactoryTalk View ME application (main screen with the classifying process running as shown above). The PanelView and PLC (in the PLC/Starter Panel) are connected via Ethernet and provide all control and equipment status information necessary to run the grinding process. In addition to setting up security for each allowed operator (required to run the system) or administrator (required to set parameters and for running equipment manually), from the PanelView HMI you can: - Review the main grinding and classifying process screen. - Access and operate (MOA) each piece of equipment. - Start and Stop the grinding and classifying process. - Review and process current and historical alarms. - Review equipment status: view the operating mode and the actual I/O points. - Review and set system parameters. - Review and set equipment and motor parameters. - Review and modify formula (setpoints). #### ******Classifying Mill Motor Panels****** In this application, the health of the air classifier mill is determined by monitoring the inboard and outboard bearings. Sensors check for bearing temperature, velocity, and acceleration. The sensor signals are processed by a corresponding transmitter in the [Bearing Condition Monitor](/products-capabilities/bearing-condition-monitor/) control panel that converts, conditions, and outputs three (3) analog signals per bearing wired to the PLC in the PLC/Starter panel. The transducers are intrinsically safe and safety barriers are included inside the Mill Monitoring Panel. ## Get a Quote --- ### [Testimonials](https://sterlingcontrols.com/about/testimonials/) **Published:** May 8, 2024 **Author:** p1ws **Content:** # Testimonials At Sterling Systems & Controls, Inc., our priority is building long-lasting relationships with our clients based on trust, reliability, and superior service. Don’t just take our word for it — here’s what some of our valued customers have to say about their experience with us. Contact us today to see how we can help your business succeed. ## Customer Testimonials ![Otech Logo](https://sterlingcontrols.com/wp-content/uploads/Otech-Logotype-H-Violet1-125x29.png "Otech-Logotype-H-Violet(1) | Sterling Systems & Controls") ### Jack Shrader “The Sterling Systems & Controls team is awesome! From Sales to Engineering, Service, and Administration, they were all continuously committed to the success of our project and achieving our company objectives with the equipment and automation system. They all worked diligently to make the changeover go quickly and smoothly.” Maintenance Manager OTECH Corporation Misscelaneous Plastics Products – Thermoplastics Compounding ![](https://sterlingcontrols.com/wp-content/uploads/AGRI-KING_Logo-125x48.png "AGRI-KING_Logo | Sterling Systems & Controls") ### Charlie Letcher “We are a livestock feed manufacturer for dairy, beef, poultry, and swine. We have worked with Sterling Systems & Controls for over 30 years using their batching control system. They have an outstanding product at a very competitive price. The Sterling batching control system delivers speed, consistency, and the required record keeping we need. We always have great interaction with Sterling Systems & Controls. Their people are focused on providing us with the best possible solution. Their support, if we experience any issue, is always focused on getting us up and running as quickly as possible. The knowledge they bring from all the industrial and agricultural applications they have worked on gives them a large experience base on which to draw. Sterling Systems & Controls is the company that does what they say they will do, if not more. We have confidence in them and their products. After many years of working with them, and several of their systems, we know their product works over and over.” Director of Manufacturing Agri-King, Inc. Animal Feed Ingredients ![](https://sterlingcontrols.com/wp-content/uploads/Rose_Acre_Farms_logo-125x68.jpg "Rose_Acre_Farms_logo | Sterling Systems & Controls") ### Joe Easton “Our control systems were 30 to 40 years old. We lived day to day waiting for the next failure. In an ever-evolving world of industry oversight, an increasingly competitive environment, and the need to always be as efficient in feed manufacturing as we possibly can, we needed a Feed Mill Controls partner. For years Sterling Systems & Controls has helped us evolve our old and new feed mills to meet these challenges.” Commodities Purchasing Rose Acre Farms Animal Feed for Egg Producer ![](https://sterlingcontrols.com/wp-content/uploads/PRAIRIE-GRAIN-PROCESSORS-1-125x54.png "PRAIRIE GRAIN PROCESSORS (1) | Sterling Systems & Controls") ### John Burkholder “We have been very happy with the automation/control system and the service we receive from Sterling Systems & Controls. We enjoy and value the common-sense, old-fashioned, small company feel we get as our needs are addressed promptly and at a reasonable cost.” Operations Manager Prairie Grain Processors, LLC Agriculture ![](https://sterlingcontrols.com/wp-content/uploads/PerforMixCorpLogoTagline-125x44.png "PerforMixCorpLogoTagline | Sterling Systems & Controls") ### Kirk Bowman “I have used Sterling Systems & Controls since 1995 when we transitioned from a manual operation. We did a thorough search before we chose Sterling. They were the only supply partner that was willing to understand our needs and find ways to adjust their technology to fit our process.” Director of Operations Performix Nutrition Systems Animal Feed Ingredients 02/04/2024 ![](https://sterlingcontrols.com/wp-content/uploads/MountainCountryFoods-125x55.jpg "MountainCountryFoods | Sterling Systems & Controls") ### Robert Ruiz “Since the installation and start-up of the Sterling Systems & Controls hand prompt batching stations, our internal and external process audits have become much easier with reduced paperwork and less time spent searching for information. Training our new operators has never been simpler, and our customers also approve of the use of these batching stations.” Continuous Improvement Manager Mountain Country Foods Pet Treat Manufacturing ![Otech Logo](https://sterlingcontrols.com/wp-content/uploads/Otech-Logotype-H-Violet1-125x29.png "Otech-Logotype-H-Violet(1) | Sterling Systems & Controls") ### Jack Shrader “We have two Micro Ingredient Batching Systems and an Automated Control System for our complete production lines from Sterling Systems & Controls. My recommendation to anyone considering Sterling Systems & Controls equipment and services? JUST DO IT! You will never regret it. We are Happy with our decision to work with them. Their reputation as a leader in the industry is well earned.” Maintenance Manager OTECH Corporation Miscellaneous Plastics Products – Thermoplastic Compounding ![](https://sterlingcontrols.com/wp-content/uploads/AGRI-KING_Logo-125x48.png "AGRI-KING_Logo | Sterling Systems & Controls") ### Charlie Letcher “We always have great interaction with Sterling Systems & Controls. Their people are focused on providing us with the best possible solution. Their support, if we experience any issue, is always focused on getting us up and running as quickly as possible. The knowledge they bring from all the industrial and agricultural applications they have worked on gives them a large experience base on which to draw. ” Director of Manufacturing Agri-King, Inc. Animal Feed Ingredients ![](https://sterlingcontrols.com/wp-content/uploads/Rose_Acre_Farms_logo-125x68.jpg "Rose_Acre_Farms_logo | Sterling Systems & Controls") ### Joe Easton “Sterling Systems & Controls has evolved over the years as new technologies have come along. As our process controls and automation partner, Sterling has been instrumental in helping us to bring our facilities into the modern era. I would highly recommend Sterling Systems & Controls for their flexibility and knowledge to anyone looking for a process control and automation system partner.” Commodities Purchasing Rose Acre Farms Animal Feed for Egg Producer ![](https://sterlingcontrols.com/wp-content/uploads/PRAIRIE-GRAIN-PROCESSORS-1-125x54.png "PRAIRIE GRAIN PROCESSORS (1) | Sterling Systems & Controls") ### John Burkholder “The Sterling Systems & Controls automation system has enhanced accuracy in our ingredient batching, increased overall efficiency, and reduced operator labor. Sterling’s ability and willingness to adjust and adapt the automation and control software to accommodate our process changes as we evolved, and went through various building phases of our process, was a notable and very positive experience.” Operations Manager Prairie Grain Processors, LLC Agriculture ![](https://sterlingcontrols.com/wp-content/uploads/hubbardlogocmyk-125x36.jpg "hubbardlogocmyk | Sterling Systems & Controls") ### Ron Hodges “We had a micro ingredient batching system with a single scale that wasn’t very efficient. We put a new custom engineered microsystem in from Sterling Systems & Controls, Inc. that has five (5) scales! This made us more efficient with our batch times. Being able to weigh out five different micro ingredients at the same time vs. just one at a time was a major achievement. Being able to weigh five different micro ingredients at the same time was a definite game-changer for us.” Plant Manager Hubbard Feeds, Inc. Animal Feed ![](https://sterlingcontrols.com/wp-content/uploads/MountainCountryFoods-125x55.jpg "MountainCountryFoods | Sterling Systems & Controls") ### Robert Ruiz “We initially purchased one of the semi-automatic hand prompt batching stations to test. We were so satisfied with this first unit that we subsequently purchased four more, all of which have exceeded our expectations. Sterling Systems’ technical support, whenever required for start-up, has always been top-notch.” Continuous Improvement Manager Mountain Country Foods Pet Treat Manufacturing ![](https://sterlingcontrols.com/wp-content/uploads/PerforMixCorpLogoTagline-125x44.png "PerforMixCorpLogoTagline | Sterling Systems & Controls") ### Kirk Bowman “We know that making a change in our process management could be very disruptive and expensive. Sterling Systems & Controls is very knowledgeable and helpful, and after more than 25 years and 10 plus significant new systems or upgrades, we feel the decision we made in 1995 was a good one and allowed us to focus on our customers.” Director of Operations Performix Nutrition Systems Animal Feed Ingredients ![Otech Logo](https://sterlingcontrols.com/wp-content/uploads/Otech-Logotype-H-Violet1-125x29.png "Otech-Logotype-H-Violet(1) | Sterling Systems & Controls") ### Jack Shrader “The Sterling Systems & Controls equipment and automation system is very user friendly and easily adapted to our processes. Our old system of controls wasn’t user-friendly or reliable, and required full-time manning of the controls. There were constant communication errors and too much downtime with the old system. The Sterling Systems & Controls equipment and automation solved those problems.” Maintenance Manager OTECH Corporation Misscelaneous Plastics Products – Thermoplastics Compounding ![](https://sterlingcontrols.com/wp-content/uploads/AGRI-KING_Logo-125x48.png "AGRI-KING_Logo | Sterling Systems & Controls") ### Charlie Letcher “Sterling Systems & Controls is the company that does what they say they will do, if not more. We have confidence in them and their products. After many years of working with them, and several of their systems, we know their product works over and over.” Director of Manufacturing Agri-King, Inc. Animal Feed Ingredients ![](https://sterlingcontrols.com/wp-content/uploads/Rose_Acre_Farms_logo-125x68.jpg "Rose_Acre_Farms_logo | Sterling Systems & Controls") ### Joe Easton “Price, quality, and the ability to conform to our existing mill wiring has been key, along with Sterling’s ability to easily adapt their installed systems to our process changes while limiting down-time.” Commodities Purchasing Rose Acre Farms Animal Feed for Egg Producer ![](https://sterlingcontrols.com/wp-content/uploads/PRAIRIE-GRAIN-PROCESSORS-1-125x54.png "PRAIRIE GRAIN PROCESSORS (1) | Sterling Systems & Controls") ### John Burkholder “We used manual batching control with start/stop pushbuttons to turn augers on/off for many years. Now we use a feed mill batching control system from Sterling Systems & Controls. Why? Because of the simplicity of the Sterling software, their ability to custom engineer the batching automation system to fit our objectives and requirements, and the fact that with Sterling Systems there is no annual subscription fee or contract.” Operations Manager Prairie Grain Processors, LLC Agriculture ![](https://sterlingcontrols.com/wp-content/uploads/MountainCountryFoods-125x55.jpg "MountainCountryFoods | Sterling Systems & Controls") ### Robert Ruiz “We have been highly satisfied with the semi-automatic hand prompt batching stations that we purchased from Sterling Systems & Controls. We have been impressed with how effectively the batching stations have met our needs and how easy it was to learn to use them.” Continuous Improvement Manager Mountain Country Foods Pet Treat Manufacturing ## Contact Us --- ### [Dust Control for Powder Handling](https://sterlingcontrols.com/industries-applications/industrial-processing/dust-control-for-powder-handling/) **Published:** May 13, 2024 **Author:** p1ws **Excerpt:** All powder handling and processing within a manufacturing process has the potential to generate dust in the atmosphere of the facility where the powder handling equipment is housed. Minimizing dust levels well below hazardous and explosive levels is important to avoid loss of life, injuries and lost plant, equipment and money. Dust control for powder handling is important. Examples? The CSB (US Chemical Safety Board) published this video after an exhaustive study. **Content:** # Dust Control for Powder Handling ![IMG_0951RESIZED-e1593031306938](https://sterlingcontrols.com/wp-content/uploads/IMG_0951RESIZED-e1593031306938-1-600x450.jpg) All powder handling and processing within a manufacturing process has the potential to generate dust in the atmosphere of the facility where the powder handling equipment is housed. Minimizing dust levels well below hazardous and explosive levels is important to avoid loss of life, injuries and lost plant, equipment and money. Dust control for powder handling is important. Examples? The CSB (US Chemical Safety Board) made an exhaustive study and published recommendations. The first of three major recommendations made by the CSB is “Control Fugitive Dust Emissions.” **A must-read for all particulate processors and handlers:** - [NFPA 654 Standard](https://www.nfpa.org/codes-and-standards/all-codes-and-standards/list-of-codes-and-standards/detail?code=654) for the “Prevention of Fire and Dust Explosions from the Manufacturing, Processing and Handling of Combustible Dust Particulate”. - [NFPA 652 Standard](https://www.nfpa.org/codes-and-standards/all-codes-and-standards/list-of-codes-and-standards/detail?code=652) on the “Fundamentals of Combustible Dust”. - [OSHA](https://www.osha.gov/dsg/combustibledust/standards.html) “Combustible Dust: An Explosion Hazard”. Dry [material weighing systems](/products-capabilities/batching-weighing/material-weighing-systems/), [Micro](/products-capabilities/batching-weighing/micro-weighing-systems/), [Minor and Bulk](/products-capabilities/batching-weighing/minor-major-weighing-systems/) batching systems, and [Bulk Bag Filling](/products-capabilities/bulk-bag-handling-systems/bulk-bag-filling-systems/) / [Bulk Bag Unloading](/products-capabilities/bulk-bag-handling-systems/bulk-bag-unloading/) systems all can generate dust within the atmosphere in your facility and should be evaluated for whether they need dust control for powder handling. While these systems are not the cause of any known dust hazard incidents, it is important to minimize or eliminate their contribution of dust to prevent any hazard, including the hazard of the existence of toxic dust, not just explosive dust. So how do we do this? ![](https://sterlingcontrols.com/wp-content/uploads/2012-01-04_13-40-08_937.png "2012-01-04_13-40-08_937 | Sterling Systems & Controls")*Figure 1 Pneumatic Conveying Takeoff from Scale Hopper* Each Sterling Systems & Controls, Inc. material weighing, micro, minor, and bulk batching system and bulk bag filling or unloading system is custom-engineered for safety as well as to meet your exact application requirements. Dust control for powder handling is important, let’s see what we can do to assist you in making sure your material weighing (micro, minor and bulk) systems and bulk bag handling systems are not contributing to a problem. The industries where dust explosions are more likely to occur include Food, Pharmaceutical, Wood Products, Chemical Processing and Metal Processing. In material weighing or batching systems, there are generally two places where dust can escape into the atmosphere, e.g. *Discharge Points from Feeders* and at the *Filling Point of Supply Bins*. Let’s see how we deal with these: ##### Feeder Discharge Points Two types of feeders are routinely used in material weighing systems, most often the screw or auger feeder is used. However, it is not uncommon to use vibratory feeders. The Sterling Systems & Controls ACCU-PORTION™ Micro, Minor and Bulk batching systems and the general industry Material Weighing Systems use the Sterling Systems & Controls manufactured screw/auger feeders as standard. For high accuracy systems, the vibratory type feeder may be used, especially where the weighment is Micro (under 50lbs/23kg) in size. The methods used for dust control with Screw/Auger feeders depend on the mode of batch collection and takeoff. If the takeoff method is by conveyor, pneumatic or drag, the batches are collected in scale hoppers. Sterling Systems & Controls routinely and uniquely uses multiple scale hoppers to increase throughput, accuracy and customer profitability. Dust control when using screw/auger feeders that discharge into one or more scale hoppers is accomplished by using sealed top hoppers and “feeder socks” (Figure 2). A feeder sock is flexible and secured at the top (feeder) and bottom (scale hopper), and made of Nylon Satin material. This allows for a flexible connection between the feeder and hopper, and eliminates potential dust during the ingredient batching process. Generally speaking, 5 or 6 ingredients will be collected in a single scale hopper (but that can vary and be less or more depending on system performance requirements). The pneumatic and mechanical methods of conveyance from scale hoppers downstream are sealed as well. A typical pneumatic conveying takeoff is shown in Figure 1. When vibratory feeders are used the feeder tray is provided with a cover, and feeder and bin dust socks are also used. The picture in Figure 3 illustrates this. In this installation, the vibratory feeders are used to provide very high accuracy of a small micro weighment into a large traveling tote. Dust collection is also utilized in this case because of the traveling tote. The vibratory feeders discharge through a feeder hood that is also a dust collector hood. This brings us to the next item for discussion, Dust Collection. ![Load Cell on Scale Hopper Application](https://sterlingcontrols.com/wp-content/uploads/IMG_0021-CROPPED-2.png "IMG_0021 CROPPED 2 | Sterling Systems & Controls")Figure 2: Six Feeders Discharge to Scale Hopper with “Dust Socks” When the material weighing system or micro/minor/bulk batching system collects the batches and weighed material in a traveling tote, a dust collection system is often required, especially if the dust is deemed to be explosive, toxic, or capable of accumulating to fuel any possible secondary explosion. This need can exist with small totes and large totes. The experience and skill of a dust collection system manufacturer is needed to ensure the system is properly sized and engineered to be 100% effective. Proper maintenance is also required to dispose of collected dust and to ensure the system is cleaned and maintained in good working order at all times. An example of a dust collector used with a material weighing system (micro, minor or bulk) is shown in Figure 5. This particular dust collector is used in conjunction with a minor ingredient batching system in a food application. This system collects dust during the ingredient discharge and batch collection process and supply bin refills. In another photo (Figure 4) the arrows point to dust collection hoods above the supply bins and above traveling totes that collect the batches. When properly designed and maintained these dust collection systems will help eliminate dust control problems. **Bulk Bag Filling or Unloading Systems** Many powders are packaged, sold and shipped in large bags. They are called “bulk bags“. They are also known by other names, such as FIBC’s (flexible intermediate bulk containers). A piece of process equipment known as a bulk bag unloader or bulk bag discharger is used to remove or unload the powder or bulk material from the bag. When dealing with the removal of powder materials from bulk bags we have the potential for dust to be introduced into the facility atmosphere. The design of the bulk bag unloading system can be such that dust is minimized or eliminated at the discharge point. This is accomplished most often by using a dust containment box and other components such as an iris valve and connection to a dust collection system. The photo in Figure 6 shows a bulk bag unloading system with a containment box. ![](https://sterlingcontrols.com/wp-content/uploads/IMG_20190328_132224-CROPPED.png "IMG_20190328_132224 CROPPED | Sterling Systems & Controls")Figure 3: Vibratory feeder shown with sealed cover, dust sock connecting supply bin to feeder inlet and feeder sock connecting feeder discharge to the micro scale hopper. ## Get a Quote --- ### [Bag Dump Station](https://sterlingcontrols.com/industries-applications/general/bag-dump-station/) **Published:** May 10, 2024 **Author:** p1ws **Content:** # Bag Dump Station ![100_2613-1-e1593025734436](https://sterlingcontrols.com/wp-content/uploads/100_2613-1-e1593025734436-1-600x447.jpg) The Bag Dump Station is typically used to empty small bags of bulk solid material, such as various powders, into a bulk material handling and processing system. The bulk bag dump station is used in various industries and applications. The basic unit usually consists of a hopper, hinged lid, outlet cone, bag support shelf, and grate. The Sterling Systems & Controls bag dump station is custom-engineered to meet the exact requirements of our customer’s process, often including dust collection to control the spread of dust during the dumping process. Bags are lifted and set on the grate where they are then opened and the material emptied into the hopper. The grate helps keep the bag or parts from falling into the hopper. Dust collection is such that a downward airflow is pulled below the grate, removing the dust away from the operator. Materials of construction can be mild or stainless steel. A common use and application combines Sterling Systems & Controls semi-automatic [hand-prompt batching stations](/products-capabilities/batching-weighing/hand-prompt-batching-station/) with bag dumps to introduce the collected batch into a conveying system for transport downstream for further processing. A pneumatic conveying system moves the collected batches downstream. A blower system beneath the hopper creates the pneumatic pressure to convey the material. ![](https://sterlingcontrols.com/wp-content/uploads/100_1994-CROPPED.png "100_1994 CROPPED | Sterling Systems & Controls")The Sterling Systems & Controls semi-automatic batching station ensures that the batches are manufactured to the formula criteria while validating and documenting the process with excellent reporting capabilities. The results are the production of consistent, quality products with increased production and batch accountability (i.e., amount weighed, batch number, ingredient lot numbers, start/finish times, operator management, time/date stamp, etc.). The Hand Prompt Batching Station control panel incorporates an embedded industrial PC and a large touchscreen display for the operator interface. The combination provides a rugged and cost-effective platform for a demanding factory environment. The system provides a single lighted pushbutton, protecting the touchscreen element from excessive wear and tear. The enclosure is water resistant to protect it during cleaning. ##### Bag Dump Station Semi-Auto Batching System The Semi-Automatic Hand Prompt Batching Station is highly configurable and can be adapted to virtually any process method, unlike the manual batching stations available from others. The Hand Prompt Batching Station control system prompts the operator, via the touchscreen, through the chosen formula with one ingredient at a time, ensuring that the correct material is being used. The required ingredient is displayed for the operator; the operator enters the ingredient details or scans the product, and if the correct ingredient is entered, the system will display the required weight. Once the weight is within a programmable tolerance, the system will ask the operator to acknowledge that this ingredient addition is finished, then it is acceptable to move on to the next ingredient. Once the operator acknowledges, the Hand Prompt Batching Station system will continue to the next ingredient, once again if it is within tolerance the system will prompt the operator to continue to the next ingredient until the batch is complete. After a batch is complete, the Hand Prompt Batching Station system can print a batch summary with individual ingredient information, including the ingredient number, name, required weight, actual weight, and lot information. The system software will also allow the scheduler to assign a lot number to each batch so that the batches may be searched by the lot number. A “move ticket” can be printed and attached to the container for identification and tracking in further batch processing. ![HAND PROMPT ODDS WEIGH SCREEN](https://sterlingcontrols.com/wp-content/uploads/HANDPROMPTODDSWEIGHSCREEN-1-1.png "HANDPROMPTODDSWEIGHSCREEN (1) | Sterling Systems & Controls") ## Get a Quote --- ### [Grinding Feed Mill Automation](https://sterlingcontrols.com/industries-applications/feed-milling-pet-food-manufacturing/grinding-feed-mill-automation/) **Published:** May 10, 2024 **Author:** p1ws **Content:** # Grinding Feed Mill Automation ![grinding feed mill automation](https://sterlingcontrols.com/wp-content/uploads/grinding-feed-mill-automation-600x325.jpg) Feed mill automation can simplify operations and improve cost and throughput efficiency. Sterling Systems & Controls, Inc. custom designs and manufactures the highest quality automation control systems for virtually any Feed Mill process or a complete facility. We highlight the Grinding Feed Mill Automation application here. Sterling Systems & Controls designs and provides equipment and software for custom systems using Allen-Bradley PLC’s and desktop PC’s running Sterling Systems & Controls customized Windows-based Automation Software. Sterling Systems & Controls more than 50 years of Feed Mill process and Feed Mill automation experience ensures quality and efficiency in both hardware and software. ![GRINDING SCREEN](https://sterlingcontrols.com/wp-content/uploads/GRINDING-SCREEN-600x338.png) #### Grinding The Grinding Feed Mill Automation process increases efficiency and improves conditioning in a feed production operation. Grinding performs particle size reduction for further processing of the material. Grinding creates more surface area, which aids in the digestion of the feed. In the grinding process, the fracturing of the solid material occurs, resulting in both an increase in material surface area and the dissipation of heat. Whether you use a roller mill, [Hammermill](https://www.praterindustries.com/products/hammermills/?utm_term=roller%20mill&utm_campaign=P1+-+Hammer+Mills&utm_source=google&utm_medium=cpc&hsa_acc=4330859957&hsa_cam=10317496031&hsa_grp=101596259494&hsa_ad=442638324906&hsa_src=g&hsa_tgt=kwd-727440651&hsa_kw=roller%20mill&hsa_mt=p&hsa_net=adwords&hsa_ver=3&gclid=Cj0KCQjwxveXBhDDARIsAI0Q0x0gjG4Dqqx_BtVhAn7WitkbY6M5PEfgvnluWnY_MVbtYec13MPKeZwaAj3HEALw_wcB&__hstc=42179962.d3e67fc77483692095a464a124ea8c7e.1715180861230.1715350715703.1715353587856.14&__hssc=42179962.5.1715353587856&__hsfp=2160068541) or something else in your process, Sterling Systems & Controls, Inc. automation and process control systems can automatically optimize its operation within the overall feed production process and automation system to meet a specific particle size requirement. This includes setting or programming Mill Type, Grinding Rate, Loss Factor and Source/ Destination Ingredient, along with providing feeder speed control based on the type of material, type of grinding mill, and the transfer of the material to the next part of your feed production process. With the scheduling of the grinding process, the Grinding Feed Mill Automation system controls receiving and programs the grinding function, providing an accurate, schedule-driven automatic process with very little or no manual intervention. Superior scheduling and control allows your Feed Mill to generate higher process efficiencies, and eliminate more waste and contamination issues while delivering improved accuracy and superior product. ![Grinding Screen](https://sterlingcontrols.com/wp-content/uploads/Rose-Acres-Jen-Acres-6156-Grinding-Screen-600x328.png) ##### Benefits • Higher accuracy and superior product. • Automatic adjustment of Grinders to meet particle size requirement. • Reduced waste and contamination. • Runs Grinders automatically to keep destination ingredient bins full. ##### Typical Features • Easily set Mill Type, Grinding Rate, Loss Factor, Source / Destination Ingredients. • Automatic scheduling and transfer of materials. • Maximizes throughput by running grinding mills to the most efficient load. • Grinds whole ingredients and routes them to the correct bins, with little or no attention from an operator. • Tracks maintenance minder data; hours, tons of usage. • Mill monitors integrated into Feed Mill automation system. • Blend multiple Source ingredients to produce a single ground Destination ingredient. ##### Other Feed Mill Automation Applications - [Receiving / Transfer](/products-capabilities/complete-systems/feed-mill-automation/) - [Batching](/industries-applications/feed-milling-pet-food-manufacturing/batching-feed-mill-automation/) - [Pelleting](/industries-applications/feed-milling-pet-food-manufacturing/pelleting-feed-mill-automation/) - **[Loadout](/industries-applications/feed-milling-pet-food-manufacturing/loadout-feed-mill-automation/)** ## Get a Quote --- ### [Hand Prompt Batching](https://sterlingcontrols.com/industries-applications/general/hand-prompt-batching/) **Published:** May 10, 2024 **Author:** p1ws **Content:** # Hand Prompt Batching ![HAND PROMPT ODDS WEIGH SCREEN](https://sterlingcontrols.com/wp-content/uploads/HANDPROMPTODDSWEIGHSCREEN-1-1-600x328.png) Sterling Systems & Controls batch control system includes a semi-automatic system called the Hand Prompt Batching Station. It may also be called a Hand Prompt Batching System or Batching Controller. Some may also refer to it as a Manual System as the addition of each ingredient is fed manually by an operator into the batch container, though to call this system “manual” is a misnomer. Other than material feeding, the system automatically weighs and controls operator actions and provides lot tracking and batch validation capabilities. The semi-automatic Hand Prompt Batching Station can be implemented or applied in many different industries ranging from Pet Food to Feed Production, to Baking and Food Processing, and much more. It is a batching system at the low end of the cost scale when compared to fully automatic batching and weighing systems. ![HAND PROMPT STATION](https://sterlingcontrols.com/wp-content/uploads/HAND-PROMPT-STATION-2.png "HAND PROMPT STATION 2 | Sterling Systems & Controls")Hand Prompt Batching Station shown with optional accessories##### **Hand Prompt Batching – Receiving Process** Raw ingredients for your formulas/recipes are received, the following procedure is used: - The operator logs into WebCentral (assuming the overall system is so equipped) using a browser that is on a PC that is located in his area, perhaps it is the receiving area and on the same network as the Hand Prompt Batching System. Optionally, the operator may use the Hand Prompt Batching System operator interface instead. - The operator chooses the “Add New Lot” option on the “lot table” screen. - The operator enters a new unique lot number. - The operator picks the ingredient from a list of previously entered ingredients. If this is a new ingredient, the operator or supervisor first adds the ingredient to the ingredient table. - The operator enters the amount of ingredient being received. - The operator can optionally print a lot of labels if required. Information on the label will include Ingredient Code, Ingredient Name, Lot Number, Lot Number Bar Code, and Vendor Number. - The operator can optionally print a lot of bag labels if required. The lot bag label includes several barcodes containing the lot number and a bag number that is intended to be attached to individual bags of the ingredient. ##### **Hand Prompt Batching – Batching Process** ![SCHEDULE TABLE SCREEN](https://sterlingcontrols.com/wp-content/uploads/SCHEDULE-TABLE-SCREEN.png "SCHEDULE TABLE SCREEN | Sterling Systems & Controls")Schedule Screen - The following describes a typical operational process of the Hand Prompt Batching Station system. It is assumed that all ingredient and formulation data have already been entered into the system and that the Receiving Process has been followed to generate the appropriate lot numbers for the raw ingredients. It is also assumed that the system is idle and powered up and ready for batching. - The Batching Schedule is entered either remotely through the WebCentral software or directly at the Hand Prompt Batching Station. Scheduling involves 1) picking which formula to run, 2) specifying the number of batches to run at a time, and 3) specifying the total number of batches to run. - The Operator will go to the main graphical batching screen and press the Start button on the screen. If any problems occur or the system encounters anything unexpected in the formula, the operator may be required to review the formula before the batch can be started. - The system will determine which scale(s) to use for each ingredient based on the formula. Different scales can be used for bag weights, odd weights, or specifically overridden for individual weighments. - The system will prompt the operator to place an empty batch container on the appropriate scale, scanning it first if batch container tracking is being used, and pressing the “Continue” button when ready. The system will then capture a tare weight for the scale. - If lot tracking is being used, the system will prompt the operator to enter an ingredient lot number before continuing. - The system will then display the name and code of the first programmed ingredient in the formula. - If a “Bag Size” has been programmed for the selected ingredient, the system will automatically calculate the number of whole bags required and also any additional “Odd Weight” that will be required. For example, if an ingredient comes in 50lbs bags and the formula requires 55lbs, the system will prompt for 1 full bag and later will ask the operator to weigh the additional 5lb “Odd Weight” on a scale. Bags may optionally be weighed on a scale, in which case the system will require the bags to be in place on the appropriate scale to continue, and later will adjust the odd weight to compensate for discrepancies in bag weights. Otherwise, the operator simply acknowledges that the bags have been picked and continues. The operator may also choose to ‘skip’ the ingredient, which allows them to weigh or acknowledge the following ingredients first in case of delays in retrieving a certain ingredient. The system will return to the skipped ingredient after the others are completed. - The system will prompt the operator to weigh the “Odd Weight” on the configured scale. If the Bag Size parameter has been set to zero, the “Odd Weight” will be the full target amount specified in the formula, otherwise, it will be the remainder that is required after prompting for full bags first, possibly adjusted if the bags were weighed. If it is desirable to complete all full bag weights together, the odd weights can optionally be delayed until all the bags have been picked and acknowledged. If the container becomes full before the weighment has been completed, the system will indicate an alarm for the operator who can choose to finish weighing or replace the container. The system will continue weighing where it left off after the container has been replaced. - Once the net weight of the scale is within the programmed tolerance for the ingredient, the system will allow the operator to continue. - The system will advance to the next Ingredient, returning to fourth step in the batching process (shown above) for each ingredient programmed in the formula. If another container is required on the scale for another batch, the system will return to step #3 above. - Once all of the ingredients have been weighed or acknowledged, the system will prompt the operator to remove all containers from the scale(s). - Once the containers are removed, the system can print a batch container label for each container if enabled. Information on the label will include the start and end date/time for the batch, the formula code and name, and each ingredient and lot number along with target and actual weights. The system can also print one complete ticket for all containers. - The system will return to the third step in this example batching process, automatically start the next batch, and will continue batching until the total number of programmed batches and containers have been produced. The operator can end the run early by choosing to ‘End Lot’. The system will complete the current batches and then return to “idle mode” screen. The operator may also choose ‘Abort’ to immediately end the batch and return to idle. ![LOT TABLE SCREEN](https://sterlingcontrols.com/wp-content/uploads/LOT-TABLE-SCREEN-2.png "LOT TABLE SCREEN | Sterling Systems & Controls")Lot Table Screen##### **Hand Prompt Batching – Validation Process** The following describes the operational process of the Hand Prompt Validation process. It is assumed that one or more batches have already been completed using the Hand Prompt Batching Station software, and that batch container tracking was used. - The Batching Schedule is entered either remotely through the WebCentral software, directly at the Hand Prompt Batching Station, or through the Mixing Control if integrated into a mixing process. Scheduling involves picking which formula to run and specifying the total number of batches to run. - The system will analyze the formula to identify the mix instructions. The system will only prompt for the ingredients meant to go in before the current mix to ensure proper order of introduction of the ingredients into the batch. The Hand Prompt Batching Station also identifies the mix instructions and treats them as container breaks so that the required mixer ingredients are guaranteed to be in separate containers. - The screen will display the first set of ingredient names and codes required by the mixer along with target weights and prompt the operator to scan containers to satisfy the requirements. - When the operator scans a container, the system will check whether it has the correct raw material ingredients. Any batch container can be used, even containers batched for a different formula, as long as it does not contain any incorrect ingredients. If the container is accepted it will be added to a list of containers for the mixer and the screen will update the actual weights of each ingredient to match the total of all scanned batch containers. - The operator continues to scan containers, if necessary until all ingredient amounts have been satisfied. The Hand Prompt Batching Station will show a checkmark next to each ingredient within tolerance. By selecting a container in the list, the system will also show how much of each ingredient came out of that specific container. If it is desirable to use a different set of batch containers, containers that have already been scanned can be removed from the list. - Once all ingredients are correct and within tolerance, the operator will press ‘Confirm’ on the screen. The operator may confirm at any time. However, if there are errors with the ingredients, the system will display a warning message and will not continue. Supervisors with the proper security privileges may override these errors if necessary. - After final confirmation of the ingredients, the system will prompt the operator to dump the ingredients, if it is integrated into the mixing process, or move on to the ingredients for the next mix if not. If there are no more ingredients for the current mixer batch, it will move on to the next batch required by the mixer, or return to idle if there are no more batches. The operator can ‘Abort’ the run early, immediately returning the system to idle mode. ##### **Hand Prompt Batching Station Applied** A typical Hand Prompt Station control architecture (with some available options) can be composed of one (1) Hand Prompt Batching Controller, one (1) Touchscreen Display, one (1) Keyboard with built-in touch-pad, one (1) Platform Scale (a variety of maximum capacities is available), one (1) Floor Scale (variety of maximum capacities available), one (1) Label Printer, one (1) Wireless Barcode Scanner, and one (1) RFID Scanner. Customer personnel can establish recipes or formulas for a virtually unlimited number of final batch products using a virtually unlimited number of ingredients. When a batch formula or recipe is initiated the Hand Prompt Controller batching software will ask the operator to weigh ingredients, and will sequence an operator through the selected formula/recipe, one ingredient at a time.The operator can weigh ingredients on one or two scales, depending on how the formula/recipe is designed and how the system is equipped. ![HAND PROMPT MAIN SCREEN](https://sterlingcontrols.com/wp-content/uploads/HANDPROMPTMAINSCREEN.png "HANDPROMPTMAINSCREEN | Sterling Systems & Controls") Two Scale Screen Floor Scale Bag Scale and Platform Scale Odd ScaleThe primary advantages of the Hand Prompt Batching Station are to ensure that each ingredient in the chosen formula/recipe is added to the batch container, is within a customer programmable weight tolerance, and that the correct ingredient is added and the ingredient lot has been captured before the Hand Prompt Batching Station will advance the operator to the next ingredient in the formula/recipe to be added. Other major advantages include 1) adapting to your process easily, not requiring your process to adapt to the batching station unlike manual weighing stations available from others, and 2) the Hand Prompt Batching Station database can easily grow and evolve to a larger and automatic micro/minor/major ingredient batching system as your production may require, meaning a larger ROI. For efficiency and speed, multiple batches can be weighed at the same time by using the “Max Containers per Scale” field on the “Schedule” screen to control how many batch containers are made up at one time, and by setting the “Batch Count” field to be the number of the desired batches that you would like to run at one time. If the system is equipped with a Hand Prompt Validation Control Panel, its software will prompt the operator to scan the batch containers (having an RFID tag or barcode label), completed by the Hand Prompt Batching Station software, and verify that the ingredients in the batch containers are correct and within tolerances. This validation function is designed to run at the mixer, independent of the Hand Prompt Batching Station software. It can be integrated into the mixing process control or as a standalone function. The Hand Prompt Batching Station provides real-time records for each batch produced, enabling the highest standards to be maintained by ensuring a consistent product. As batches are produced, the system records the batch data and can optionally print container or batch labels to the ticket printer (if purchased with the system). It can also optionally print full-page reports to a page printer. Additional reports and data can also be printed from the Hand Prompt Batching Station, or remotely via the Sterling Systems & Controls WebCentral Supervisory Control Software. Batching container labels provide a hard copy of each ingredient along with the ingredient lot number and the required and actual formula weights. A time and date are also stamped on each report at the start and end of the batch. If an alarm condition occurs during the processing of a batch, the Hand Prompt Batching Station will record an alarm message thereby enabling a supervisor to review the performance of the operator and track problems that may occur later. The Hand Prompt Batching Station will maintain its database by automatically performing routine maintenance and backup procedures. Typical systems will be provided with the WebCentral supervisory software, and ingredient lot numbers will be assigned and entered using WebCentral, or they can be entered directly through the Hand Prompt Batching Station. Ingredient lots can be selected by scanning a lot label when prompted, by selecting them from a list on the screen, by entering them by hand, or on a first-in, first-out basis using the order set up on the lot table. When choosing lots manually, the operator can switch lots in the middle of a weighment if the current lot runs out. When selecting by first in, first out, the first lot in the list for the ingredient is used until its inventory reaches 0, at which point the system switches to the next one for any remaining weight and future weighments. Please note that the Hand Prompt Batching Station must be put on the same network as any customer PCs that will be using the WebCentral software to view and manipulate data in the Hand Prompt Batching Station database. If there is not a plant Ethernet network infrastructure in place, Sterling Systems & Controls can assist with specifying networking hardware and cabling if needed. ##### [WebCentral™](/products-capabilities/controls-automation/supervisory-control-software/) Features WebCentral™ is a browser-based supervisory control software application that can be used to access and manipulate data in the Hand Prompt Batching Station from a remote computer. WebCentral is designed to be used on existing plant computers that can access the Hand Prompt Batching Station via an INTERNAL Ethernet network. Note: WebCentral uses browser technology but it is NOT an internet-based application, so internet access is not required, but the computers that will use WebCentral must reside on the same INTERNAL network. No special software is required to be installed on the client computers other than a standard, modern web browser. WebCentral will work with most any recent browser including browsers on tablets and smartphones. **WebCentral™ features include:** - Add/Modify/Delete Ingredients. - Add/Modify/Delete Formulas. - Add/Modify/Delete Batching Schedule Records. - Add/Modify/Delete Ingredient Lot Information. - View Reports and Print through the web browser. ## Get a Quote --- ### [VFD Control Panels](https://sterlingcontrols.com/industries-applications/general/vfd-control-panels/) **Published:** May 13, 2024 **Author:** p1ws **Excerpt:** No project for custom process controls, even just the electrical control components, is too small when a customer needs our help. One example is VFD control panels. In this specific case reviewed here, we were working with Prater Industries and they required the electrical controls for a Lump Breaker airlock and also for a Hammermill. Sterling Systems & Controls, Inc. has provided both of these pieces of process equipment in systems before and is very familiar with their operation, control requirements and the automation and use of them in a wide range of industries, including providing VFD control panels. Sterling Systems is a certified UL control panel manufacturing facility and routinely provides electrical controls for a wide range of process equipment. Here we proposed and provided two (2) VFD Control Panels, each a dual VFD panel with one (1) VFD for the Lump Breaker and one (1) for the Hammermill. Two VFD panels were provided at the request of the customer as there were “two lines”, each having a Lump Breaker and a Hammermill. One panel for all four devices could have been provided but the customer requested the split into two (2) VFD control panels. **Content:** # VFD Control Panels ![20180422_114232-e1594736956762 (1)](https://sterlingcontrols.com/wp-content/uploads/20180422_114232-e1594736956762-1-1-600x551.jpg) No project for custom process controls, even just the electrical control components, is too small when a customer needs our help. One example is VFD control panels. In this specific case reviewed here, we were working with [Prater Industries](http://www.praterindustries.com/) and they required the electrical controls for a [Lump Breaker](https://www.praterindustries.com/products/lump-breakers/) airlock, and also for a [Hammermill](https://www.praterindustries.com/products/hammermills/). Sterling Systems & Controls, Inc. has provided both of these pieces of process equipment in systems before and is very familiar with their operation, control requirements and the automation and use of them in a wide range of industries, including providing VFD control panels. Sterling Systems & Controls is a certified UL control panel manufacturer and routinely provides electrical controls for a wide range of process equipment. Here we proposed and provided two (2) VFD control panels, each a dual VFD panel with one (1) VFD for the Lump Breaker and one (1) for the Hammermill. Two VFD panels were provided at the request of the customer as there were “two lines”, each having a Lump Breaker and a Hammermill. One panel for all four devices could have been provided but the customer requested the split into two (2) VFD control panels. These VFD control panels are rather simple. Once we know the electrical requirements of the lump breaker and Hammermill, we know what to do. **Each of the VFD control panel included:** • NEMA12 enclosure, grey painted finish, 48″ x 37″ x 16″. • Pull handle disconnect. • Mains circuit breaker, 480VAC 3∅. • One (1) Hammermill, PowerFlex 525 Drive w/ Ethernet/IP, 480VAC 3∅, 17Amps, 10HP. • One (1) FB-14 Lump Breaker, PowerFlex 525 Drive w/ Ethernet/IP, 480VAC 3∅, 13Amps, 7.5HP. • Fused Short-Circuit Protection for each VFD. • Full Numeric LCD HIM mounted on each VFD. ## Get a Quote --- ### [UL Approved Control Panels](https://sterlingcontrols.com/industries-applications/general/ul-approved-control-panels/) **Published:** May 13, 2024 **Author:** p1ws **Excerpt:** Sterling Systems & Controls, Inc. was asked to automate existing independent process equipment into a single automated system. To do this, Sterling Systems & Controls custom engineered two (2) UL Approved Control Panels, for a wet sand processing application. The facility processed wet sand into dry sand for use in the masonry industry. Two UL Approved Control Panels were supplied for use in two different locations, one outside and one inside. The outdoor control panel, in addition to acting as an HMI, also integrated the controls for outside equipment. Access to this equipment from the PLC (inside control panel) was via Ethernet. **Content:** # UL Approved Control Panels ![MAIN CP INT (1)](https://sterlingcontrols.com/wp-content/uploads/MAIN-CP-INT-1-1-600x360.jpg) Sterling Systems & Controls, Inc. was asked to automate existing independent process equipment into a single automated system. To do this, Sterling Systems & Controls custom-engineered two (2) UL Approved Control Panels, for a wet sand processing application. The facility processed wet sand into dry sand for use in the masonry industry. Two (2) UL Approved Control Panels were supplied for use in two different locations, one outside and one inside. The outdoor control panel, in addition to acting as an HMI, also integrated the controls for outside equipment. Access to this equipment from the PLC (inside control panel) was via Ethernet. The new automated [process control](/products-capabilities/controls-automation/process-controls-automation/) system has been designed to control and monitor various equipment for moving wet sand from either rail car or reclaim dump hopper. A pneumatic dense phase conveying system is used to transport the wet sand to the in-feed hopper and then conveyed through a dryer, and finally stored in two (2) sand silos. Wet sand from the outside can also be transported via the dense phase conveying system to a wet sand pile receiver hopper. ![SCADA Example Process Control](https://sterlingcontrols.com/wp-content/uploads/INSIDE-RECLAIM-DUM-PROCESS-SCREEN.png "INSIDE RECLAIM DUM PROCESS SCREEN | Sterling Systems & Controls")##### Processes Controlled Included: The **inside reclaim dump** process displays the equipment used in the process. The status of each piece of equipment is indicated on the screen by color. The color will change depending on whether the equipment is Manual, Automatic, or Off. The outside rail screen graphically displays the equipment used in receiving and discharging. Each piece of equipment’s status is indicated on the screen by color, which changes depending on whether the equipment is Manual, Automatic, or off. The inside rail reclaim dump screen graphically displays the equipment used in receiving and discharging. Each piece of equipment’s status is indicated on the screen by color. The color changes depending on whether the equipment is Manual, Automatic, or off. The Dust Hoppers screen graphically displays the equipment used. Each piece of equipment’s status is indicated by color on the screen, which changes depending on whether the equipment is Manual, Automatic, or off. ##### Sterling Systems & Controls supplied the following equipment: - NEMA12/4 mild steel is used for the UL Approved Control Panel and the Main PLC Panel. This panel encloses the main Allen-Bradley PLC rack for controlling and monitoring equipment inside the facility. This control panel also includes an Allen-Bradley PanelView Plus touchscreen display. - The Rail Car Panel is a NEMA12/4 mild steel UL-approved control panel. This panel houses a remote I/O PLC rack for controlling and monitoring equipment outside the building. The panel also includes an Allen-Bradley PanelView Plus touchscreen display. An Ethernet connection exists between the two (2) control panels. - Two (2) wall-mounted alarm/light beacons are located outside and inside near the control panels supplied by Sterling Systems & Controls. - One outside-mounted traffic light is located near the reclaim dump hopper to communicate with the end-loader operator. ![OUTSIDE RAIL SCREEN](https://sterlingcontrols.com/wp-content/uploads/OUTSIDE-RAIL-SCREEN.png "OUTSIDE RAIL SCREEN | Sterling Systems & Controls")##### **PanelView Screen Layouts** **Both the Inside and Outside Process PanelView** The Allen-Bradley PanelView Plus is located on the UL-approved control panels, the main PLC control panel, and the Rail Car control panel, each containing several screens. These screens are for equipment inside the building, from the reclaim dump hopper to the dryer and two (2) sand silos. Each automated equipment item on the screens can be tapped on to open the Manual/Off/Automatic popup screen. Typically all equipment will be in Automatic mode. The Manual or Off-mode selections will be used for troubleshooting or testing only. However, if any of the equipment is manually controlled, it will override any process interlocks. If equipment is left in Automatic, all interlocks will be observed. Amperage from any motor with a VFD will be shown on the PanelView Plus display. Temperatures from the dryer will also be shown. Pressures from either of the system pressure pots will also be shown. A System Parameter screen contains fields to hold various timers, such as equipment purge, spin-up, and fault timers. The process screen showing the process equipment states is graphical and logical in flow. Either equipment graphics or symbolic icons are used to distinguish operating states, indicating whether equipment is running, stopped, or faulted. Security is implemented to make any screen inaccessible when not logged in. When the PanelView remains idle, the operator is automatically logged out. An Alarm Banner and History is available. The Alarm History holds up to 200 alarms. In addition to the equipment process screens on the Sterling Systems & Controls supplied PanelView HMIs, the PanelViews also integrate screens for and including the dense phase pneumatic conveying pressure pots. ![DUST HOPPERS SCREEN](https://sterlingcontrols.com/wp-content/uploads/DUST-HOPPERS-SCREEN.png "DUST HOPPERS SCREEN | Sterling Systems & Controls")![RECLAIM SCREEN](https://sterlingcontrols.com/wp-content/uploads/RECLAIM-SCREEN.png "RECLAIM SCREEN | Sterling Systems & Controls")## Get a Quote --- ### [Supervisory Control](https://sterlingcontrols.com/industries-applications/general/supervisory-control/) **Published:** May 10, 2024 **Author:** p1ws **Content:** # Supervisory Control ![WEBCENTRAL-INGRED-INV-RESIZED](https://sterlingcontrols.com/wp-content/uploads/WEBCENTRAL-INGRED-INV-RESIZED-1-600x437.jpg) [WebCentral™](/products-capabilities/controls-automation/supervisory-control-software/) is a browser-based supervisory control software package. WebCentral allows users on a corporate network to access data from a Sterling Systems & Controls, Inc. control system, such as a batching control system. WebCentral provides the ability to manage many aspects of the process control system. These can include Ingredients, Formulas, Bin Assignments, Schedules, and other data tables. It also allows for the viewing and printing of historical batching and process data reports. PLC-based control systems are generally constrained by limited PLC memory. They can only hold a limited amount of data (Ingredients, Formulas, etc) at one time. WebCentral stores data in a Microsoft SQL Server/Express database. Therefore, nearly an unlimited amount of data can be stored and maintained. WebCentral monitors key processes, batching data, and alarm conditions within the control system. It provides logging and historical analysis of this data. In short, PLC’s and Control Systems are good at controlling equipment. Computers and Databases are good at managing data. WebCentral supervisory control provides the means to bridge these two worlds to provide a seamlessly integrated solution. ##### Technical Overview WebCentral™ uses browser-based technology to provide supervisory control. This provides easy access to data from any computer that is on the same network as the computer hosting WebCentral. WebCentral does not require internet access as all network traffic and data reside internally on the plant network. WebCentral does require a server to host the application which can be reached by any corporate PC user who needs the data. The hosting server/computer must also be able to reach the PLC/Control System network. This usually means that the hosting server/computer will require two network cards. One network card for accessing the corporate network, and one network card for accessing the isolated control network. WebCentral supervisory control applications can be accessed via smartphones or tablets, provided those devices can join the corporate network. WebCentral cannot be reached natively from outside of the plant via the internet. If a corporate VPN is in place, and applicable corporate policies, WebCentral can be used remotely from the plant network. This takes place once a VPN connection to the plant network has been established. ##### WebCentral**™** Security ![Security Manager Screen](https://sterlingcontrols.com/wp-content/uploads/SecurityManagerScreen-2-1-1024x571.png "SecurityManagerScreen (2) | Sterling Systems & Controls")Access to the features of WebCentral**™** is controlled via a flexible security system. The security system is configured by using the Security Manager screen in the process control system software. Individual users of the control system can be created and then can be assigned to groups. Permissions can then be assigned to a group or directly to a specific user. As users come and go, they can easily be added or removed from the appropriate group. Individual permissions won’t need to be modified. Users and groups can be assigned Read and/or Write permission to each screen in WebCentral individually. It is easy to configure just the right amount of access for each job function. ##### **General Navigation and Data Editing** Click the link on the menu bar for the WebCentral™ screen you want to view. If the button for the screen you want to work with is not visible, then you do not have Read access. If you have been granted Write access to a screen, you will see several icons in the first column of each row in the table. Hovering your mouse pointer over these icons will display a hint of what the icon does. Most screens are separated into multiple pages. You can navigate between the pages by clicking on the number of links at the bottom of the grid. Many screens provide the ability to re-sort the records by simply clicking on the heading in the grid. You may also search and filter information in the grid using the search fields located at the top of most of the grid screens. Next, we look at a couple of example screens to illustrate how easy it is to view and change data from the supervisory control provided by WebCentral**™**. ##### Batching System Example – Ingredient Screen The Ingredient screen contains a listing of all ingredients the control system will use in any formula. Clicking the pencil “Edit” icon will allow the current row to be edited. Clicking the garbage can “Delete” icon will delete the selected record. New ingredients can be inserted using the form at the top of the page. Ingredient records can be expanded to view more detailed information using the plus icon. For information about the fields and how they are used by the control system, refer to the Batching System Operations Manual. ##### **Other WebCentral™Screens** Many other screens are available in WebCentral**™**. For a batching control system, this may include: - Formula Screen - Formula Editor Screen - Bin Assignment Screen - Ingredient Lot Table Screen - Batching Schedule Screen - Loadout Orders Screen - Transfer Times Screen - Transfer Queue Screen - Batching System Parameters Screen - Batching Status Screen ##### WebCentral™ Reports WebCentral™ contains many different reports that can be run to extract and display the information. Clicking on the report links will prompt the operator for additional information such as dates and times, if required. Then the report will be displayed on the screen. Reports can be exported to a PDF, Excel, or Word document by clicking the disk “Export” button and selecting the desired format. ##### **Conclusion** The Sterling Systems & Controls, Inc. WebCentral™ software application is an important part of your overall plant control system. It is a supervisory control application. It allows an unlimited number of personnel to remotely view and change data in your Sterling Systems & Controls system. This can be done from their remote office or location. They are required to be connected to the same network as the Control System software. PLC’s and Control Systems are good at controlling equipment, whereas Computers and Databases are good at managing data. WebCentral provides the means to bridge these two worlds to provide a seamlessly integrated solution. ## Get a Quote --- ### [Process Controls for OEM’s](https://sterlingcontrols.com/industries-applications/general/process-controls-for-oems/) **Published:** May 10, 2024 **Author:** p1ws **Content:** # Process Controls for OEM’s ![20170204_022658-e1665409740701](https://sterlingcontrols.com/wp-content/uploads/20170204_022658-e1665409740701-1-600x450.jpg) Sterling Systems & Controls, Inc. custom engineers and manufactures many types of process control and automation systems. This is done for our material weighing and batching systems, process controls/automation, bag filling stations and [bulk unloading systems](/products-capabilities/bulk-bag-handling-systems/bulk-bag-unloading/). In addition, Sterling Systems & Controls works cooperatively with many OEM integrators of systems for handling and processing powder and bulk solids, providing process controls for OEM’s. One such system is shown here. This system included bulk bag unloading, and material processing, weighing and handling. ![Receiving Screen](https://sterlingcontrols.com/wp-content/uploads/Receiving.png "Receiving | Sterling Systems & Controls")For an example of process controls for OEMs, bulk bags are unloaded into a material sifting operation in this system. In the automation system, the Sifting Screen graphically displays the equipment used in the sifting process. The status of each piece of equipment is indicated on the screen by color. If the equipment runs in Automatic mode, it will be light green. If it is turned Off, it will be dark gray. If it is running in Manual mode, or the system determines that the equipment is running, but the control system is not requesting it to run, the equipment will be light blue. If the equipment is faulted, it will flash red to white. If the equipment is idle in automatic mode, it will be sea foam in color. Sterling Systems & Controls provided the electrical controls with a VFD control panel and the automation system control panel. Sterling Systems & Controls is capable of custom engineering almost any process control system and manufacturing all required control panels. It is a UL-listed control panel manufacturer for the USA and Canada. ![](https://sterlingcontrols.com/wp-content/uploads/20170204_022718-e1553533070685-768x821-1.jpg "20170204_022718-e1553533070685-768x821-1 | Sterling Systems & Controls") ## Get a Quote --- ### [Plantwide Systems](https://sterlingcontrols.com/industries-applications/general/plantwide-systems/) **Published:** May 10, 2024 **Author:** p1ws **Content:** # Plantwide Systems ![BAKING AND FOOD PLANTWIDE AUTOMATION DIAGRAM](https://sterlingcontrols.com/wp-content/uploads/BAKING-AND-FOOD-PLANTWIDE-AUTOMATION-DIAGRAM-SCENE7.2.png) Sterling Systems & Controls, Inc. offers complete customized plantwide systems and process control & automation system solutions for various industries. Examples: Food Processing/Manufacturing requires the control of a variety of different processes from start to finish; Animal Feed is produced for nearly every animal such as swine, poultry, cattle, horses; Pet Food Manufacturing for our dogs and cats; Miscellaneous Chemicals; and many other agricultural and industrial processes. Each incorporates many multiple process steps, and requires control and automation to optimize efficiency, consistency and profitability. Animal Feed production is done in a Feed Mill. The term “Feed Mill” and the word “Feedmill” are used interchangeably. For example, Sterling Systems & Controls can provide plantwide systems for the Feed Mill, providing automation and control for individual aspects of the Feed manufacturing process (shown below). In addition, Sterling Systems & Controls can provide fully integrated plantwide systems as turn-key by working with our partner network. The Sterling Systems & Controls automated batching systems are at the heart of many industrial bulk solids processing facilities, and definitely for Feed Mill automation solutions. Our [WebCentral software](/products-capabilities/controls-automation/supervisory-control-software/) is the central nervous system of a plantwide system. It allows for the management of Ingredients, Formulas, Bin Assignments, Schedules and other data tables in a batching process and control system right from your office desk, not necessarily on the plant floor. In addition, you can view and print historical batching and process data reports. PLC-based control systems are constrained by limited PLC memory. They hold a limited amount of data (Ingredients, Formulas, etc) at one time. WebCentral stores data in a Microsoft SQL Server (or SQL Express) database. A virtually unlimited amount of data can be stored. WebCentral monitors key processes, and batching data and alarm conditions in the automation system. It provides logging and historical analysis of this data. PLC’s and Control Systems are good at controlling equipment. Computers and Databases are good at managing data. WebCentral provides the means to bridge these two worlds. This provides a seamlessly integrated automation solution. #### Plantwide Systems – Automation – Food, Feed, Other Industrial: - Controls Design. - [Receiving](/industries-applications/feed-milling-pet-food-manufacturing/feed-mill-automation-receiving-transfer/). - [Grinding](/industries-applications/agriculture/grinding-classifying/) (Hammer Mill & Roller Mill). - [Automated Batching](/industries-applications/feed-milling-pet-food-manufacturing/batching-feed-mill-automation/). - [Pelleting (Feed Mill)](/industries-applications/feed-milling-pet-food-manufacturing/pelleting-feed-mill-automation/). - Finish Material Routing. - [Loadout Systems](/industries-applications/feed-milling-pet-food-manufacturing/loadout-feed-mill-automation/) (Fixed Truck Scales & Lorry Scales). - Automated Bulk Material Handling Systems. - [Bulk Bag Unloading Systems](/products-capabilities/bulk-bag-handling-systems/). - [Major, Minor](/products-capabilities/batching-weighing/minor-major-weighing-systems/) & [Micro Ingredient Systems](/products-capabilities/batching-weighing/micro-weighing-systems/). - Liquid Weighing or Metering Systems (Optimized for fat and molasses as well as many other liquids commonly used in the Animal Feed Mill facilities). - Integration With Business ERP, through [WebCentral](/products-capabilities/controls-automation/supervisory-control-software/). - [Preventative Maintenance Planning](/products-capabilities/controls-automation/preventative-maintenance/). - Much more… #### Plantwide Systems – Key Features: - Plantwide automation systems integrate into business systems with either proprietary or non-proprietary software. - Incorporates standard or custom features required by each process control application. - Accommodates Allen-Bradley, Wonderware, Intellution, and other industrial software packages. - Scheduling. - Formulation Management (ingredient batching applications). - Raw Material Management, Inventory and Usage. - Material Parameters (Tolerance, Feeder Speed, Jog, and Pre-act/Cutoff). - Product Safety – Raw Material Lot Tracking (Bar Code, RFID). - [Process Validation (Bar Code, RFID)](/blog/traceability/). - Equipment Parameters (Scales, Mixer, Dry Ingredient Feeders, Liquid Meters). - Finished Batch Tracking. - Abnormal Condition Alarms and Tracking. - Remote Batching & Data Access Software (WebCentral). - Troubleshooting & Diagnostics Features (Local & Remote). - Least Cost Formulation Software Interfaces. ![RECEIVING TRUCK TRANSFER](https://sterlingcontrols.com/wp-content/uploads/RECEIVING-TRUCK-TRANSFER.png "RECEIVING TRUCK TRANSFER | Sterling Systems & Controls")##### Receiving/Transfer System: - Receiving System Automation Screen (Feed Mill example). - [Raw Ingredient Tracking](/blog/batching-instrumentation-with-traceability-and-validation/). - Scale Integration. - Source Selection. - Destination Selection. - Auto Routing with Interlocks. - Equipment Monitoring for Abnormal Conditions. - [Grinding Equipment Monitoring](/industries-applications/agriculture/grinding-classifying/) for Maximum Throughput. - Equipment Monitoring for Abnormal Conditions. ##### Grinding System: - Grinding System Automation Screen (Feed Mill example). - Pre-Ground Product Storage Routing To Grinding Bins. - Grinding Bins Level Control. - Feeder Speed Varied Automatically based upon Mill Load. - Grinding Equipment Monitoring for Maximum Throughput. - Equipment Monitoring for Abnormal Conditions & Run times. - Auto Routing of Ground Product. ##### Batching System: ![BLENDING MIXING](https://sterlingcontrols.com/wp-content/uploads/BLENDING-MIXING.png "BLENDING MIXING | Sterling Systems & Controls") - Automated Batching System Screen. - Batching of Bulk Dry Ingredients, [Powder Batching Systems](/products-capabilities/batching-weighing/batching-systems/), Bulk Liquid Ingredients, Minor Ingredient, Micro Ingredient, Bulk Bag Unloading. - [Hand Add Addition Kitchen Systems](/products-capabilities/batching-weighing/kitchen-batching-system/) and [Hand Prompt Systems](/products-capabilities/batching-weighing/hand-prompt-batching-station/). - Scheduling. - Inventory of Raw & Finished Materials. - Tolerance Control. - Lot Tracking of Raw Materials. - Equipment Monitoring for Abnormal Conditions & Run times. - Auto Routing of Finished Feed. ##### Pelleting System (Feed Mill application): - [Pellet Mill Automation](/industries-applications/feed-milling-pet-food-manufacturing/pelleting-feed-mill-automation/) Screen. - Amps. - No Roll Slip. - Pellet Mill Inlet Mash Temperature. - Steam Modulating Valve. - Lineator Roll Gap Software and I/O. - Equipment Monitoring for Abnormal Conditions & Run times. - Pellet Mill Setup Screens (password protected). - Parameter Storage for Operating Formula and Pellet Mill: - Operating instructions. - Run setpoints. - Amps. - Temperatures. - Speeds for the pellet mill. - Unique parameters Stored for Multiple Formulas. - Liquids can be controlled by the PELLET MILL workstation. - Liquids Added either at the Conditioner or Die. - Auto/Man – Operate Manually and Switch to Auto “on the fly”. ![](https://sterlingcontrols.com/wp-content/uploads/LoadoutScreen-768x419-1.jpg "LoadoutScreen-768x419-1 | Sterling Systems & Controls")##### Loadout Systems: - Railcar/Truck [Loadout Automation](/industries-applications/feed-milling-pet-food-manufacturing/loadout-feed-mill-automation/) Screen (truck loadout shown here). - Scale Integration. - Shuttle Conveyors or Trolley Systems. - Multiple Compartment Filling. - Truck Tracking. - Customer Tracking. - Finished Product Tracking. ## Get a Quote --- ### [Automation Upgrade](https://sterlingcontrols.com/industries-applications/general/automation-upgrade/) **Published:** May 10, 2024 **Author:** p1ws **Content:** # Automation Upgrade ![20170222_185828](https://sterlingcontrols.com/wp-content/uploads/20170222_185828-600x450.jpg) It isn’t unusual for Sterling Systems & Controls, Inc. equipment and controls to be upgraded and enhanced over years of operation. Mechanical equipment gets replaced or added, the process changes and/or expands, and PC and operating system technology continues to evolve, usually for the better making things more cost-effective and efficient. [Automation](/products-capabilities/controls-automation/process-controls-automation/) is no exception. An automation upgrade is often performed after several years or when an event may necessitate it. In addition, it is not unusual for companies to begin with a small modular system, like batching with four (4) ingredients, and then expand over time by adding more ingredients and formulas. Sterling Systems & Controls is experienced and very accomplished at assisting customers through the evolution of their process, equipment and systems. The evolution of automation especially is something that tends to get upgraded over time. Automation technology changes fairly quickly so that the state-of-the-art today is not the state-of-the-art in another year or two. Those companies involved with designing and creating automation systems and capabilities are constantly keeping in touch with changes in hardware and software standards and tools. Let’s take a look at an example of an automation upgrade. ##### Cattle Feed Yard ![](https://sterlingcontrols.com/wp-content/uploads/20170207_154347-Cropped.png "20170207_154347 Cropped | Sterling Systems & Controls")SSCI Legacy Batching SoftwareOver a decade ago, Sterling Systems & Controls was approached and asked to replace an existing batching system (by other manufacturers) with a large cattle feeder operation. The reason Sterling Systems & Controls was brought in was because of the absence of support from the previous system supplier, as well as some performance issues. The application was a cattle feed operation that blended and mixed liquids and solids to feed a mixer and produce the final feed end product. Sterling Systems & Controls proposed a customized seven (7) scale Batching Control Software System with the interface to the existing control panels, PLC hardware, and the PLC network for the customer feed yard weighing and mixing equipment. No wiring changes were anticipated, and the proposed new software system was based on what Sterling Systems & Controls had done at a different customer location for a similar application; the basics of the system design had been proven. The replacement batching system software that Sterling Systems & Controls supplied utilized a Desktop PC (supplied by the customer) running Sterling Systems & Control’s new (at the time) Windows-based Batching Software. The PC was connected to the existing customer Control Panel(s) that house the Programmable Logic Controller (PLC), and the PLC provided Input/Output (I/O) interface to the field devices. The existing manual Control Panel enclosed the seven (7) weight indicators and panel-mounted switches for manual backup capability. The batching system incorporated standard batching features such as the multi-tasking capability that allows the system to batch while editing or checking formulas, formula creation, ingredient lot tracking and batch validation, ingredient inventory/usage, and other main menu functions. ***According to the customer, one major benefit of the Sterling Systems & Controls batching system is that it produces batches faster than the previous batching system supplied by others.*** Over the years, there have been several additions or modifications to the Sterling Systems & Controls batching system performed by Sterling Systems, working with the customer. The automation upgrades in these changes include additional report functions, a remote display monitor, additional scale modifications, a lot summary table, and most recently, a major upgrade and modification in automation software and graphic interface. The system’s modular nature and continuous upgrade in state-of-the-art capabilities by Sterling Systems & Controls allows for the premier support and growth of the batching system by Sterling Systems & Controls on behalf of the customer. In the most recent upgrade, Sterling Systems & Controls supplied the following automation equipment to upgrade the existing Sterling Systems & Controls batching system: ![](https://sterlingcontrols.com/wp-content/uploads/20170222_185821.png "20170222_185821 | Sterling Systems & Controls")New Sterling Systems Software Screens based on NET Framework - Computer Equipment Rack containing one (1) new Main Batching Computer, one (1) new Server Computer and Console, two (2) network switches, and one (1) battery backup unit. - New Allen-Bradley PLC with required I/O modules. - Replacement doors for existing enclosures that will have a new Allen-Bradley PanelView Plus touchscreen and ten (10) new scale indicators mounted. This is to upgrade the existing manual panel that was installed by others. This also increased the scales from seven (7) to ten (10) as more dry materials were added to the batching formulas. - New Ethernet I/O Panel for new Grinding Equipment. - New Grinding/LIW Panel with Allen Bradley PanelView Plus touchscreen for control of new Grinding Equipment. With the new PC came the upgrade from Sterling Systems & Controls’ legacy batching system software to the current state-of-the-art software using Microsoft .NET. .NET is a framework that runs on the latest Microsoft OS and provides programming guidelines for a wide range of applications in this case, the Sterling Systems & Controls batching system software. The automation upgrade for the new system also included a host of upgrades, including grinder monitoring and a supervisory remote control application called WebCentral™ Supervisory Control. WebCentral™ is a software package that allows corporate users to access the database of a Sterling Systems & Controls, Inc. batching control system. This can be used to manually enter and manage all configurable items using a PC’s web browser. ## Get a Quote --- ### [Automating Bulk Bag Filling](https://sterlingcontrols.com/industries-applications/general/automating-bulk-bag-filling/) **Published:** May 10, 2024 **Author:** p1ws **Content:** # Automating Bulk Bag Filling ![PICT0046-e1593026077437](https://sterlingcontrols.com/wp-content/uploads/PICT0046-e1593026077437-1-600x450.jpg) Sterling Systems & Controls, Inc. custom designs and manufactures the highest quality automation control systems for virtually any process, such as bulk bag filling, or a complete facility. Sterling Systems & Controls works with numerous OEM’s to provide them with competitive and efficient automation and process control of the equipment being sold to their customer. Working with many OEM’s is a specialty of Sterling Systems & Controls. Our knowledge of process equipment, and automation, makes us uniquely able to put our more than fifty (50) years of experience to work for a wide rangeof OEM’s, and end users. Automating the bulk bag filling process is an example. Sterling Systems & Controls has designed and manufactured an automation and process control system for Automating Bulk Bag Filling. This automation and process control system includes a Motor Starter Control Panel. Included in this control panel is an Allen-Bradley PLC with discrete and analog outputs, an Allen-Bradley Panel View Plus 10” color touchscreen, custom automation software including all MOA (Manual-Off-Automatic) switches with running indicating lights, four (4) motor starters, and all necessary fusing, wiring etc. to meet the application requirements. The Motor Starter Control Panel is also interfaced to a pallet disperser PLC using Ethernet IP messaging. Sterling Systems & Controls is a UL-listed control panel manufacturer. The operator interface touchscreen displays the automated bag filling process. This touchscreen is mounted in the door of the Motor Starter Control Panel provided by Sterling Systems & Controls. The touchscreen has a system overview screen graphically depicting all of the equipment being automated. The operator can adjust operating parameters for the control system at the touchscreen. These parameters include, but are not limited to, equipment timers, weight setpoints and others. Multiple levels of security are also provided as part of the automation system so that adjustments can be made by selected individuals. ##### Sequence of Operation ![Automating Bulk Bag Filling](https://sterlingcontrols.com/wp-content/uploads/Automating-Bulk-Bag-Filling.png "Automating Bulk Bag Filling | Sterling Systems & Controls") - An empty pallet is on the in-feed pallet conveyor. With the system in the Auto mode, if there is a pallet on the conveyor confirmed by a photo-eye and no pallet on the conveyor mounted on the densification deck, the in-feed conveyor will start to index the empty pallet forward. If a pallet in the bulk bag filling station was confirmed by a photo-eye, the in-feed conveyor would hold the pallet in place. - At the material inlet to the filling station, a surge hopper holds a continuous flow of material while installing a new, empty bulk bag. Mounted to the discharge of the surge hopper is a pneumatically operated slide valve with a positioning actuator. When filling in a fast mode, the valve is fully open. The valve partially closes at the first weight preset for a moderate feed rate. At the next preset, the valve fully closes, and the densification deck is actuated for a preset, adjustable time cycle. When the densification cycle is completed and the scale is stabilized, the valve will partially open to “dribble” the least amount of material and then close when the target weight is achieved. - The swing-down bulk bag filler head lowers to a position that allows the operator to load a new bulk bag, and then raises to the filling position. The lowering and swinging to a loading position is initiated through a pushbutton (supplied by others in this example). When the operator is ready, the load button is depressed. This signals the 1-1/2 HP motor to reverse, lowering the fill head and releasing pneumatic actuated latches that release the fill head to swing into the loading position. When the operator attaches the bag loops to the fill head, the latches are closed manually. The bulk bag filling nozzle is placed over an inflatable cuff, sealing the bulk bag to the fill head. The operator pushes a button on the fill head to activate the inflatable cuff. The operator also presses a button that actuates the 1-1/2 HP motor to reverse, moving the fill head to the up position. As the fill head moves up, a limit switch closes to actuate a solenoid valve that swings the head into the filling position. - The fill head includes a fan that blows up the bag to get the bag in the proper shape for filling. A spring-loaded button must be held depressed to allow the fan to operate. When the button is released the fan stops. When the operator believes the bag has been properly inflated, the button is released. This can be going on as the fill head moves to the filling position. - When the fill head is in the correct height for filling, a limit switch is activated to stop the 1-1/2 HP motor. This switch will activate a timed cycle that will first Tare the scale, and open the slide valve allowing the bulk bag to begin filling. - During the filling operation, it may be necessary to vibrate the bulk bag to densify the material. This is normally accomplished at various weight setpoints. When this trigger is activated, a set of four (4) bellows are inflated pneumatically to lift the deck away from the load cells before the vibrator starts. Some material requires more vibration than others. - When the target weight is achieved and the fill valve closes a second time, an adjustable cycle begins that allows the in-flight material to clear the fill chute, the fill cuff deflates releasing the fill nozzle, the latches supporting the bag loops release and the loops fall to release the bag. The fill head then indexes up to a release height, closing the highest limit switch. This is the signal for the powered roller deck to activate, moving the filled pallet onto the staging conveyor and an empty pallet to move forward. - The filled pallet will move forward indexing to the last photo-eye. If there is already a filled pallet at this position, the pallet will index to the second position. If the second position is filled, the pallet will index to the first position. If filled pallets occupy all of the zones of the staging conveyor, a filled pallet in the Bulk Bag Filling Station will not index onto the staging conveyor until a pallet is removed from the staging conveyor. When a pallet is removed, the staging conveyor will automatically start to index a waiting pallet into that empty position. ## Get a Quote --- ### [Rubber Batching](https://sterlingcontrols.com/industries-applications/industrial-processing/rubber-batching/) **Published:** May 14, 2024 **Author:** p1ws **Excerpt:** Sterling Systems & Controls, Inc. provides process controls and automation systems for a wide variety of industrial applications. One such application is recycling tires. When something is “recycled” the entire recycled item is converted into usable materials. In the case of recycling tires, this is what takes place. Sterling Systems & Controls has completed several projects where it was the provider of the process control and automation system for the process of converting old tires into usable materials such as oils, gases, and carbon. The process is a modified version of pyrolysis, a thermal decomposition of materials at high temperatures in an inert atmosphere such as a vacuum or nitrogen. **Content:** # Rubber Batching ![INSTALLED-BATCHING-SYSTEM-WITH-DUST-COLLECTION-CROPPED-2048×1156](https://sterlingcontrols.com/wp-content/uploads/INSTALLED-BATCHING-SYSTEM-WITH-DUST-COLLECTION-CROPPED-2048x1156-1-600x339.jpg) The first step in most rubber manufacturing processes is compounding. This requires the accurate batching of ingredients together for further processing. Most often, to produce a rubber compound a combination of plastic resin (pellets, flakes, powders, or liquid) is combined with other materials, including liquids and/or bulk solid materials. Sterling Systems & Controls, Inc. designed and supplied a customized [batching system](/products-capabilities/batching-weighing/batching-systems/) for a rubber compounding application where industrial hoses and fittings are manufactured. This rubber batching system includes a minor ingredient batching system, a hand-add semi-automatic batching system, dust collection, automatic indexing of totes (also provided by Sterling Systems & Controls) and a state-of-the-art automation control system including standard Allen-Bradley PanelView+ touchscreen HMI’s and PLC, and a Sterling Systems & Controls customized FactoryTalk ME software application. Electrical controls are also provided. ##### Rubber Batching Example In this application example, the automated rubber batching minor ingredient system supplied by Sterling Systems & Controls consists of eighteen (18) coated mild steel storage bins and augers, an industrial TEFC electric motor for each feeder, 18 bin vibrators, coated mild steel tubular frames supporting bins and a conveyor system (infeed conveyor, scale 1 conveyor, scale 2 conveyor, scale 3 conveyor, checkweigh scale conveyor, exit conveyor, and return conveyor), stairway, stairway landing stand, and a double pallet stand. Also included are two scissor lifts and a pneumatic bag hoist. The rubber batching system also includes four (4) control panels: an Automatic System Operator Control Panel, a Hand-Add Weigh Station Panel, a Scale Indicator Panel, and a PLC/Starter panel. Four (4) air solenoid racks/manifolds with distributed I/O are also included. All panels are rated NEMA12 and of coated mild steel construction. All VFDs, contactors, and PLC processors are Allen-Bradley. Four weight instruments are installed and preconfigured for EtherNet/IP communications on the Scale Panel and there is one weight instrument on the Hand-Add Weigh Station Panel. ![Dust Collector Screen](https://sterlingcontrols.com/wp-content/uploads/DustCollectorScreen.png "DustCollectorScreen | Sterling Systems & Controls")Dust Collection HMI Screen This rubber batching system is also provided with a customized dust collection system to control airborne dust during the batching operation. Shown here is the installed rubber batching system with dust control takeoff affixed above indexing totes under each ingredient bin, and also dust hoods and ducting from above the ingredient bins in the rubber batching system. The controlling software is a Sterling Systems & Controls customized Rockwell Software FactoryTalk View ME running on PanelView+ Touchscreen HMIs in the operator control panels where formulas and ingredients are created, and scheduled to batch. Up to 25 formulas containing up to 75 ingredients each can be stored simultaneously in the PLC of this rubber batching system. Sterling Systems & Controls also included the WebCentral supervisory control application software to provide remote access to data and reports. This rubber batching system produced accurate ingredient weighments to within +/- 0.05lbs for 0.5lb weighments, and +/- 0.1lbs for 1.0lb weighments. Each process control and/or batching system is customized to meet the exact requirements of each specific customer. Typically, no two systems are the same. ##### **[WebCentral™ Supervisory Control](/products-capabilities/controls-automation/supervisory-control-software/)** Added to this rubber batching system is Sterling Systems & Controls WebCentral supervisory control application. WebCentral is a browser-based software package allowing corporate network users to access data from the Sterling Systems & Controls, Inc. batching control system. WebCentral provides the ability to manage Ingredients, Formulas, Bin Assignments, Schedules, and other data tables as well as view and print historical batching and process data reports. PLC-based control systems are generally constrained by limited PLC memory and can only hold a limited amount of data (Ingredients, Formulas, etc) at one time. However, since WebCentral stores data in a Microsoft SQL Server (or SQL Express) database, a nearly unlimited amount of data can be stored and maintained. WebCentral provides a convenient way to choose a subset of data from the database and download it to the batching control system for use, thus overcoming the limited nature of the PLC storage capacity. Data that is entered or modified on the plant floor through the batching control system can also be uploaded using WebCentral to provide a means of backup and storage of the data that is in the PLC. WebCentral also monitors key process and batching data and alarm conditions within the control system and provides logging and historical analysis of this data. In short, PLC’s and Control Systems are good at controlling equipment, whereas Computers and Databases are good at managing data, and WebCentral uniquely provides the means to bridge these two worlds to provide a seamlessly integrated rubber batching solution. ## Get a Quote --- ### [Recycling Tires](https://sterlingcontrols.com/industries-applications/industrial-processing/recycling-tires/) **Published:** May 14, 2024 **Author:** p1ws **Excerpt:** Sterling Systems & Controls, Inc. provides process controls and automation systems for a wide variety of industrial applications. One such application is recycling tires. When something is “recycled” the entire recycled item is converted into usable materials. In the case of recycling tires, this is what takes place. Sterling Systems & Controls has completed several projects where it was the provider of the process control and automation system for the process of converting old tires into usable materials such as oils, gases, and carbon. The process is a modified version of pyrolysis, a thermal decomposition of materials at high temperatures in an inert atmosphere such as a vacuum or nitrogen. **Content:** # Recycling Tires ![PROCESS SCREEN WO TEMPS](https://sterlingcontrols.com/wp-content/uploads/PROCESS-SCREEN-WO-TEMPS-600x450.png) Sterling Systems & Controls, Inc. provides process controls and automation systems for a wide variety of industrial applications. One such application is recycling tires. When something is “recycled” the entire recycled item is converted into usable materials. In the case of recycling tires, this is what takes place. Sterling Systems & Controls has completed several projects where it was the provider of the process control and automation system for the process of converting old tires into usable materials such as oils, gases, and carbon. The process is a modified version of pyrolysis, a thermal decomposition of materials at high temperatures in an inert atmosphere such as a vacuum or nitrogen. ##### **Primary Automation Components** ![](https://sterlingcontrols.com/wp-content/uploads/MAIN-CP-INT-300x224-1.jpg "MAIN-CP-INT-300x224-1 | Sterling Systems & Controls")Electrical Control Panel Internal The recycling process (reactor process) is controlled by a process control automation system designed and provided by Sterling Systems & Controls, Inc. Often, multiple reactors are produced and operated together. The process control automation system for this recycling tires application includes a desktop PC with dual monitors, a PanelView Plus running Rockwell’s FactoryTalk View ME (machine edition) automation software, and custom engineering and software by Sterling Systems & Controls. Also included is the PLC/Motor Starter control panel, which houses the PLC, main disconnect breaker, motor starters, and the variable frequency drives for the reactors. The Sterling Systems & Controls automation system also integrates the process control with the company network using Sterling Systems & Controls WebCentral™ application software. Sterling Systems & Controls, Inc. built all electrical and control panels, did system engineering of all components, custom application engineering, and implemented its WebCentral™ software. WebCentral is a browser-based application that allows you to access the database of the Sterling Systems & Controls system. You can review and print historical reports and change system parameters from a remote PC, so long as the PC resides on the same network as Sterling Systems & Controls automation control system. Because WebCentral is browser-based, it is very simple and intuitive to use. It is ideal for applications where various individuals need to access information from the control system securely, reliably, and simply. In this application of WebCentral, the user could remotely view reactor data in graph form, change system parameters, search for views, and print historical data. ##### Features of Process Control Automation System for Recycling Tires 1. PLC/Motor Starter enclosure is included to house the PLC, motor starters, Honeywell burner controllers, thermocouple receivers, associated I/O, 480vac main breaker disconnect, and 15” Allen-Bradley Panel View Plus touchscreen display. 2. A console will have two 17” touchscreen monitors operated by a single PC. The PC will have the necessary software loaded to run the HMI program, SQL Express database server, and WebCentral supervisory control. 3. Monitor and control each reactor’s temperature, pressure, oxygen, and burner control. 4. Monitor fluid levels in heavy and light oil tanks. 5. Monitor pressure in reclaiming gas tanks. 6. Process control of reactor temperatures, cycle, purge, and other process times, as well as safety lockouts. 7. Alarm monitoring and handling. 8. Reactor shutdown control. 9. WebCentral supervisory control included. ##### **Controlling Equipment** ![](https://sterlingcontrols.com/wp-content/uploads/PANEL-PIC-014-2-1-scaled.jpg "PANEL PIC 014 (2) | Sterling Systems & Controls")Control Room Panel Clicking on any process equipment in the reactor graphic will display a Manual/Off/Auto equipment control screen for the selected equipment. When in Manual mode, the equipment output will be immediately energized/turned on/activated. Any piece of equipment running in the Manual mode is not interlocked with other pieces of equipment. That means the equipment will remain energized or turned on until the item is removed from the Manual mode of operation. When in the Automatic mode, the equipment will perform as designed and called for by the automatic control system. In normal operating conditions, all equipment will be in the Automatic mode. Some pieces of equipment, such as the reactor motor, will also require a speed reference in order to operate. There will be two additional items for this type of equipment: a manual speed reference and a speed lock button. ##### **Starting/Stopping a Batch** The batching process for recycling tires is controlled from the reactor console. Pressing the Start pushbutton illuminates its green light, and the first cycle begins. Pressing the stop button advances the process to the next cycle immediately. Aborting a batching cycle can only be done at the admin security level and Equipment Status screen. ##### [WebCentral Supervisory Control App](/products-capabilities/controls-automation/supervisory-control-software/) The Control Room Computers were provided preloaded with WebCentral software. This provides access to reports and information stored in the SQL Server Express database to any PC or mobile device with a modern web browser on the same internal network as the Control Room Computer. Users granted security access to WebCentral can log in with a web browser and view information such as trending reports, system setpoints, and system status. Security can be configured to allow or deny access to reports and system setpoints. ## Get a Quote --- ### [Peat Processing](https://sterlingcontrols.com/industries-applications/industrial-processing/peat-processing/) **Published:** May 14, 2024 **Author:** p1ws **Excerpt:** High crop yields require good nutrients, and the amount of nutrients delivered (like phosphate and nitrogen) can also make a big difference in crop yield. Nutrients can be added in different ways, one includes using a treated peat with the crop seed. The peat processing system can be fully automated from the introduction of raw unprocessed peat, through adding enzymes and other ingredients necessary to nutrient delivery, to bagging for delivery to the end customer. Sterling Systems & Controls, Inc. has provided completed peat processing systems from start-to-finish. **Content:** # Peat Processing ![PROCESS-OVERVIEW-e1594235705345](https://sterlingcontrols.com/wp-content/uploads/PROCESS-OVERVIEW-e1594235705345-1-600x373.jpg) High crop yields require good nutrients, and the amount of nutrients delivered (like phosphate and nitrogen) can also make a big difference in crop yield. Nutrients can be added in different ways, one includes using a treated peat with the crop seed. The peat processing system can be fully automated from the introduction of raw unprocessed peat, through adding enzymes and other ingredients necessary to nutrient delivery, to bagging for delivery to the end customer. Sterling Systems & Controls, Inc. has provided completed peat processing systems from start-to-finish. **The peat processing system includes the following steps:** - Dry peat, brought in bulk bags, is unloaded into the primary surge hopper via Sterling Systems & Controls bulk bag unloading and conveying equipment. - Dry peat is introduced into the upper continuous blender out of the primary surge hopper. Two other ingredients are added to the peat in this blender, one is a liquid, and the mixing proceeds through the Upper Continuous Blender and the outflow is considered to be “wet peat”. A moisture sensor installed in the Upper Continuous Blender is used to control the amount of liquid added to meet a desired moisture setpoint. - The Wet Peat is then delivered to the Retention Blender from the Upper Continuous Blender. The Wet Peat drys during retention in this second blender and is further mixed. The output of the dry peat from the Retention Blender is sent to the Sifter where the final Peat product is separated from the material to be discarded. - The final Peat is fed out of the Sifter by a vibratory feeder and delivered to the packaging area. Sterling Systems & Controls provides the design engineering, the mechanical and electrical equipment, along with the automation control system and startup services. The main operator interface for this Peat Processing System is an Allen-Bradley PanelView Plus Touchscreen mounted in a control panel running a Sterling Systems & Controls custom-designed RSViewME application. The PanelView Plus interface provides all control, data storage and equipment status information necessary to run the continuous mixing process. ![SIFTER INSTALLED](https://sterlingcontrols.com/wp-content/uploads/SIFTER-INSTALLED-2-scaled.jpg "SIFTER INSTALLED | Sterling Systems & Controls")Sifter Output to Vibratory Feeder ![BULK BAG UNLOADING SCREEN](https://sterlingcontrols.com/wp-content/uploads/BULK-BAG-UNLOADING-SCREEN.png "BULK BAG UNLOADING SCREEN | Sterling Systems & Controls")Bulk Bag Unloading PanelView Screen ![BAG FILLING AUTOMATION HMI SCREEN](https://sterlingcontrols.com/wp-content/uploads/BAG-FILLING-AUTOMATION-HMI-SCREEN-1024x639.png "BAG FILLING AUTOMATION HMI SCREEN | Sterling Systems & Controls")Finished Peat Bagging ![Bulk Bag Unloading](https://sterlingcontrols.com/wp-content/uploads/BULK-BAG-UNLOADING-crop.png "BULK BAG UNLOADING crop | Sterling Systems & Controls")Connecting Bulk Bag ## Get a Quote --- ### [Mixing/Blending](https://sterlingcontrols.com/industries-applications/industrial-processing/mixing/) **Published:** May 14, 2024 **Author:** p1ws **Excerpt:** Many materials are valuable and require automated control. Mineral processing control is especially important for high-value minerals, such as calcium carbonate. Especially Process Control Screen Sample calcium carbonate of a highly pure nature. In this application example a customer needed to efficiently automate the control of their mineral milling process. Extensive mineral processing control needed to be custom-engineered to meet the customer’s very specific objectives. How large of a processing operation? We can’t reveal too much but just suffice to say the P&ID is at least a dozen sheets with hundreds of measuring and process control points. Needless to say, mineral processing control can require extensive equipment and automation. **Content:** # Mixing/Blending ![MAIN BATCHING PROCESS SCREEN](https://sterlingcontrols.com/wp-content/uploads/MAIN-BATCHING-PROCESS-SCREEN-1-600x449.png) The first step in most rubber manufacturing processes is compounding. This requires the mixing/blending of various raw materials in a specific proportion to produce a rubber compound. Most often to produce a rubber compound a combination of plastic resin (pellets, flakes, powders, or liquid) is combined with other materials, including liquids and bulk solid materials. Sterling Systems & Controls, Inc. has designed and supplied customized [batching systems](/products-capabilities/batching-weighing/batching-systems/) for rubber compounding applications. This system can include a variety of mechanical equipment, such as a bulk bag unloading system, electrical controls and automation of the batching and mixing processes. In this application, the automation control system includes a PanelView+ touchscreen HMI with a customized RSView ME software application. As a part of the compounding process, the batched ingredients must be mixed. Because there are both liquid and solid ingredients a special mixer is generally used. The workhorse mixer of the rubber manufacturing industry is the internal mixer, or Banbury (named for its principal inventor) in which heat and pressure are applied simultaneously. The internal mixer uses two interrupted spiral rotors moving in opposite directions at a set RPM, as required by the compounding process for the specific rubber compound being produced. The shearing action in the internal mixer is intense, and the power required for the mixing/blending operation can be quite high. Mixer process control is required to produce the end product and is automated for optimal efficiency. This is a part of the overall automation and process control system provided by Sterling Systems & Controls, which includes: - Main batching process - Mixing/Blending process - Auxiliary batching - Drop mill process - Extruding - Cooling ##### **Mixing/Blending Control** The HMI Mixing screen is an extension of the Main Batching screen, showing all of the equipment associated with the Mixer. From the Mixing screen, the user can control the mixer’s RPM on the formula being run, like on the Main Batching Process screen, but with the additional capability to view the status of and control related equipment shown in the Mixing screen. This screen also offers a data trending screen allowing users to view the Batch Temp, Mixer Torque, Mixer Power, and Mixer Speed for the last twenty hours. ##### **[WebCentral™ Supervisory Control](/products-capabilities/controls-automation/supervisory-control-software/)** Added to this Rubber Compounding automation process control system is the Sterling Systems & Controls WebCentral™ supervisory control application. WebCentral is a software package that allows corporate users to access the database of a Sterling Systems & Controls, Inc. process control system, such as the mixer process control, from a standard browser on a computer that is connected to the same network as the Sterling Systems & Controls database. This can be used to enter and manage all configurable items remotely. ![WebCentral](https://sterlingcontrols.com/wp-content/uploads/WebCentral-MasterFormulaEditor-1024x837.png "WebCentral - MasterFormulaEditor | Sterling Systems & Controls")WebCentral Mixer Trend Screen![WebCentral](https://sterlingcontrols.com/wp-content/uploads/WebCentral-BatchingStatus-1024x792.png "WebCentral - BatchingStatus | Sterling Systems & Controls")WebCentral Mixer Status Screen![MIXER BATCHING PROCESS SCREEN](https://sterlingcontrols.com/wp-content/uploads/MIXER-BATCHING-PROCESS-SCREEN-ENLARGED-1024x766.png "MIXER BATCHING PROCESS SCREEN ENLARGED | Sterling Systems & Controls")Mixer Shown on Batching Screen## Get a Quote --- ### [Mineral Processing Control](https://sterlingcontrols.com/industries-applications/industrial-processing/mineral-processing-control/) **Published:** May 14, 2024 **Author:** p1ws **Excerpt:** Many materials are valuable and require automated control. Mineral processing control is especially important for high-value minerals, such as calcium carbonate. Especially Process Control Screen Sample calcium carbonate of a highly pure nature. In this application example a customer needed to efficiently automate the control of their mineral milling process. Extensive mineral processing control needed to be custom-engineered to meet the customer’s very specific objectives. How large of a processing operation? We can’t reveal too much but just suffice to say the P&ID is at least a dozen sheets with hundreds of measuring and process control points. Needless to say, mineral processing control can require extensive equipment and automation. **Content:** # Mineral Processing Control ![PROCESS SCREEN WO TEMPS](https://sterlingcontrols.com/wp-content/uploads/Process-100-1-600x328.png) Many materials are valuable and require automated control. Mineral processing control is especially important for high-value minerals, such as calcium carbonate. Especially calcium carbonate, which is of a highly pure nature. In this application example, a customer needs to automate the control of their mineral milling process efficiently. The process control system needed to be custom-engineered to meet the customer’s very specific objectives for their mineral processing business. How large of a processing operation? We can’t reveal too much but just suffice to say the P&ID is at least a dozen sheets with hundreds of measuring and process control points. Needless to say, mineral processing control can require extensive equipment and automation. Sterling Systems & Controls, Inc. worked with the customers and listened to them as they described their objectives over several discussions. Sterling Systems & Controls dedicated engineering personnel (no contract engineers) worked as a team with a project manager leading and involved from the point of sale through startup, and they continue involvement running point working with the customer to make modifications and updates so that the process automation and control system works to optimize the process, finished product, efficiency and profitability. The Sterling Systems & Controls automation system included: - One (1) PLC Main Control Panel - Three (3) Operator Stations - Twelve (12) UL Listed Ethernet I/O PLC Control Panels - Six (6) MCC back panels with PLCs - Sterling Systems & Controls state-of-the-art .NET application software including Process Screens, Recipe/Formula Screens and Real-Time Trending and Troubleshooting Screens. - Sterling Systems & Controls [PMPLanR](https://sterlingcontrols.com/products/preventative-maintenance-planning-software/) Preventative Maintenance Planning Software Application. ![](https://sterlingcontrols.com/wp-content/uploads/20210408_133303CROP2-271x300-1.jpg "20210408_133303CROP2-271x300-1 | Sterling Systems & Controls")Mineral Processing ControlsThe three (3) HMI operator control stations located on the production floor in the packaging and loadout areas are supplied in NEMA4/12 mild steel, wall-mounted enclosures, with NEMA4/12 vortex coolers. Inside each panel is a thin client connected to a virtual machine in the control room. Each HMI Touchscreen Panel displays Sterling Systems .NET software and is located on the processing floor near each area of its control (edge control location). From the HMI PC workstations, the operator can define operating parameters including alarm setpoints, ingredients, ingredient parameters, formula/setpoints with required ingredients and their weights. The software can have multiple security levels. To receive operating parameters the virtual machines communicate via the Ethernet HMI network to a PLC that is mounted in the control room. The PLC interfaces with the Ethernet IO, MCC PLC racks/modules, as well as the VFD’s on the PLC network. There are two dedicated networks, one for HMI communication and the other for PLC/VFD communication. They interface with MCC buckets and the 120-volt 60 Hz and 4-20 ma signals to the batching and process control equipment. As part of Sterling Systems & Control’s standard support strategy, the PLC and HMI programs are easily modified via VPN access, eliminating costly service calls. All of the components and software used are non-proprietary and are available from hundreds of suppliers. All HMI screens conform to ISA101, ISO11064-5, and ASM standards and guidelines. All communication protocols between thin clients and host machines will be RDP. ![](https://sterlingcontrols.com/wp-content/uploads/Process-600-1-1024x559.png "Process 600 | Sterling Systems & Controls")## Get a Quote --- ### [Liquid Colorant Dosing](https://sterlingcontrols.com/industries-applications/industrial-processing/liquid-colorant-dosing/) **Published:** May 14, 2024 **Author:** p1ws **Excerpt:** Sterling Systems & Controls, Inc. offers industrial batching systems and automation solutions for every aspect of the industrial manufacturing process involving both dry and liquid materials. Typical automation of industrial batching systems can also include raw material handling systems, such as pneumatic & mechanical conveying, liquid batching and metering systems, mixer and blending automation, minor & major ingredient weighing systems, bulk bag unloading systems, bulk bag filling/packaging, and packaging systems. **Content:** # Liquid Colorant Dosing An application completed by Sterling Systems & Controls, Inc. required the injection of one of several colorants (sometimes referred to as pigments) into one of two mixers that combine a dry solid material, liquid resins, and colorants. Sterling Systems & Controls can design and provide liquid colorant dosing systems as standalone elements or as part of an overall system. In this example, each liquid colorant dosing station (supplied by Sterling Systems & Controls) is a skidded package with a supply pump, bulk supply barrel, dosing hopper, injection pump, dosing meter, and piping. The overall system included a dry material and liquid [batching system](/products-capabilities/batching-weighing/batching-systems/) direct to one of two mixers. Colorants were dosed directly into the mixers. One mixer was dedicated for use as a “single color only” mixer; the second mixer could be dosed with one of five colorants, depending on demand requirements. Sterling Systems & Controls also provided the overall process controls and automation system. The control system included a VFD electrical control panel and an automation control panel. The system PLC was an Allen-Bradley unit and the operator interface was a touchscreen PC running a Sterling Systems & Controls customized Microsoft.NET software system. The automation system displayed and controlled the entire batching and mixing control system, including the addition of the colorants. Five (5) colorants were dosed to one mixer and one (1) was dosed to the other mixer. Liquid colorant dosing is another capability of Sterling Systems & Controls. Dry material, liquid batching, mixer control. Sterling Systems & Controls is capable of delivering high-efficiency systems that increase your profitability. ![](https://sterlingcontrols.com/wp-content/uploads/20181205_141634-1-1024x768.jpg "20181205_141634 | Sterling Systems & Controls")![](https://sterlingcontrols.com/wp-content/uploads/20181205_170157CROP-e1594231383756-1-1-1024x613.jpg "20181205_170157CROP-e1594231383756 (1) | Sterling Systems & Controls")![](https://sterlingcontrols.com/wp-content/uploads/20181205_143057-1-768x1024.jpg "20181205_143057 | Sterling Systems & Controls")![](https://sterlingcontrols.com/wp-content/uploads/MIXERSSCREEN-1.png "MIXERSSCREEN | Sterling Systems & Controls")![](https://sterlingcontrols.com/wp-content/uploads/IMG_0951-1-scaled.jpg "IMG_0951 | Sterling Systems & Controls")## Get a Quote --- ### [FRP Enclosure Manufacturing Systems](https://sterlingcontrols.com/industries-applications/industrial-processing/frp-enclosure-manufacturing-systems/) **Published:** May 13, 2024 **Author:** p1ws **Excerpt:** FRP enclosures are used for a wide range of applications, e.g. Transportation, Municipal Water, Irrigation, Landscaping, Electric, Communications and Substations. The materials of construction of these enclosures vary as well. FRP enclosures (FRP = Fiberglass Reinforced Plastic) are common in all these categories and FRP Enclosure Manufacturing Systems are required to efficiently make these quality FRP enclosures. **Content:** # FRP Enclosure Manufacturing Systems ![IMG_0952-e1594151310828](https://sterlingcontrols.com/wp-content/uploads/IMG_0952-e1594151310828-1-600x450.jpg) FRP enclosures are used for a wide range of applications, e.g. Transportation, Municipal Water, Irrigation, Landscaping, Electric, Communications and Substations. The materials of construction of these enclosures vary as well. FRP enclosures (FRP = Fiberglass Reinforced Plastic) are common in all these categories and FRP Enclosure Manufacturing Systems are required to efficiently make these quality FRP enclosures. FRP enclosure manufacturing systems include batching of dry and liquid materials in a mixing control system. In one such manufacturing system, there are about 15 ingredients, and a dozen are liquid. Sterling Systems & Controls, Inc. custom designs and manufactures dry and liquid material weighing and [batching systems](/products-capabilities/batching-weighing/batching-systems/) into specialty mixers, and controls the mixing process. Liquids include resins and pigments, and dry material includes various-sized fiberglass. The PC-based batching control system uses .NET technology with a Sterling Systems & Controls custom-engineered automation system. This system allows for the creation and editing of a virtually unlimited number of recipes, each dependent upon the specific enclosure application. For each formula, there can reside several revisions within the system. For each formula listed, there will be the Formula, Description, Discharge Time, Mix Speed, Discharge Speed, Minimum Batch Size, Maximum Batch Size, etc. An Ingredient Screen is also available that will show ingredient usage and inventory data. As the system runs the inventory is reduced and the usage is incremented automatically. Ingredient parameters include Ingredient, Description, Lot Number, Bag Size, Audit Inventory, Over Tolerance, Under Tolerance, Fast Cutoff, Slow Cutoff, Adjust Cutoff, Upper Limit, Lower Limit, Jog Time, Minimum Jog Time, Adjust Jog, Rate, Adjust Rate, Usage, Inventory and Type. Ingredients can be created and deleted and revised. ![](https://sterlingcontrols.com/wp-content/uploads/20181205_170157-scaled.jpg "20181205_170157 | Sterling Systems & Controls")Ingredients are assigned to Bins. Each bin assignment includes Location, Name, Correction, Speeds, VFD Fast, VFD Slow, Vibrator On/Off, Vibrator Mode, Capacity, Bin Inventory, Live Inventory, Active, Low Warning Level and Low Alarm Level. A Lot Table screen is also provided. Multiple lot numbers can be assigned to a single ingredient. As ingredients are consumed, inventory is reduced automatically. ##### Batching Process Batching screens graphically display the equipment used in the batching process of the FRP enclosure manufacturing system. It is divided into three sections, each having its own detailed screen. The sections include: - Status Overview - Scales Screen - Mixers Screen The Status Overview screen is divided into two sections that show the batch information for each device, such as a scale or a mixer. The Scales Screen shows the scales along with their transfer equipment. The Mixers screen is similar in color coding and graphical representation to the Scales Screen. The Liquids have a batch block that contains formula information, ingredient information, and bin information. The surge bins below the liquid meters will show high and low-level indications with an H and L flag. The Mixer shows a clock that counts down to zero, and both the mix and discharge times use this clock. ## Get a Quote --- ### [Frac Sand Handling](https://sterlingcontrols.com/industries-applications/industrial-processing/frac-sand-handling-systems/) **Published:** May 13, 2024 **Author:** p1ws **Excerpt:** Extracting natural gas through hydraulic fracturing a layer of impermeable shale is called Fracking. Fracking has significantly advanced the amount of natural gas produced in North America. Frac sand is a key component of the fracking process. Frac sand handling systems and automation controls are necessary to ensure efficient delivery of sand to the well pads. The below video explains the fracking process. **Content:** # Frac Sand Handling ![Railcar Screen](https://sterlingcontrols.com/wp-content/uploads/RailcarScreen-600x338.png) Extracting natural gas through hydraulic fracturing a layer of impermeable shale is called Fracking. Fracking has significantly increased the amount of natural gas produced in North America. Frac sand is a key component of the fracking process. Frac sand handling systems and automation controls are necessary to ensure efficient delivery of sand to the well pads. Refer to video below. A main ingredient in the fracking fluid is sand. Frac sand is a special type of sand. The sand grains left behind during fracking hold the fractures open. This enables the extraction of the natural gas. The building of Frac sand facilities provides for distributing the sand by truck to the fracking well pads. Bringing the Frac sand to the facility is done by railcar and is then transferred from railcars to silos for distribution. Unloading Frac sand from the silos into individual trucks is automated for delivery of the Frac sand to the well pads. Sterling Systems & Controls, Inc. is a leading supplier of Frac sand handling systems, process controls, and plant automation for Frac sand facilities. Railcar unloading, truck filling, and alarm handling are key components of Frac sand handling systems. ![Truck Filling Screen](https://sterlingcontrols.com/wp-content/uploads/TruckFillingScreen.png "TruckFillingScreen | Sterling Systems & Controls")##### **Railcar Unloading – Frac Sand Handling Systems** The Frac sand facility receives Frac sand by railcar. Sterling Systems & Controls automates the unloading of railcars and the storage of Frac sand into silos. Graphical screens show the automated process whether the technology used is a PC or an HMI. Sterling Systems & Controls describes the operation, including step-by-step instructions, by documenting the Frac sand systems. ##### **Truck Filling – Frac Sand Handling Systems** A truck Loading system is a component of Frac sand handling systems. The Frac sand truck loading screen graphically displays the equipment used in the truck loading process. The system screen uses color to indicate equipment status on the truck filling screen. If the equipment is running in the Automatic mode, it will be light green. If the equipment is Off it will be dark grey. When it is running in Manual mode the equipment will be light blue. If the equipment is in the Automatic mode, but idle, it will be seafoam in color. The automated truck loading process and its controls are also shown. Sterling Systems & Controls provides a comprehensive step-by-step instruction manual. ##### **Equipment Status and Alarms** ![Alarm History](https://sterlingcontrols.com/wp-content/uploads/Alarm-History.png "Alarm History | Sterling Systems & Controls")Frac sand systems need to monitor equipment status and conditions as well as system alarms. When the system detects an abnormal condition that requires the operator’s attention, it will raise an alarm. An Alarm Banner will appear on the screen indicating what the problem is and when it occurred. Press the Acknowledge button to remove an individual or all alarms. Press the Silence button to silence the PC and alarm horns. Alarm history and equipment status screens are also included. ##### Control Panel Manufacturing Sterling Systems & Controls, Inc. provides electrical and control panels with HMI, PLC, etc. to perform Frac sand handling system functions. In addition, Sterling Systems & Controls is a UL-listed control panel builder for the USA and Canada. ![](https://sterlingcontrols.com/wp-content/uploads/CONTROL-PANELS-1024x764.png "CONTROL PANELS | Sterling Systems & Controls") ## Get a Quote --- ### [Dryer Temperature Monitoring](https://sterlingcontrols.com/industries-applications/industrial-processing/dryer-temperature-monitoring/) **Published:** May 13, 2024 **Author:** p1ws **Excerpt:** Dryer Temperature Monitoring is an important function in many industrial drying applications. This includes baking, food processing, pet food manufacturing, feed milling, and many other industrial and agricultural applications. The purpose of dryer temperature monitoring is to ensure both the quality of the material being processed through the dryer, as well as safety. Sterling Systems & Controls, Inc. has a deep and wide amount of expertise in applications and technologies to engineer, manufacture and supply dryer temperature monitoring controls. **Content:** # Dryer Temperature Monitoring ![Home-1](https://sterlingcontrols.com/wp-content/uploads/Home-1-1-600x447.png) Dryer Temperature Monitoring is an important function in many industrial drying applications. This includes Baking, Food Processing, Pet Food Manufacturing, Animal Feed Milling, and other Industrial and Agricultural applications. The purpose of dryer temperature monitoring is to ensure the quality of the material being processed through the dryer, as well as safety. Sterling Systems & Controls, Inc. has a deep and wide amount of expertise in applications and technologies to custom engineer, manufacture, and supply dryer temperature monitoring controls. In a specific application within the food processing area, the image shown above is of the home page of an HMI on the control panel of a dryer temperature monitoring system. The monitoring system is incorporated into a single dryer monitoring control panel. The control system includes an Allen-Bradley HMI mounted in the front panel along with the required hardware to support the control logic and monitor the dryer functions, such as the seven (7) temperature sensing modules, power supply, CompactLogix PLC, local alarm indicators, and more. The seven (7) RTD temperature sensors were also included in the supply by Sterling Systems & Controls, along with the Allen-Bradley PanelView Plus HMI running FactoryTalk View ME. The most important aspect of the system is the Sterling Systems customized software that monitors the temperatures of the dryer and cyclones, which are a part of the overall system. The advantages of the PLC-based dryer temperature monitoring system include the logic to ensure proper progression of alarm and shutdown. The PLC controller also eliminates human error by always being present and monitoring the equipment for abnormal conditions to prevent damage from occurring. The PLC/PV+ panel is pre-wired from the PLC inputs and outputs to terminal strips, with each wire numbered at both ends to help save installation time and maintenance costs. The controls utilize non-proprietary components for ease of replacement from local sources. ![](https://sterlingcontrols.com/wp-content/uploads/DSCF5251-1.jpg "DSCF5251 | Sterling Systems & Controls")**The system in this specific application monitors the following equipment from the dryer temperature monitoring panel:** – Dryer Zone #1 Temperature Sensor. – Dryer Zone #2 Temperature Sensor. – Dryer Zone #3 Temperature Sensor. – Dryer Cyclone #1 Temperature Sensor. – Dryer Cyclone #2 Temperature Sensor. – Dryer Cyclone #3 Temperature Sensor. – Post Cyclone Pre-Exhaust Fan Temperature Sensor. – L1 Alarm Interlock Signal Normally Closed Dry Contact Relay. – L2 Product Infeed and Burner Interlock Signal Normally Closed Dry Contact Relay. – L3 Fan and Dryer Bed Interlock Signal Normally Closed Dry Contact Relay. – L4 High-Temperature Alarm Interlock Signal Normal Closed Dry Contact Relay. The system HMI has numerous system parameters as well. This includes four levels or conditions with both setpoint and delay for each. In this application, the sequence of system operation is as follows: - The system will continuously monitor the temperatures from the seven (7) RTD temperature sensors to alert operators of temperature increases, and interlock with the existing system via dry contact relay contacts to allow the decline of elevated temperatures that will be monitored and controlled by others. - The system responds to temperature increases with four levels of interlocks or notifications: - Level 1 – Alarm and turn off L1 Alarm Interlock. - Level 2 – Turn off L2 Product Infeed/Burner Interlock. - Level 3 – Turn off L3 Fan/Dryer Bed Interlock. - Level 4 – Activate High-Temperature Alarm. - For a suppression level to be activated, a temperature sensor must meet or exceed the corresponding temperature setpoint for a minimum programmable time. Once a setpoint suppression level has been activated, the interlock must be reset from the HMI by a logged-in user. - Alarms and Equipment Interlocking is also accomplished and generally operates as shown below: - When the system is powered up and monitoring temperatures and no suppression conditions are active, the Green Alarm Light will be active. - When any setpoint suppression condition is present, the Alarm Horn output is energized and the operator can press the ALARM SILENCE button on the HMI. - When a Level 1 condition is met, the system will alarm, deactivate the Green Alarm Light and de-energize the L1 Alarm Interlock. The alarm condition will be displayed on the HMI, the Green Alarm Light will remain OFF, and the L1 Alarm Interlock will remain OFF until the condition is reset. - When a Level 2 condition is met, the system will alarm, activate the Amber Alarm Light, and de-energize the L2 Infeed/Burner Interlock. The alarm condition will be displayed on the HMI, the Amber Alarm Light will remain ON, and the L2 Infeed/Burner Interlock will remain OFF until the condition is reset. - When a Level 3 condition is met, the system will alarm, activate the Amber Alarm Light, and de-energize the L3 Fan/Dryer Interlock. The alarm condition will be displayed on the HMI, the Amber Alarm Light will remain ON, and the L3 Fan/Dryer Interlock will remain OFF until the condition is reset. - When a Level 4 condition is met, the system will alarm, activate the Red Alarm Light and de-energize the L4 High Temperature Interlock. This is just a single example of dryer temperature monitoring. Sterling Systems & Controls custom engineers process controls for a wide range of customer-specific applications and requirements to meet specific objectives. ## Get a Quote --- ### [Pelleting Feed Mill Automation](https://sterlingcontrols.com/industries-applications/feed-milling-pet-food-manufacturing/pelleting-feed-mill-automation/) **Published:** May 10, 2024 **Author:** p1ws **Content:** # Pelleting Feed Mill Automation ![pelleting feed mill process automation screen](https://sterlingcontrols.com/wp-content/uploads/pelleting-feed-mill-process-screen-600x328.png) Pelleting Feed Mill Automation can simplify operations and improve the efficiency of cost and throughput. Sterling Systems & Controls, Inc. custom designs and manufactures the highest quality automation control systems for virtually any Feed Mill process or a [complete facility](/industries-applications/feed-milling-pet-food-manufacturing/automated-feed-mill-control-system/). Sterling Systems & Controls designs and provides equipment and software for custom systems using Allen-Bradley PLC’s and desktop PC’s running Sterling Systems & Controls customized Windows-based Automation Software. Sterling Systems & Controls more than fifty (50) years of Feed Mill process and Feed Mill automation experience ensures quality and efficiency in both hardware and software. ![Pelleting Screen](https://sterlingcontrols.com/wp-content/uploads/Pelleting-Screen-1-600x328.png) #### Pelleting While the pelleting process has historically been done manually, the Sterling Systems & Controls pelleting control system uses your production requirements and formulas to create a customized and fully automated pelleting process. Upon starting the main pellet mill motor, the Pellet Mill Control application will start running the feeder at a predetermined speed when the idle condition on the pellet mill motor is reached. The startup feeder speed is determined by the hot or cold parameters. After the pellet mill electrical current threshold value is reached (shown on the main pellet mill screen), the steam valve is opened to a preset setting based on hot or cold die parameters. The Pellet Mill Control application is constantly evaluating the information. Feeder adjustments are made to bring the pellet mill electrical current to target levels. The feeder speed ramps up, and the steam valve also ramps up. The feeder and steam adjustments continue until the current and mash temperature setpoints are reached. This provides for smoother and faster achievement of maximum efficiency with minimum downtime. When the motor load setpoint is reached, the Pellet Mill Control application adjusts the feeder to maintain the mill at the electrical current setpoint. When the mash temperature setpoint is reached, the Pellet Mill Control application adjusts steam to maintain the mash temperature. This continues for the duration of the pelleting run to keep the pellet mill operating at set parameters for the formula running. The Sterling Systems & Controls, Inc. Pellet Mill Control application optimizes throughput and maximizes output. ![](https://sterlingcontrols.com/wp-content/uploads/Pelleting-Production.png "Pelleting Production | Sterling Systems & Controls") ![](https://sterlingcontrols.com/wp-content/uploads/PELLET-MILL-MONITORING-3.png "PELLET MILL MONITORING | Sterling Systems & Controls") ![](https://sterlingcontrols.com/wp-content/uploads/PELLET-MILL-PROCESS-SCREEN-2.png "PELLET MILL PROCESS SCREEN | Sterling Systems & Controls") ##### Benefits • Custom-designed pellet mill control application software meets your exact automation and system requirements. • Integrated mill monitoring and histogram displays. • Control functions maximize throughput and high output; pellet mill operation is optimized based on mill condition. • Plug conditions are averted through the use of smart control functions; mill shutdown is automatic if a plugged condition is detected. ##### Typical Features • Pellet Mill Control application controls feeding, pelleting throughput rates and bin assignments. • Graphic display of all key parameters is provided, including Mash Temp, Feeder Rates, Steam, Mill Current, etc.. • Controls a wide range of Pellet Mill types, quantities and sizes. • The Pellet Mill Control application utilizes “Smart Control” to monitor mill condition. • Pellet Mill group parameters can vary widely depending on the type of pellet mill. • Parameters are easily adjusted if mill conditions change. ##### Other Feed Mill Automation Applications - [Receiving / Transfer](/industries-applications/feed-milling-pet-food-manufacturing/feed-mill-automation-receiving-transfer/) - [Grinding](/industries-applications/feed-milling-pet-food-manufacturing/grinding-feed-mill-automation/) - [Batching](/industries-applications/feed-milling-pet-food-manufacturing/batching-feed-mill-automation/) - [Loadout](/industries-applications/feed-milling-pet-food-manufacturing/loadout-feed-mill-automation/) ## Get a Quote --- ### [Batching Feed Mill Automation](https://sterlingcontrols.com/industries-applications/feed-milling-pet-food-manufacturing/batching-feed-mill-automation/) **Published:** May 9, 2024 **Author:** p1ws **Content:** # Batching Feed Mill Automation ![feed batching](https://sterlingcontrols.com/wp-content/uploads/feedbatching-600x327.png) Feed Mill automation can simplify operations and improve the efficiency of cost and throughput. Sterling Systems & Controls, Inc. custom designs and manufactures the highest quality automation control systems for virtually any Feed Mill process or a complete facility, including Batching Feed Mill Automation. Sterling Systems & Controls designs and provides equipment and software for custom systems using Allen-Bradley PLC’s and desktop PC’s running Sterling Systems & Controls customized Windows-based Automation Software. Sterling Systems & Controls more than fifty (50) years of Feed Mill process and Batching Feed Mill Automation experience ensures quality and efficiency in both hardware and software. ![Micro Screen](https://sterlingcontrols.com/wp-content/uploads/Micro-Screen-1-600x324.png) ##### Batching Sterling Systems & Controls, Inc. can automate your batching systems, whether a multiple scale ingredient batching system (micro, minor, major weighments) provided by us or any other vendor, or any weighing system for finished feed or feed in process. Our [batching control systems](/industries-applications/baking-food-processing/batching-control-system/) improve the efficiency of your dry or liquid material batching process. We specialize in custom designed batching systems to increase performance, and consistency, eliminate waste, combine dry and liquid ingredients, and provide unsurpassed production data collection and reporting capability. The main operator interface of the Sterling Systems & Controls batching control automation system is a desktop PC with Windows operating system running the Sterling Systems & Controls custom-designed batching application and a custom database application. The PC and Sterling Systems & Controls applications provide all control, data storage, and equipment status information necessary to run the batching process. Access to the various screens, features and functions of the batching application, including Mixer control, is accomplished by using the pull-out panels located at the right side of the screen. Most screens or features will be read-only and editing functionality will be available to a signed-in user with the proper operating privileges. ##### Benefits • Custom-designed software application to meet your exact automation and system requirements. • Superior accuracy and performance with better throughput and high resolution possible. • Meet feed safety and traceability requirements. • Remote supervisory control and ERP system integration are available. ##### Typical Features • Can incorporate multiple ingredient applications of virtually any quantity, e.g. 20, 30, 40, and more. • Virtually unlimited number of formulas. • Multiple scale designs easily accommodated. • Lot tracking, ingredient traceability and batch validation with barcode or RFID scanning available. • Variety of supply bin sizes, and types, including supporting bulk bags and totes. • Integrated control of a range of Mixer types, sizes and quantities. ##### Other Feed Mill Automation Applications - [Receiving / Transfer](/industries-applications/feed-milling-pet-food-manufacturing/feed-mill-automation-receiving-transfer/) - [Grinding](/industries-applications/feed-milling-pet-food-manufacturing/grinding-feed-mill-automation/) - [Pelleting](/industries-applications/feed-milling-pet-food-manufacturing/pelleting-feed-mill-automation/) - [Loadout](/industries-applications/feed-milling-pet-food-manufacturing/loadout-feed-mill-automation/) ## Get a Quote --- ### [Loadout Feed Mill Automation](https://sterlingcontrols.com/industries-applications/feed-milling-pet-food-manufacturing/loadout-feed-mill-automation/) **Published:** May 10, 2024 **Author:** p1ws **Content:** # Loadout Feed Mill Automation ![Loadout Feed Mill Automation](https://sterlingcontrols.com/wp-content/uploads/loadut-feed-mill-automation-600x325.jpg) Feed Mill automation can simplify operations and improve the efficiency of cost and throughput, including the Loadout Feed Mill Automation process. Sterling Systems & Controls, Inc. custom designs and manufactures the highest quality automation control systems for virtually any Feed Mill process or a complete facility. Sterling Systems & Controls designs and provides equipment and software for custom Loadout Feed Mill Automation systems using Allen-Bradley PLC’s and desktop PC’s running Sterling Systems & Controls customized Windows-based Automation Software. Sterling Systems & Controls more than fifty (50) years of Feed Mill process and Feed Mill automation experience ensures quality and efficiency in both hardware and software. ![LOADOUT PROCESS SCREEN](https://sterlingcontrols.com/wp-content/uploads/LOADOUT-PROCESS-SCREEN-600x307.png) #### Loadout As with our other Feed Mill automation application software, Sterling Systems and Controls Loadout Feed Mill Automation system ensures that the transport of the correct product goes to the correct and desired location, quickly and efficiently, with superior accuracy. With the ability to custom-fill a truck with multiple orders, the Loadout system identifies the load going into the truck trailer and then fills it with the correct load. From beginning to end, Sterling Systems & Controls delivers accuracy and dependability, validating that all product is loaded into the correct truck, into the correct compartment and delivered to the correct customer. To accomplish the Loadout function accurately and efficiently the truck loadout process screen is used and typically consists of three tables. The table located on the right of the screen lists all the truck compartments that will be weighed into. The table located at the bottom right-hand corner of this screen lists only the Loadout bins containing the formula ordered. ##### Benefits • Custom-designed Loadout software application to meet your exact requirements. • Ensures feed delivery integrity and validation. • Superior accuracy and performance. • Easy to use, flexible and superior data management. ##### Other Feed Mill Automation Applications - [Receiving / Transfer](/industries-applications/feed-milling-pet-food-manufacturing/feed-mill-automation-receiving-transfer/) - [Grinding](/industries-applications/feed-milling-pet-food-manufacturing/grinding-feed-mill-automation/) - [Batching](/industries-applications/feed-milling-pet-food-manufacturing/batching-feed-mill-automation/) - [Pelleting](/industries-applications/feed-milling-pet-food-manufacturing/pelleting-feed-mill-automation/) ## Get a Quote --- ### [Automated Feed Mill Control System](https://sterlingcontrols.com/industries-applications/feed-milling-pet-food-manufacturing/automated-feed-mill-control-system/) **Published:** May 9, 2024 **Author:** p1ws **Content:** # Automated Feed Mill Control System ![Loadout Screen](https://sterlingcontrols.com/wp-content/uploads/Loadout-600x328.png) Sterling Systems & Controls, Inc. custom designs and manufactures the highest quality Automated Feed Mill Control System for virtually any process or a [complete facility](/products-capabilities/complete-systems/). Sterling Systems & Controls has designed and provided equipment and software for a customized Automated Feed Mill Control System using an Allen-Bradley PLC and desktop PC’s running Sterling Systems & Controls customized Windows-based Automation Software. Our more than fifty (50) years of Feed Mill process and Feed Mill automation experience ensures quality and efficiency in both hardware and software. This Automated Feed Mill Control System includes the control and automation of Batching, Grinding, Material Receiving/Transfer, Pelleting, Truck Scale and Load-out processes. Two (2) desktop PC’s are provided. One runs the [Batching](/products-capabilities/batching-weighing/) and [Grinding](/industries-applications/agriculture/grinding-classifying/) systems, the other runs the Truck Scale and Receiving systems. These PC’s are configured to be back-ups for one another in case one fails. Nightly, database backups to the server computer, optical drives, and plant server occur. ![PLC Panel doors closed](https://sterlingcontrols.com/wp-content/uploads/Sterling-Controls-5942-Rose-Canon-Farms-PLC-Panel-doors-closed-481x600.png) Other items provided by Sterling Systems & Controls include a common PLC Control Panel, Server PC, Server Rack Panel, Uninterruptible Power Supplies for the PC’s, and the Truck Scale Light. The PLC Control Panel includes the main common PLC, Schlagel distributor controllers and the two weight indicators (one Major scale, one Minor scale). To make the Automated Feed Mill Control System even more complete and comprehensive, Sterling Systems & Controls, Inc. includes its WebCentral remote supervisory application software. This allows the Feed Mill automation system to be accessed remotely through a web browser for any corporate computers that are connected to the same local area network as the automation system PLC Control Panel computers. WebCentral capability includes editing formulations, bin tables, and viewing/printing historical data in the database without interrupting production and without requiring additional software to be installed on the corporate computers. ##### Operation of Automated Feed Mill Control System Operation is simple. Using the standard Windows pull-down menu or the toolbar shortcut icon buttons, the system only displays the necessary functions that the operator requires at each process level. Formula data entry is fully programmable with the sequencing of dry ingredient additions along with the hand-add additions, which are all programmed by the operator under a security code. During actual processing, the pop-up dialog box displays the batching status information continuously. Alarm conditions, should they occur, are also displayed on the alarm screen. ##### Overview of Automated Feed Mill Control System The Automated Feed Mill Control System controls and monitors the Truck Scale, Receiving, Grinding, and Batching systems as previously mentioned. A SQL database incorporates formula/recipe management, ingredient receiving and vendor tracking from the Truck Scale, grinding ingredient tracking to prevent cross-contamination, inventory control, and lot tracking for the ingredients that are received. The system interfaces with the grain moisture tester and captures the test weight, moisture %, and fills in the grain ticket. ##### Receiving/Load-out Truck Scale System This system operation is divided into three parts: 1) receiving a full truck of raw ingredients at the Truck Scale, 2) truck returning to Truck Scale from unloading a raw ingredient at the pit, and 3) truck arriving at the Truck Scale to load finished product. The operator follows his operating sequence that accurately tracks incoming and outgoing trucks as well as maintains ingredient and product inventory with the Automated Feed Mill Control System. The Truck Scale computer provides reporting features that show all pending truck ID’s that still need to be loaded or unloaded at the facility. It also reports truck ID’s that have been successfully processed and completed. Reports can be printed. ##### [Receiving/Transfer System](/industries-applications/feed-milling-pet-food-manufacturing/feed-mill-automation-receiving-transfer/) The Receiving/Transfer system transfers, monitors, routes, and verifies ingredient unloading and bulk storage destinations. This system includes the operation of the rail car and truck pit, and the transferring of incoming materials into storage bins, ingredient bins, and the warehouse. On-screen Manual-Off-Auto (MOA) and Start-Stop switches are provided. ##### [Grinding System](/industries-applications/feed-milling-pet-food-manufacturing/grinding-feed-mill-automation/) The PC running the grinding system has the task to handle the transfer of raw ingredients from corn storage bin to hammer mill, or bulk wheat bin to roller mill, then transferring to the ingredient bins or finished feed elevator. Automatic routing is performed in this system as well. A grinding transfer start time can be enabled as an option and defined to automatically start a material transfer based on a predefined source and destination. On-screen Manual-Off-Automatic ( MOA) and Start-Stop switches are available. Mill monitoring is also done by this system so that material transfer to the mill can be stopped if a high amp condition exists. ##### [Batching System](/products-capabilities/batching-weighing/batching-systems/) The desktop PC that is primary for the Batching and Grinding systems controls and maintains formulas/recipes, ingredient inventories and usages, bin assignments and ingredient locations, and formula schedules. The two scales, mixer and batch controller, have the capability to simultaneously weigh both scales while the mixer processes hand-adds, liquid additions, and mixing times for previously started batches and formula setup. The finished mix feed is then transferred to the designated load-out bin or house bin. This applies to the automatic mode, and only if all Manual-Off-Automatic (MOA) switches are set to Automatic. ##### [Pelleting System](/industries-applications/feed-milling-pet-food-manufacturing/pelleting-feed-mill-automation/) Not all Feed Mill operations include a Pellet Mill, often the feed is batched, mixed and not delivered in pellet form. This specific Feed Mill did not include a pelleting operation. However, when needed the Sterling Systems & Controls pelleting software application controls the pellet mill operation, including feeding, throughput, output and monitoring the operation of the mill. ##### [Load-Out Equipment](/industries-applications/feed-milling-pet-food-manufacturing/loadout-feed-mill-automation/) The finished product load-out process starts when the mixer is ready to dump into the mixer surge vessel. Before the mixer dumps, and depending on what the load-out destination is, the Automated Feed Mill Control System will confirm that distributors are set and conveyors are running. High-level sensors will also be monitored to prevent overfilling the bins. This applies only with all MOA switches set for the Automatic mode. The Automated Feed Mill Control System monitors any conveyor’s running status and the distributors’ position. If an alarm occurs the equipment will be shut down sequentially from the mixer gate to the destination loadout bin. ## Get a Quote --- ### [Cattle Feed Batching Control](https://sterlingcontrols.com/industries-applications/feed-milling-pet-food-manufacturing/cattle-feed-batching-control/) **Published:** May 10, 2024 **Author:** p1ws **Content:** # Cattle Feed Batching Control ![cattle feed batching control](https://sterlingcontrols.com/wp-content/uploads/cattle-feed-batching-control-600x337.jpg) Sterling Systems & Controls, Inc. has served the cattle ranching industry for many years. It is not unusual that Sterling Systems & Controls has been asked to upgrade a cattle feed batching control system after years of use of the initial system. Technology changes and so does the needs of the customer. This application highlights one such upgrade. The requirement was for an upgraded customized Cattle Feed Batching Control software system. The upgraded Cattle Feed [Batching](/products-capabilities/batching-weighing/batching-systems/) Control system utilizes a rack-mounted PC with Windows OS running a Sterling Systems & Controls Windows-based batching software control system. The main operator interface for the Cattle Feed Batching Control system is via a PC with Windows running a custom-designed Sterling Systems & Controls batching application and Windows Server running all dependent services and databases. The computers and Sterling Systems & Controls applications provide all control, data storage, and equipment status information necessary to run the batching process. Operation is made simple by using the standard Windows pull-down menu or the toolbar shortcut icon buttons. The system only displays the necessary functions that the operator requires at each level of the process. Formula data entry is fully programmable with the sequencing of dry ingredient additions along with the hand-add additions, which are all programmed by the operator under a security code. ![20170222_185828](https://sterlingcontrols.com/wp-content/uploads/20170222_185828-600x450.jpg) #### Control System Setup The menu-driven Cattle Feed Batching Control system makes it easy to use and learn. Formula data entry is fully programmable; the addition of dry, liquid and hand-add ingredients, sequencing of the ingredients into the mixer from the scale, and hand-add additions are programmed by the end-user under a security code. When the control system is operating, the display continuously indicates the batching status information in the graphic mode (ingredients, required weights, actual weights, timing functions, etc.). Alarm conditions, should they occur, are also displayed and logged. **Some of the software capabilities include but are not limited to, the following.** - **Formula Storage** – Storage for unlimited formulas. - **Formula Sequences** – Fifty (50) sequences or instructions per formula. - **Ingredient Storage** – Storage for an unlimited number of ingredients. - Multiple ingredient batch control; Loss In Weight Boxes, Major Ingredients, Liquid Ingredients and Hand-Add additions. - Dual Accumulators for each ingredient (Inventory & Usage). - Programmable (On/Off) Automatic cutoff compensation for each ingredient (final cutoff signal is automatically adjusted for each batch to compensate for free fall material). - Plus and minus adjustable tolerance band for each ingredient. - Purge control (variable time). - Automatic checks for abnormal conditions with alarms. - Independent manual backup controls included. - Scale increments programmable. ![Batching Screen](https://sterlingcontrols.com/wp-content/uploads/BatchingScreenRunning-1-600x328.png) #### Batching Process Screen While viewing the Batching Process, text messages are displayed in a status window. In addition, the batching status may also be viewed in complete text form. Each alarm condition that occurs is logged so it can be printed out at a later time. This window will show the date and time the alarm took place and the alarm message. This is but a small piece of the upgrade provided and is shared to illustrate some of the control and automation capabilities. ## Get a Quote --- ### [Hand Prompt Batching in Pet Food](https://sterlingcontrols.com/industries-applications/feed-milling-pet-food-manufacturing/hand-prompt-batching-pet-food/) **Published:** May 10, 2024 **Author:** p1ws **Content:** # Hand Prompt Batching in Pet Food Hand Prompt Batching in Pet Food. This is a semi-automatic batching system, a.k.a. batching station, batching controller. A semi-automatic Hand Prompt Batching Station is an affordable improvement over your typical manual batching processes, as well as the rigid manual batching stations available from others. It eliminates operator errors and waste of product, and is very configurable thereby minimizing/eliminating changes in your process that other manual weighing stations might require. This means it’s flexible and scalable and provides better long term ROI. While an operator remains involved in feeding material ingredients into the batch container, these actions are controlled by the Hand Prompt Batching Station software and weight measurements occur automatically and are verified by the system according to the weighment tolerance that you have set. Lot tracking for ingredient material traceability and batch validation for product safety can be accomplished relatively easily. A demonstration video is shown below: ![hand prompt screen](https://sterlingcontrols.com/wp-content/uploads/hand-prompt-screen.jpg "hand-prompt-screen | Sterling Systems & Controls") ![Hand Prompt Batch System](https://sterlingcontrols.com/wp-content/uploads/3D-SYSTEM-DRAWINGR1-582x600.png) The Hand Prompt Batching in Pet Food application example is at a treat manufacturing plant in the “small cold extrusion” process. The semi-automatic Hand Prompt Batching Station architecture is composed of one (1) hand prompt batching controller, a NEMA4X stainless steel bezel touchscreen monitor, and two (2) NEMA4X scale indicators. These items are all enclosed in a stainless steel 30” x 30” control panel. The batching station control panel is mounted on a stainless-steel stand with castors. One (1) keyboard with a built-in touchpad is mounted on a stainless-steel shelf. Two (2) 50lb 12” x 12” stainless steel platform scales for dry and liquid ingredient weighments, one (1) label printer, and one (1) wireless barcode reader are also included. Side mount connectors are provided on the enclosure for interconnection with the label printer and the platform scales. The system includes an Ethernet switch for connection to the customer’s internal plant network. The power required for the system operation is 120VAC with a minimum of 5A. The customer installs both power connections and the customer plant network Ethernet cable to the control panel. ![HAND PROMPT ODDS WEIGH SCREEN](https://sterlingcontrols.com/wp-content/uploads/HANDPROMPTODDSWEIGHSCREEN-1-1-600x328.png) #### How It Works Chosen for its ability to fit the process, the hand prompt batching station software will direct the operator to weigh ingredients based on the formula being run. Formulas can be setup using the New Formula Editing Panel in the software. A virtually unlimited number of formulas can be setup. The Sterling Systems & Controls, Inc. hand prompt batching station will step the operator through a formula one ingredient at a time. The operator can weigh ingredients on one or two scales based on how the formula is designed. The primary advantages of the system are to ensure that each ingredient is added to the batch container, is within a programmed weight tolerance that you set, and that the correct ingredient material lot has been captured before the hand prompt batching station will allow the operator to move to the next ingredient that is to be added. Multiple batches can be weighed at the same time by using the “Max Containers per Scale” field on the Schedule Screen to control how many containers are made at a time and setting the “Batch Count” field to the number of batches to run. The hand prompt batching station software in this specific application includes the validation software component. A validation screen shows the ingredients currently required by the mixer and allows the operator to scan or enter the batch container or containers containing those ingredients. Batch containers can be added and removed until all ingredient quantities are satisfied, at which point the operator will press “Confirm” and the system will verify that all containers are valid before applying the containers to the current mixer batch. The current formula and batch information is displayed in the top left corner of the validation screen. In the top right corner, a message will prompt the operator when; 1) the operator needs to scan batch containers to satisfy the ingredient requirements, 2) when all ingredient quantities are satisfied, and 3) when the operator is to dump the containers into the mixer. If the hand prompt controller is running standalone rather than being integrated into a mixer batching process, it will prompt the operator for each set of ingredients immediately after the previous set is complete. This validation screen also allows the operator to weigh additional ingredients “Just in Time”. To do so, the operator selects any unsatisfied ingredients, or uses the “Select Remaining” button to select all unsatisfied ingredients, and then presses “Weigh Selected”. The validation screen will then change to show the scales screen and will begin prompting the selected ingredients as normally on the scales screen. Once prompting is complete, the validation screen will return to normal and the new ingredient quantities will automatically be added to the list. During this prompting, “skip” may be used to completely skip an ingredient and return to the validation screen, unlike the normal prompting process where it merely delays the ingredient, however, the ingredient must still be satisfied before validation will continue. ![SCAN CONTAINERS](https://sterlingcontrols.com/wp-content/uploads/SCANCONTAINERS-600x328.png) #### Conclusion The Hand Prompt Batching Station in Pet Food is the most affordable system to help you avoid the costly errors and inaccuracies of a manual batching methodology. And you don’t have to substantially change your process to do it, like available manual weighing systems. The Sterling Systems & Controls hand prompt batching station is semi-automatic and very configurable and can be adapted easily to your specific process. Time to move on up and make accurate, efficient batches with ingredient traceability lot tracking and even batch validation at the mixer. ## Get a Quote --- ### [Feed Batching Using Bulk Bags](https://sterlingcontrols.com/industries-applications/feed-milling-pet-food-manufacturing/feed-batching-using-bulk-bags/) **Published:** May 10, 2024 **Author:** p1ws **Content:** # Feed Batching Using Bulk Bags ![feed batching bulk bags](https://sterlingcontrols.com/wp-content/uploads/feed-batching-bulk-bags-600x433.jpg) #### Micro Ingredient Weighing & Batching System Upgrade When a leading aquaculture feed producer decided to upgrade its micro ingredient weighing and batching system to improve process efficiency and profitability, it called on Sterling Systems & Controls, Inc. to custom engineer a solution. The feed manufacturer wanted to move away from small bags of ingredients and move to ingredient supply using FIBC bulk bags for ingredient materials where it was practical. Feed batching using bulk bags is doable and done. The custom-engineered and manufactured system resulted from the collaboration of Sterling Systems & Controls and customer engineers, including eight (8) bulk bags and twelve (12) stainless steel ingredient bins. In addition, further efficiency improvement was gained by using Intermediate Hoppers and Scales between the micro ingredient batching system and the customer’s filter receivers. This resulted in the ability to maintain up to three (3) batches in the system created and ready for production at all times; one batch in the ingredient batching system, one in the top intermediate hoppers and one in the lower intermediate hoppers. Batches of ingredients were conveyed via mechanical drag conveyors to the intermediate hoppers after being accurately weighed on multiple scales in the bulk bag (2 scales) and micro bin (2 scales) portions of the system. The intermediate hopper system includes four (4) scale hoppers, two stacked for the micro bins and bulk bag systems each. The batches are pneumatically conveyed from the intermediate hoppers to the customers’ filter receivers when called for. The Sterling Systems & Controls ingredient batching system reduces the handling of the ingredients, ensures that the ingredients are weighed accurately and efficiently, and provides tracking capabilities for all ingredients and each batch. The scale hoppers supplied with the system provide high resolution to meet the small inclusion requirements and capacity for typical batch weighments. Accuracy of the weighing of ingredients is typically within +/- .03lbs (0.014kg) from the target weight. Materials that flow inconsistently or have lumps will vary the weighments beyond the system’s control. ![BULKBAGMINORMICROSYSTEM](https://sterlingcontrols.com/wp-content/uploads/BULKBAGMINORMICROSYSTEM.jpg) The Sterling Systems & Controls micro ingredient systems are unique beyond what our typical competitors supply. As an example, features that separate Sterling Systems & Controls micro system auger feeders from other brands include: 1. Industrial bearings are used at both ends of the feeder assembly to support the auger and prevent it from making contact with the auger housing. 2. Seals in a seal plate are located between the ingredient material zone and the auger bearings. 3. An air gap is provided between the bearings and the seal plates to create a buffer zone to ensure the ingredient materials do not enter the bearings and grease doesn’t enter the ingredient materials. The augers are a multiple-pitch design to ensure that the weighments are accurate and repeatable batch after batch. The augers are kept in suspension using shaft clamps to ensure that the auger thrust load is not transferred to the drive assembly, therefore increasing drive life. We use shock-absorbing couplings to help reduce the start and stop shock on the motor and drive. Rectangular to conical discharge scale hoppers are engineered and incorporated into the micro system instead of roll-over-tub scales as the latter cause the ingredient materials to become airborne with a chance that the ingredient material will not be completely discharged for each batch. The conical scale hoppers are a clean design with no ledges and the corners are rolled to ensure that the scale hoppers discharge the entire contents of the scale. Each scale hopper weight is kept to a minimum to increase the resolution of the scale which increases accuracy. Slide gates are not used as they tend to leak after years of use due to ingredient material buildup on the backside of the gate. Butterfly valves are used in place of slide gates. ![IMG_5799](https://sterlingcontrols.com/wp-content/uploads/IMG_5799-1-600x450.jpg) The frame structure that supports the micro ingredient feed batching using bulk bags is completely independent of the scale hoppers, and the scale hoppers have their frame to support it. This concept allows the bins to be filled during the operation of the system without impacting the ingredient weighments. Other brands use one frame that supports both the bins and the scales, and this can be the cause of bad weighments and unstable scales. This feed batching system using bulk bags is based on proven designs that increase batch quality and production capacity. The system utilizes feeders that have a unique screw design (as previously discussed) that provides high-speed conveying in the fast mode of operation and excellent repeatability and accuracy in the slow mode of operation. ## Get a Quote --- ### [Feed Mill Automation Receiving & Transfer](https://sterlingcontrols.com/industries-applications/feed-milling-pet-food-manufacturing/feed-mill-automation-receiving-transfer/) **Published:** May 10, 2024 **Author:** p1ws **Content:** # Feed Mill Automation Receiving & Transfer ![Transfer1](https://sterlingcontrols.com/wp-content/uploads/Transfer1-600x338.png) Feed Mill automation receiving and transfer can simplify operations and improve the efficiency of cost and throughput. Sterling Systems & Controls, Inc. custom designs and manufactures the highest quality automation control systems for virtually any Feed Mill automation process, such as Feed Mill automation of material receiving and transfer, or a complete facility. Sterling Systems & Controls engineers and provides equipment and software for customer-specific objectives and requirements using Allen-Bradley PLC’s and desktop PC’s running Sterling Systems & Controls customized Windows-based Automation Software. Sterling Systems & Controls more than fifty (50) years of Feed Mill process and automation experience ensures quality and efficiency in both hardware and software. ![RECEIVING TRUCK TRANSFER](https://sterlingcontrols.com/wp-content/uploads/RECEIVING-TRUCK-TRANSFER-600x375.png) #### Receiving / Transfer The receiving/transfer application is custom-designed to suit your exact needs. This includes allowing for only manual control or including the ability to allow for automatic receiving and transfer steps. A fully automatic receiving & transfer application accurately tracks and transfers incoming grain and commodity materials to the correct location within your facility each time. Truck or rail car transport of incoming materials can be accommodated. Feed rates are controlled to maximize efficiency and material safety. After the material has been moved into the containment location (bin, etc.) the system logs and weighs empty trucks before they leave the facility. Weight measurements are logged into the material tracking function, maintaining accuracy and traceability. The Transfer function connects your Feed Mill. It guides the movement of your grains, other commodities, and finished products from one process point to the next. The Transfer function allows you to control material movement between receiving and loadout. This ensures the safety of your produced feed and the accuracy, speed and efficiency of the production process. The Receiving & Transfer application is vital in protecting against material contamination, managing shared equipment, distributor head functions, container filling/discharge, and material transfers within containers, providing safe and fast transfers. ##### Benefits • Faster off-loading of grain and commodities. • Meet traceability and validation requirements with material tracking. • Better reports for management by vendor, farmer, truck/rail company. • More efficient, greater productivity due to easy operation and better knowledge of what you have and where it is. ##### Typical Features • Receive materials by truck or rail. • Automated routing – interlocks or manual operation. • Include shipping and transfer functions. • Simple data entry. • Modern graphic displays. • “Point & Click” movement of material from point A to B. • Integrate with ERP system or other third-party software. • Grinding and Use bins auto refill with level indication. ##### Other Feed Mill Automation Applications - [Grinding](/industries-applications/agriculture/grinding-classifying/) - [Batching](/industries-applications/feed-milling-pet-food-manufacturing/batching-feed-mill-automation/) - [Pelleting](/industries-applications/feed-milling-pet-food-manufacturing/pelleting-feed-mill-automation/) - [Loadout](/industries-applications/feed-milling-pet-food-manufacturing/loadout-feed-mill-automation/) ## Get a Quote --- ### [Liquid Dosing Tote System](https://sterlingcontrols.com/industries-applications/baking-food-processing/liquid-dosing-tote-system/) **Published:** May 9, 2024 **Author:** p1ws **Content:** # Liquid Dosing Tote System ![Mother Tote System-sharpened](https://sterlingcontrols.com/wp-content/uploads/Mother-Tote-System-sharpened-1-600x337.jpg) It isn’t unusual for Sterling Systems & Controls to be called in to fix problems with equipment and systems of other brands. One major snack food producer did just that. It was a sizeable project as several dry ingredients and liquid additive systems required retrofitting. Sterling Systems & Controls engineered new [process controls and automation](/products-capabilities/controls-automation/process-controls-automation/) to replace the existing panels and systems. Sterling’s recommendations were accepted by the customer almost verbatim. About a third of the work was the addition of a packaged liquid dosing tote system. The liquid dosing tote system consisted of three “mother totes” and the associated pumping and metering. The tote system includes the “mother tote” inside the lower enclosure with a heating blanket (heated tote is optional) and the supply tote on top that feeds the mother tote when required. The pumping system is on a rack located next to the totes, and the Coriolis-type mass flowmeters, scale hopper and mixers are further downstream. ![Tote System](https://sterlingcontrols.com/wp-content/uploads/Tote-System-463x600.png) In this example, the three (3) liquids in the liquid tote dosing system include the Honey, Molasses and Refiners Syrup. The lower “mother tote” is a Poly Bottle with a food-grade “micropore” super smooth inside finish. High-efficiency insulation for high concentrations of temperature-sensitive liquids, preset to 90ºF to 110ºF or adjusted as required. Other features and/or specifications include: - Inner Bottle– poly bottle with food grade ‘Micro-Pore’ super smooth inside finish. - Full Tube and Transfer Hose– 60” x 2” Clear PVC food grade hi-flex liquid transfer hose with stainless steel couplings. - Inter-Stack Stand– a 10” stand gives sufficient clearance for the transfer hose, lid access and the remote elevated vent. - Vent– Elevated remote vent installed on the 10” inter-stack stand. - Valve– 2” full port ball valve with 2” Cam Lock dust cap. - White Santo-Prene flange gasket. - Heater– New design 1200 watt, Thermal Cell-all 304 stainless steel. - Electrical– Standard 110-120 volts “plug in” 15 amp integral heater and thermostat. - The heater plug-in will be at the rear of the tote. - Thermostat and Thermowell temperature-controlled. - Adjustable thermostat setting for temperature control at 110°F. - Lid– Standard 7” threaded lid with automatic vacuum vent. - Frame– Full enclosure all 304L stainless steel, polystyrene high-density R-5 insulation on all four sides. Sight area and calibration label open to view for inventory management. - All welds are clean and wire buffed. ![MAIN BATCHING PROCESS SCREEN](https://sterlingcontrols.com/wp-content/uploads/MAIN-BATCHING-PROCESS-SCREEN-1-600x449.png) The process control and automation of the three (3) liquid dosing tote system is integrated into one of several new control panels supplied by Sterling Systems & Controls on this upgrade project. While the control panels are not shown here, the screenshot shows the main process graphic screen. The liquid dosing tote systems can be controlled to specific metered amounts or the fluids can be weighed by scale hoppers and pumped to the mixers. ![](https://sterlingcontrols.com/wp-content/uploads/IBC-Indy-Minors-Mixers-076CROPPED-1024x633.png "IBC - Indy Minors-Mixers 076CROPPED | Sterling Systems & Controls")## Get a Quote --- ### [Kitchen Batching System](https://sterlingcontrols.com/industries-applications/baking-food-processing/kitchen-batching-system/) **Published:** May 9, 2024 **Author:** p1ws **Content:** # Kitchen Batching System ![kitchen batching system](https://sterlingcontrols.com/wp-content/uploads/kitchen-batching-system-1-600x400.jpg) A semi-automatic ingredient batching system for the food industry is often referred to as a Kitchen Batching System and is similar to the Sterling Systems & Controls, Inc. [Hand Prompt Batching Station](/products-capabilities/batching-weighing/hand-prompt-batching-station/). This multiple bin Kitchen Batching System requires operator involvement for the batching operation but it is also automated in the control of the operator actions and ensures accurate weightments and batch consistency. Operator interruptions will no longer be a problem, and that means no more missed ingredients. The Kitchen Batching System improves speed and overall efficiency of the ingredient batching process over a manual process. **Included in a typical customized Kitchen Batching System are:** - Multiple ingredient bins/totes - Stainless Steel Table(s) - Moving weigh table w/ scale and touchscreen display - PC Control Panel with weight instruments ![MIXER SCREEN HAND PROMPTING](https://sterlingcontrols.com/wp-content/uploads/MIXER-SCREEN-HAND-PROMPTING-3-600x375.png) #### Ingredient Bins Each Kitchen Batching System is customized to include the maximum number of bins required by the customer’s specific formulas. The bin size can vary depending on the weighment sizes required per ingredient for each batch, and how much in-bin inventory is desired to be kept. Two-size bins are often utilized. The larger bin has a capacity of 2.75 cubic-feet to 4.1 cubic-feet and includes rugged casters for ease of movement in/out from underneath the Kitchen Batching System tables. The small bin has a nominal capacity of approximately 0.84 cubic-feet of bulk solid material and sits on the tabletop. The bins are manufactured of food-grade material and have clear lids and integrated material scoops. #### Tables The Kitchen Batching System tables are sized to fit with the number of ingredient bins and for operator comfort. The size of the tables depends upon the number of bins required in the system. The tables are manufactured of stainless steel material, typically grade 304. The ingredient tables are of rugged construction and are designed to be stationary. The scale platform is also constructed of 304 stainless steel. However, the scale platform table is designed to travel smoothly between the two ingredient tables. The operator simply moves the scale platform table to reach the required ingredient bin. A roller system attaches the platform scale table to the ingredient tables. The scale and the operator interface touchscreen are mounted to the top of the scale platform table. The cabling from the scale and touchscreen display is mounted within a flexible cable carrier and is routed between the scale platform table and an adjacent ingredient table. #### Control Panel w/ Touchscreen Display We know electrical controls and automation technology and can customize a system for our customers using standard control and automation components. We use a PC (control panel mounted) for the Kitchen System and an industrial touchscreen monitor (scale platform table mounted). The control panel encloses the PC and other components to allow for its operation and interface with the monitor and scale. A weight indicator is also included and mounted on the front door of the enclosure. A barcode and/or RFID scanner can also be provided for operation with the lot tracking and batch validation part of the control system. ![HAND PROMPT ODDS WEIGH SCREEN](https://sterlingcontrols.com/wp-content/uploads/HANDPROMPTODDSWEIGHSCREEN-1-1-600x328.png) The Kitchen System is a semi-automatic control system using a hand prompt batching process. The main concept of the hand prompt batching process is to guide an operator through the steps necessary to weigh-up the required ingredients for a given formula/recipe. Once the system is started, it will begin at the first line in the formula and ask the operator to locate and weigh the specified ingredient. The system will automatically take tare weights as appropriate while it runs, and enforce a set of programmable tolerances be maintained for each ingredient. The system will watch the net weight on the scale and will not allow the operator to continue on to the next ingredient until the current net weight is within the acceptable tolerance band and the operator has pressed the continue button to acknowledge the addition of the ingredient. The Kitchen Batching System controller captures the actual weight information and records it into a database along with the ingredient lot information (if enabled), making it easy to track, enforce, and confirm that the correct ingredients are getting into each and every batch. From an operator’s perspective, the system is very easy to operate; all they need to do is press the start button, read the screen, and follow the instructions. All manual calculations are eliminated as the system automatically calculates and computes target weights, bag counts, and tare weights. ![HAND PROMPT SYSTEM](https://sterlingcontrols.com/wp-content/uploads/HAND-PROMPT-SYSTEM-1-600x527.jpg) The Kitchen Batching System controller can track raw ingredient lot numbers and store this information with historical batch data. [Lot Tracking](https://sterlingcontrols.com/traceability/) can be easily enabled by setting the “General – Ingredient Lot Tracking” system parameter to either “Validate” or “Prompt”. When set to “Prompt” the system will stop and ask the operator to scan or enter a lot number before weighing each ingredient, but the lot number will not be validated. It will simply be stored in the database with the historical information. When this parameter is set to “Validate” the system will prompt the operator to either scan the barcode of a valid lot or pick a valid lot from a list. Lots must be entered on the Ingredient Lot Table screen and the system will validate the lot number to be sure it is the correct ingredient from the correct lot. After the operator provides a valid lot number, the system will prompt the operator to weigh the required ingredient. The system will not allow the operator to continue until a valid lot has been entered or scanned. ![MANUAL BATCHING SYSTEM](https://sterlingcontrols.com/wp-content/uploads/MANUAL-BATCHING-3-480x600.jpg) An alternative to the standard side-by-side table Kitchen Batching System is the Inline Kitchen Batching System. This provides for a different “footprint” and orientation. While being less common than the side-by-side table system, it is a nice alternative. ## Get a Quote --- ### [Batching Control System](https://sterlingcontrols.com/industries-applications/baking-food-processing/batching-control-system/) **Published:** May 8, 2024 **Author:** p1ws **Content:** # Batching Control System ![batching control system](https://sterlingcontrols.com/wp-content/uploads/batching-control-system-600x335.jpg) Food manufacturing of almost all types includes the combining of a variety of ingredients into a “batch” prior to baking or processing. The entire process, especially key sections, needs to be controlled, and is commonly automated for efficiency and consistency in quality and cost. One aspect of the food manufacturing process automation is the [Batching Control System](/products-capabilities/batching-weighing/batching-systems/). The food process automation system can control many aspects of the food manufacturing process. The Batching Control System is a key to business success. If the food manufacturing process isn’t efficient and is hurting profits, an expert in process control and automation is needed to assist the food manufacturer. Sterling Systems & Controls was asked to help automate various aspects of a food manufacturer’s production, including the addition of an automated Batching Control System. In this case, two manufacturing lines needed to be controlled, one for frozen food and the other for “parbaked” food. “Parbaking” is a common process for bread or dough-based food products, and Wikipedia explains it well. In this automated control system, control panels are provided for the control of the batching system feeding both production lines, and individual control panels for both the PLC’s and the starters/VFD’s involved with the ingredient batching production process. The “as installed” system architecture illustrates this and is just one example of a successful Batching Control System for food manufacturing. Some important functions of the system include the Recipe Sequence, Ingredients, Bin Assignment, Lot Table, Batching Schedule, Security Manager, Batching Process, and Mixer Control. Below are some example screens for these functions. ![RECIPE SEQUENCE](https://sterlingcontrols.com/wp-content/uploads/RECIPE-SEQUENCE-2-600x338.png) #### Recipe Sequence The Recipe Sequence is used to create, view and modify steps that define how a formula is made. ![INGREDIENT SCREEN](https://sterlingcontrols.com/wp-content/uploads/INGREDIENT-SCREEN-600x338.png) #### Ingredients The Ingredients screen displays usage and inventory data for all ingredients. As the batching control system runs, the inventory is automatically reduced, and usage increases. ![BIN ASSIGNMENT](https://sterlingcontrols.com/wp-content/uploads/BIN-ASSIGNMENT-600x338.png) #### Bin Assignment The Bin Assignment table is used to associate an ingredient code with a physical location in the system. ![LOT TABLE SCREEN](https://sterlingcontrols.com/wp-content/uploads/LOT-TABLE-SCREEN-2-600x328.png) #### Lot Table The Ingredient Lot Table displays each ingredient lot number, inventory, and associated ingredient code. ![BATCHING SCHEDULE SCREEN](https://sterlingcontrols.com/wp-content/uploads/BATCHING-SCHEDULE-SCREEN-2-600x375.png) #### Batching Schedule The Batching Schedule screen defines what the batching control system should make when it is started. Each mixer has a separate screen (if multiple mixers exists), and the operator can choose which one to view. ![Security Manager Screen](https://sterlingcontrols.com/wp-content/uploads/SecurityManagerScreen-2-1-600x335.png) #### Security Manager Access to the various functions and features of the system application is controlled by a flexible and powerful security system. The Security Manager can control which features or screens are protected and who can access those features and screens. ![BATCH STATUS SCREEN](https://sterlingcontrols.com/wp-content/uploads/BATCH-STATUS-SCREEN-2-600x375.png) #### Batching Process The Batching Process screens provide a graphical display of the equipment used in the batching process. It is divided into multiple sections, each with its own dedicated screen. Detailed information specific to the sections may include equipment, batching status and other information. Sections can include: Status Overview, Mixer(s), Scales, and Loadout. ![RECIPE STATUS SCREEN](https://sterlingcontrols.com/wp-content/uploads/RECIPE-STATUS-SCREEN-2-600x375.png) ![MIXER CONTROL SCREEN](https://sterlingcontrols.com/wp-content/uploads/MIXER-CONTROL-SCREEN-2-600x375.png) #### Mixer Control The Mixer Control screens show the bulk material mixer and liquid ingredient metering (if any). ![MIXER CONTROL SCREEN](https://sterlingcontrols.com/wp-content/uploads/MIXER-CONTROL-SCREEN-2-600x375.png) ![MIXER SCREEN WATER ADJUSTMENTS](https://sterlingcontrols.com/wp-content/uploads/MIXER-SCREEN-WATER-ADJUSTMENTS-1-600x375.png) ## Get a Quote --- ### [Food Ingredient Batching](https://sterlingcontrols.com/industries-applications/baking-food-processing/food-ingredient-batching/) **Published:** May 9, 2024 **Author:** p1ws **Content:** # Food Ingredient Batching ![scales mixer process](https://sterlingcontrols.com/wp-content/uploads/scales-mixer-process-2-600x338.jpg) Sterling Systems & Controls, Inc. offers food ingredient batching systems for liquid and dry products. Automation systems can be provided for virtually every aspect of the food manufacturing area. This includes raw material handling systems, such as pneumatic & mechanical conveying, liquid systems (weighing & metering), mixer automation, and dry powder batching systems. Dry powder systems include bulk bag filling/packaging, bulk bag unloading and weighing systems, minor & major bag weighing systems, and ingredient batching systems. In addition, a dry food powder processing system can include packaging systems. Common applications include dry & liquid mixes, batter mix, and powder & liquid drinks. In addition, health food & bodybuilding products, spice mixes, and various bakery ingredients. Dry product food ingredient batching weighment size can be classified into three categories: micro, minor, and major. The automatic batching system can be focused on just one type of weighment size, but often incorporates micro, minor and major ingredient weighments. ##### Food ingredient batching control system can include: - Formulation Management & Storage. - Raw Material Management, Inventory and Usage. - Ingredient Material Parameters (Weighment Tolerance, Feeder Speed, Jog, Pre-act/Cutoff). - Ingredient Lot Tracking (Barcode, RFID). - Batch Validation (Barcode, RFID). - Equipment Parameters (Scales, Mixer, Dry Ingredient Feeders, Liquid Meters). - Temperature Monitoring. - Mixer Load Tracking. - C02 System Automation. - Finished Batch Tracking. - Abnormal Condition Alarms and Tracking. - Remote Process Status & Data Access Software (WebCentral). - Troubleshooting & Diagnostics Features (Local & Remote). - Bulk Conveying System Automation. - [Bulk Bag Filling/Packaging](/products-capabilities/bulk-bag-handling-systems/bulk-bag-filling-systems/). - [Bulk Bag Unloading](/products-capabilities/bulk-bag-handling-systems/bulk-bag-unloading/). - Bulk [Liquid Handling System Automation](/products-capabilities/liquid-handling/). - [Micro,](/products-capabilities/batching-weighing/micro-weighing-systems/) [Minor, Major](/products-capabilities/batching-weighing/minor-major-weighing-systems/) Ingredient Automation. - Semi Automatic: [Hand Prompt](/products-capabilities/batching-weighing/hand-prompt-batching-station/). - Mixer Automation. - Packaging Interface – Yield System Automation. - CIP (clean in place) System Automation. ## Get a Quote --- ### [Breadcrumb Control System](https://sterlingcontrols.com/industries-applications/baking-food-processing/bread-crumb-control-system/) **Published:** May 9, 2024 **Author:** p1ws **Content:** # Breadcrumb Control System ![dryer screen](https://sterlingcontrols.com/wp-content/uploads/dryer-screen-1-600x480.png) Sterling Systems & Controls, Inc. customizes each and every project to meet the exacting needs of each customer, such as a breadcrumb control system. Often, that requires a combination of mechanical process equipment and process control/automation equipment and systems. Sterling Systems & Controls has over 50 years of experience and capabilities in mechanical and electrical engineering, process knowledge and automation hardware and programming to be flexible for providing what is needed in each case. In the baking and food industry, there are several major breadcrumbs manufacturers for general and specific use. Our experience in this application area is highlighted here. The system required included the following primary functions: - Manual-Off-Auto (MOA) controls for each piece of process equipment. - Front-end batching and baking automation and controls. - Back-end grinding, drying and packaging automation and controls. To accomplish the above, the process control and automation system provides setpoint batching control, coordinates interlocks with downstream equipment, and provides communication, process and equipment monitoring, and alarming for all equipment in the production lines. The equipment provided by Sterling Systems & Controls for this application includes two (2) HMI Control Panels; one (1) installed near the mixing area and one (1) near the dryer/grinder area. The mixer control panel provides the primary operator interface for the batching operation. The dryer/grinder panel provides the primary interface for monitoring the dryer and grinder operation and control. Although each HMI control panel has its own primary purpose, both control panels run the same application program, thereby allowing access to any screen in the entire automation system from either control panel. This provides backup functionality if one (1) HMI control panel goes down. All process equipment control is via pushbutton control stations located near the individual pieces of equipment or via third-party control systems for the oven and dryer, although this all could have easily been integrated into the Sterling Systems & Controls automation and control system. All communication with existing third-party PLC’s is via EtherNet/IP. There is no database in the control system architecture, and no formulation information is stored. The system is custom-engineered to meet the customer requirement that all batching is to be setpoint-based and requires an operator to type in the specific setpoint values before starting the system. ![MOA](https://sterlingcontrols.com/wp-content/uploads/MOA-1.png) #### Bread Crumb Control System – Manual/Off/Auto Control After a review with the customer, Sterling Systems & Controls, Inc. proposed and provided Manual/Off/Auto equipment control in a clean, easy-to-operate, and modern approach that follows common standards in the industry. All process equipment displayed on HMI control panel screens, which is directly controlled by the Sterling Systems & Controls PLC, contains a Manual/Off/Auto pop-up screen, accessible when the HMI control panel “key switch” is placed in the maintenance mode position. After the maintenance mode is turned on, the authorized user can tap/click on the equipment graphic to pop up the control screen and control the mode of each piece of equipment individually. When the maintenance mode key switch is turned back to the off position, the process equipment will return to the Automatic mode of operation. In normal operation, all equipment will be in Automatic mode. Equipment is started in this mode by using the physical start/stop button stations (also provided by Sterling Systems & Controls) located near the equipment. When placed into the Off Mode, the equipment will be immediately stopped/closed/de-energized. Any equipment upstream or downstream in Automatic mode would continue to follow all interlocking rules and may stop due to putting a critical piece of equipment into the Off mode. When placed into the Manual mode, for motors with a dedicated physical start/stop pushbutton, such as the grinder, the motor must still be started by using the physical start/stop buttons while the operator is standing in front of the equipment. However, it will not be interlocked with upstream/downstream equipment. For equipment that does not have a dedicated physical start/stop button, when in Manual mode, the equipment will be started/opened/energized immediately and will not be interlocked with other equipment. All safety-related sensors or switches will always be monitored in both Automatic and Manual modes and cannot be bypassed via the automated control system. By providing onscreen Manual-Off-Auto control, the system is more in line with industry standards and provides for easier maintenance and troubleshooting of individual pieces of equipment. ![BATCHING SCREEN DRAWING FLOUR AND HAND ADDS](https://sterlingcontrols.com/wp-content/uploads/BATCHING-SCREEN-DRAWING-FLOUR-AND-HAND-ADDS-1-600x480.png) #### Front-End Batching and Baking The operation’s front-end batching and baking sequence deals with the equipment from the mixer through the divider, rounder, spiral proofer, sheeter, moulder, oven, and spiral cooler to the staling room. When the system is not in maintenance mode and all equipment is in Automatic mode, the general control sequence will be custom-engineered and programmed by Sterling Systems & Controls for the specific customer process objectives and requirements. E-Stops and equipment stops are provided for all equipment and panels. These must be pulled out (stop is off) for the system to operate automatically. In this application, the operator must establish setpoints, speeds, and other settings for the various process equipment and then execute start programs via pushbutton or other manner per the equipment manufacturers’ instruction manual. The system integrates other systems and equipment provided by other manufacturers and system providers, providing overall control of the production process through Sterling Systems & Controls breadcrumb control system. ![DRYER GRINDER HMI PANEL](https://sterlingcontrols.com/wp-content/uploads/DRYER-GRINDER-HMI-PANEL-1-600x448.jpg) #### Back-end Grinding, Drying and Packaging The operation’s back-end grinding, drying, and packaging sequence deals with the equipment involved with bread staling through the grinder, dryer, other milling, and packaging hopper. When the system is not in maintenance mode, and all equipment is in Automatic mode, the general control sequence will be custom-engineered to meet the specific customer process objectives and requirements. The Sterling Systems & Controls PLC monitors and controls various pieces of equipment throughout these processes. In this specific application, the operator must start or stop items and interface with equipment per the manufacturers instruction manuals. The control system integrates other systems and equipment, providing overall production process control through the Sterling Systems & Controls breadcrumb control system. ## Get a Quote --- ### [Process Control for Food Production](https://sterlingcontrols.com/industries-applications/baking-food-processing/process-control-food-production/) **Published:** May 9, 2024 **Author:** p1ws **Content:** # Process Control for Food Production ![Process Control Software](https://sterlingcontrols.com/wp-content/uploads/process-control-software-600x450.png) #### Automated Process Control Solutions A manufacturer of food ingredients requires process control for food production at their facility. Several process control systems were required. The final [process control and automation](/products-capabilities/controls-automation/) for food ingredient production included three (3) process control systems consisting of granulated sugar control and multiple batching systems. Let’s break the three systems down into System A, System B and System C. To automate the customer processes, primarily new equipment purchased separately, we worked with the customer to meet his specified voltages, e.g. 480V 3∅ 60Hz motor voltage and 24VDC control voltage. ![20180422_114823](https://sterlingcontrols.com/wp-content/uploads/20180422_114823-1-600x433.jpg) #### **System A** This process control system was designed to unload trucks to either one of two storage silos using a 4″ fill line. The silos and the conveying system utilize a dehumidifier and cooling package to purge the cool dry air to the top of the silo and to connect to the inlet of the pressure blower for transfer air. The silos include a top-mounted dust collector on each, along with high, mid and low-level sensors/indicators on each silo. Bin dischargers are used to promote the flow of granulated sugar to feed the material into the conveyor system. A vented manifold with filter and fan is located under the bin discharger to help funnel the material into the conveying system airlock and to vent the blow-by air from the conveyor airlock. System A includes one (1) Dual Sugar Silo Fill Control Panel which includes a NEMA4X stainless steel enclosure, high-level indicator lights and an alarm beacon/horn. ![Silos Graphics](https://sterlingcontrols.com/wp-content/uploads/silos-graphic-1.png) ##### **System A controls the following equipment:** - Dehumidification package. - Silo fill line. - Silo filters. - Bin dischargers. - Rotary airlocks (1hp and 1.5hp). - 304SS vented manifold with support legs. - Mini filter assembly. - Fan assembly. - Level indicators. - Vibrator assemblies. ![20180422_114232](https://sterlingcontrols.com/wp-content/uploads/20180422_114232-1-600x551.jpg) #### **System B** System B was designed to use a pressure blower to transfer the sugar from the silo rotary valve (airlock) to any one of five use bins/hoppers located over the kettles. A fifth hopper includes a discharge rotary airlock valve and gravity diverter valve to discharge into either one of two vessels. A hopper loading valve diverts and fills each hopper. Once the hopper is full the valve will divert and begin to fill the next hopper calling for product. Each hopper has a high and low-level sensor/indicator and rotary valve on the discharge to meter the sugar into the kettle below the hopper. All sugar is returned to the outdoor, floor-mounted filter receiver. A rotary valve meters the purged sugar back into the transfer system for delivery to the hoppers. System B includes one (1) Sugar Conveying System PLC/HMI Control Panel, including a NEMA4X stainless steel enclosure, Operator Interface Terminal, and Allen Bradley PLC with required I/O and wiring terminals. The system also includes one (1) Sugar Conveying System Motor Starter Control Panel consisting of NEMA4X stainless steel enclosure, pull handle power disconnect, 480VAC 3∅ 60Hz 200A main circuit breaker, Control Power Transformer, IEC Style, and Soft-Starter Allen-Bradley Motor Starters and wiring terminals. ![System B](https://sterlingcontrols.com/wp-content/uploads/system-b-controls-502x600.png) ##### **System B controls the following equipment:** - 75HP Pressure Package. - Air-to-Air Heat Exchanger. - Conveying Line. - 4″ Diverters. - Kettle Use-Bin/Hoppers. - Vibrator Assemblies. - Level Sensors/Indicators. - Rotary Airlocks. - Gravity Diverter Valve. - Filter Receiver. - Industrial Vibrator. - Butterfly Valve. ![20180422_114823](https://sterlingcontrols.com/wp-content/uploads/20180422_114823-1-600x433.jpg) #### ****System C**** System C was designed to weigh three (3) ingredients into kettles sitting on floor scales. Water and sugar are added to the kettles, followed by granulated sugar. The control system controls the required liquid valves and the surge hopper rotary valve to discharge the water and sugar to the kettles. The system displays to the operator the number of batches of sugar in the sugar hopper, based on reaching the high level and then weighing out of the surge hopper. The system monitors production and the scheduled batches to be produced. When approaching the end of the day run the system will automatically disable the sugar hopper refill to allow the sugar surge hopper to run close to empty. Batch weights of all three (3) ingredients are saved to the database for audit/historical recall of target/actual batch summaries. System C includes five (5) Kettle PLC/HMI Set-Point Batching Control Panels, each including a NEMA4X stainless steel enclosure, Allen-Bradley PanelView with touchscreen Operator Interface Terminal, Allen-Bradley PLC with required I/O, one floor scale PLC weight module, Batching Software and terminal connections. ## Get a Quote --- ### [Mixer Control for Bakery](https://sterlingcontrols.com/industries-applications/baking-food-processing/mixer-control-bakery/) **Published:** May 9, 2024 **Author:** p1ws **Content:** # Mixer Control for Bakery ![BREAD DOUGH MIXING](https://sterlingcontrols.com/wp-content/uploads/BREAD-DOUGH-MIXING-REV-600x350.png) Sterling Systems & Controls, Inc. mixer control for bakery application includes sequencing and verification of operator interface steps at the mixer, to the automated ingredient tracking from receiving of raw materials to the finished batches of dough. The following highlights the different levels of process controls typically available for mixers, and specifically mixers for bakeries. Sterling Systems & Controls provides mixer control design and equipment using Allen-Bradley PLC’s and industrial PC’s running customized Windows-based Sterling Systems & Controls automation software. Sterling Systems & Controls has more than 50 years of process and automation technology experience to ensure quality and efficiency in both hardware and software. #### Mixer Control Options Sterling Systems & Controls standard bakery batching process control can automate the mixer speed (fast and slow) through the recipe sequence instructions. The scale & mixer inlet gate is also controlled by the system. Sequencing can be adjustable or fixed. The bakery batching control will also monitor mixer bowl positions. Monitoring mixer bowl positions allows the batching control system to verify that an operator has lowered the mixer bowl to accomplish certain tasks as they are prompted through the batching sequence. Such tasks as hand-add, bowl scraping, etc. will require that the mixer bowl has been raised or lowered to the required position and these steps, verified as part of the formula specification. The batch recipe and summary will ensure that each batch is efficiently and repeatedly produced to the formula specification. Please [contact us](/contact/) for more information about mixer control and ingredient batching for bakeries. ##### Benefits - Custom-designed SSCI.NET software batching application specifically for bakery mixing to meet your exact requirements. - Integrated mixing control options with weighing and batching for dry and liquid ingredients. - Comply with Food Safety requirements. - Increased throughput & batch consistency. - Compare Live Mix trends to saved Perfect Batch trends to compensate before dough is discharged. - Easily scale recipe size based on flour draw. - Can correct/repair batch consistency “on the fly”. ##### Typical Features - Automatic and/or Semi-Automatic ingredient batching. - Lot Tracking and Batch Validation. - Control mixing of dry, liquid and hand-add ingredients. - Programmable recipes. - Ingredient tolerance control (+/-). - Mixer bowl temperature monitoring. - Mixer load control tolerance/history. - Raw ingredient inventory and usage. - Finished product batch/history. - Virtually unlimited number of recipes and ingredients. - Wide range of applications for type of mixer, size and configuration strategies. - ERP system integration capable. - Remote supervisory control available. ## Get a Quote --- ### [Mixer Bowl Batching System Upgrade](https://sterlingcontrols.com/industries-applications/baking-food-processing/mixer-bowl-batching-upgrades/) **Published:** May 9, 2024 **Author:** p1ws **Content:** # Mixer Bowl Batching System Upgrade ![mixer bowl batching](https://sterlingcontrols.com/wp-content/uploads/mixer-bowl-batching-600x574.jpg) A customer asked Sterling Systems & Controls, Inc. to analyze their existing batching system and make recommendations as to how it could be improved. The result was a request for Sterling Systems & Controls to perform a mixer bowl batching system upgrade. Upgrades were identified and a revised system was custom-engineered to reduce the manual handling of batches, eliminate equipment, and increase production capacity. The original system was supplied by Sterling Systems & Controls in the mid-1990’s old and well-used. An updated design was proposed to increase the batch size by ten (10) times to reduce the number of mixes for the customer. This also reduced the handling of the small mixer bowls and the associated conveyor equipment to move the bowls and the mixers. The new/upgraded system would also replace scaling equipment for both dry and liquid ingredients, including the scales and liquid meters. The batching control system was also updated to include formulation, inventory, lot tracking and data acquisition. ##### Customer objectives for upgrade included: – Reduce cleaning. – Reduce maintenance. – Have mixer bowl in a single location for batching. – Create best configuration stack-up of equipment for optimal processing. – Eliminate existing equipment stack-up. – Have oil and starter metered directly into the mixer bowl rather than weighed and discharged. – Include new water meter. – Size scales for flour, based upon larger formula. – Size scale for sugar, based upon larger formula. – Salt and potato flake supply bins with low-level indicators, vibratory feeder, scale hopper w/ gate. – Automation for flour and sugar pneumatic conveying systems (reuses existing equipment). ##### Process control considerations included: – Update PLC panel to Allen Bradley PLC and current technology of weight instruments. – Upgrade four (4) weight instruments (flour, sugar, salt & potato flake). – Add a local control panel to the equipment frame with remote I/O; eliminate wiring. – [Update PC software to next generation Windows OS](/products-capabilities/controls-automation/automation-software-upgrade/). – All devices will be on Ethernet (PLC, PC, weight instrument, etc.). – Reuse existing motor starter panel; maintain hard wiring between PLC and motor starter panels. – Airlocks will be on VFD’s. ![Batching Waiting](https://sterlingcontrols.com/wp-content/uploads/Batching-Waiting-2-600x325.png) ##### Sterling Systems & Controls supply for this mixer bowl batching system upgrade project included: - Transitions. - Airlocks. - Chutes. - Scale Hoppers (flour, sugar). - Starter liquid flowmeter. - Oil liquid flowmeter. - Water liquid flowmeter. - Use bin and scale hopper support frames. - Salt system including bin, low-level probe, feeder, scale hopper, load cell, gate valve. - Potato flake system including bin, low-level probe, feeder, scale hopper, load cell, gate valve. - Batching System software upgrade, new back panels, PLC, operator interface and others. - Adds to existing motor starter control panel. - New remote equipment control panel with weight instruments for new scale hoppers and other. - Complete engineering services, including onsite and remote commissioning and support. - Modified Stackup. ## Get a Quote --- ### [Bread Batching](https://sterlingcontrols.com/industries-applications/baking-food-processing/bread-batching/) **Published:** May 8, 2024 **Author:** p1ws **Content:** # Bread Batching ![Bread Batching Equipment](https://sterlingcontrols.com/wp-content/uploads/bread-batching-equipment-600x450.jpg) An automatic ingredient bread batching system can be used to produce a variety of breads. In this application example, an 8-bin minor ingredient system is used to batch the ingredients required to produce organic breads. The customer desired to create each bread batch in a tote. The system consists of 8 stainless steel storage bins and augers, an industrial TEFC electric motor for each feeder, a stainless steel frame supporting the bins, a 5-section conveyor system (in-feed conveyor, scale 1 conveyor, scale 2 conveyor, scale 3 conveyor, and exit conveyor), stairway, walkway, and pallet stand. A scissor lift and a pneumatic bag hoist are also included in this custom-engineered solution. Sterling Systems & Controls also supplied all electrical controls and automation for this bread batching system. Therefore, the system included two (2) control panels: Motor Starter Panel and PLC/Operator Interface Panel. Both panels are rated NEMA 4X and are of stainless steel construction. All VFDs (variable frequency drives), contactors, and the PLC processor are Allen-Bradley. Four (4) weight instruments are installed and configured for Ethernet/IP communications on the PLC/Operator Interface Panel. The controlling software for this bread batching system is Sterling Systems & Controls customized FactoryTalk View ME software running on a PanelView+ Touchscreen HMI in the PLC/Operator Interface Panel, where formulas and ingredients are created and scheduled to batch. Up to 25 formulas containing up to 75 ingredients each can be stored simultaneously in the PLC. #### Batching System In this case, the bread batching system consists of both automatic and semi-automatic batching processes. The automatic process dispenses ingredients from eight supply bins into containers without operator involvement. The containers are indexed under the discharge point of the feeding devices. The semi-automatic process prompts an operator to hand-add ingredients into a container on a platform scale. The automatic and semi-automatic batching processes run simultaneously for the same batch. Both processes are controlled from the PanelView+ HMI on the PLC/Operator Interface Panel. **How the Automatic Minor Ingredient Batching Process Works:** The automatic bread batching system will dispense ingredients according to a predetermined formula into totes. Each tote is 13” x 22” x 8.5”. A supervisor will determine the number of totes that are required based on the batch formula. The operator manually places the totes onto the inlet of the in-feed conveyor (conveyor section 1 of 5). There is a “container-in-place” optical sensor on the In-feed conveyor. An alarm is initiated if a new tote is required, but none is sensed. When a tote is required at the Scale #1 position (on the conveyor section 2 of 5), the system automatically feeds the tote from the in-feed conveyor onto the Scale #1 conveyor. If a tote is required on the Scale #2 conveyor, and the tote has finished at the Scale #1 station, then the system indexes the tote onto the Scale #2 conveyor (conveyor section 3 of 5). If a tote is required at the Scale #3 conveyor (section 4 of 5), the system indexes the tote similarly. Once a tote has finished at the first three scale stations, it is indexed onto the Exit conveyor (section 5 of 5). Several Fixed Field Tote Sensors are located throughout the conveyor system to determine if the totes are in the correct position for loading, conveying, and indexing. **How the Semi-Automatic Batching Process Works:** The semi-automatic bread batching process uses the same control panel and PanelView+ Touchscreen HMI as the automatic process. The semi-automatic system creates batches of hand-add ingredients that are placed with the automatic minor ingredient batch. The following procedure is used to operate the semi-automatic process in this application: 1. The semi-automatic batching screen will prompt the operator to place a container on the semi-automatic platform scale for tarring. Once the container is detected on the scale, the system will turn on the lighted “Continue” pushbutton. The operator will press the lighted “Continue” pushbutton, the system acquires a tare weight. 2. The system then prompts the operator to add the programmed amount of the first hand-add ingredient to the batch. The system will display the required weight and allow the operator to weigh the ingredients into the batch container. 3. Once the system detects that the amount added to the batch is within the programmable over/under weighment tolerence, it illuminates the “Continue” lighted pushbutton. 4. The operator presses the pushbutton and the system repeats steps 2-3 for each hand-add ingredient required in the formula. 5. If an ingredient that has a “Bag Size” other than zero is encountered, as specified in the Ingredients screen, the system prompts the operator to pick the appropriate number of whole bags and then prompts the operator to weigh the remaining “odd” weight. For example, if an ingredient target weight is 122lbs and the ingredient bag size is 50lbs, the system will first ask the operator to pick and confirm they have two (2) full bags of the ingredient, and then will prompt the operator to weigh the remaining 22lbs into the container on the platform scale. Full bags are not weighed and are not placed on the Platform Scale. It is also possible that if this ingredient is also present in a bin within the automatic portion of the batching system, the formula can be written with a “Hand-Add” instruction for 100lbs and a “Weigh” instruction for 22lbs of the same ingredient. This causes the semi-automatic system to prompt the operator to pick two (2) whole bags, but will weigh the remaining 22lbs automatically from the automatic batching system. 6. Once all the hand-add ingredients have been weighed, the operator is responsible for placing the picked bags and completed totes together with any totes that are created by the automatic system for each batch to send to the mixing area. Once the first batch is complete, the system will start the next batch and repeat the process. ![BAG LIFT](https://sterlingcontrols.com/wp-content/uploads/BAG-LIFT-1-450x600.jpg) ##### **Other Custom Features** Each ingredient bread batching system is custom-engineered to meet our customers’ exact requirements. In this bread batching system we included a [bag lift system](/products-capabilities/bulk-bag-handling-systems/) and also a scissors pallet jack to aid the operator in refilling ingredient bins in the automatic batching system. Other features added to customize the ingredient batching system can include: - Bin cover locks. - Barcode scanning. - RFID (Radio Frequency Identification). - [Remote supervisory control (WebCentral app)](/products-capabilities/controls-automation/supervisory-control-software/). - Mixing. - Dust Control and Collection. - Pneumatic or drag conveying. - And more. ## Get a Quote --- ### [Grain Terminal Control System](https://sterlingcontrols.com/industries-applications/agriculture/grain-terminal-control/) **Published:** May 8, 2024 **Author:** p1ws **Content:** # Grain Terminal Control System An example of a grain terminal control system will utilize rack mounted PC’s running Sterling Systems customized Windows-based automation software using a SQL express database. The PC’s are connected to an Allen Bradley PLC. The PLC provides I/O interface to field devices. Any manual controls are done within the Sterling Systems customized grain terminal control system software. All components used are non-proprietary and available from local suppliers. The PC is connected to the grain terminal control system PLC via Ethernet. Weight indicators supplied are mounted in the control panel and communicate using Ethernet as well. The PLC conducts batching and weighing functions as required. The customized software system includes a material Receiving / Transfer application and a Grinding application. Each grain terminal control system is different, so a custom-engineered approach is required. In this situation, the following equipment was included in the control list within the automation system: - Top Conveyors 1, 2 and 3 - Top Conveyor Gates - Electric Gates under all Bins - Total of Sixteen (16) 30HP Grain Bin Blowers - Grain Bin Reclaim Conveyors (4) - Grain Bin Sweep Augers - Two (2) Main Feed Legs - Dual Distributors - Loadout Distributors - Tripper Wench - Flat Commodity Storage Conveyor Plug and Motion Switches - Flat Commodity Garage Door Openers (4) - Switches for Reclaim and Loadout Jump Legs - Grain Bin 2HP Exhaust Motors (32 Total) - Three (3) Hammermills - Two (2) Hammermill Drag Conveyors - Air Compressor - Two (2) Rail Reclaim Conveyors - Two (2) Dump Reclaim Conveyors ![GRAIN TERMINAL TRANSFER SCREEN](https://sterlingcontrols.com/wp-content/uploads/GRAINTERMTRANSFER-REV-600x324.png) #### Typical Grain Transfer Example: Any grain transfer is first initiated by selecting the source and destination locations. After the source and destination are selected, the operator clicks on the control panel and presses Start. This starts the equipment automatically. Selecting the specific transfer that is currently running and then pressing the Stop button will sequentially shut down the selected running process and equipment. By pressing the Abort button this can either immediately shut down the running process or all processes without a sequential shutdown. A graphical screen in the grain terminal control system will display the transfer process. Status messages, alarms, and functions of the process are displayed. The equipment shown is representative of the equipment controlled. The screens are very dynamic in that all the equipment shown changes shades to identify the various status conditions. Each alarm condition is logged. ![GRINDING SCREEN](https://sterlingcontrols.com/wp-content/uploads/GRINDING-SCREEN-600x338.png) #### Typical Grinding Process Screen This grain terminal includes a grinding process. The grinding screen shows the roller mills and surrounding equipment. When the equipment or vessel is on, or active, the graphic will go from dark grey to bright white. If an alarm exists on any equipment, a red square surrounds the device with a pulsating red triangle. Each ingredient bin for the batching system included in this grain terminal shows the calculated level as a narrow bar graph, and they are color-coded as well. The color is determined by the material level setpoints and bin inventory in the Bin Assignment table. The bar graph will be blue if the material level is above the warning setpoint, yellow if between the warning and low setpoint, and red if below the low setpoint. No matter what the grain terminal consists of or requires, Sterling Systems & Controls can custom engineer your control system solution to increase productivity and profitability. ## Get a Quote --- ### [Grain Handling](https://sterlingcontrols.com/industries-applications/agriculture/grain-handling/) **Published:** May 8, 2024 **Author:** p1ws **Excerpt:** Sterling Systems & Controls, Inc. offers automation for grain handling and processing applications. Often as part of a feed mill automation project, but also as a standalone grain storage or processing unit. **Content:** # Grain Handling ## What is a Processed Grain? Processed, or refined, Grains have been milled, a process that removes the bran and germ. This is done to give Grains a finer texture and improve their shelf life, but it also removes dietary fiber, iron, and many B vitamins. Some examples of refined Grain products are white flour, degermed cornmeal, white bread, and white rice. Sterling Systems & Controls, Inc. offers automation for grain handling and processing applications. Often as part of a feed mill automation project or as a standalone grain storage or processing unit. In these applications, it is important to ensure that the materials are graded and sorted properly. It is also important to provide consistent yield. Grain handling and processing applications are many. Full facility automation, process equipment control and automation, process function automation, and much more can be provided. Grain handling and processing includes control and automation functions, grain storage facility monitoring and operation, Feed Mill processes, and seed facility process control. ![](https://sterlingcontrols.com/wp-content/uploads/Transfer2-3-1024x576.jpg "Transfer2 | Sterling Systems & Controls") ![Grain Handling Equipment](https://sterlingcontrols.com/wp-content/uploads/grain-handling-equipment-600x338.jpg) #### Grain Handling & Processing Key Features: - Grain Receiving/Transfer. - Railcar loading/unloading. - Truck scale use and management. - Raw Material Management, Inventory and Usage. - [Raw Material Lot Tracking (Bar Code, RFID)](/blog/traceability/). - Scheduling. - Pelleting (Feed). - Formulation Management & Storage. - Material Parameters (Tolerance, Feeder Speed, Jog, and Pre-act/Cutoff…). - [Process Validation (Bar Code, RFID…)](/blog/batching-instrumentation-with-traceability-and-validation/). - Equipment Parameters (Scales, Mixer, Dry Ingredient Feeders, Liquid Meters…). - Finished Batch Tracking. - [Preventative Maintenance Planning](/products-capabilities/controls-automation/preventative-maintenance/). - Abnormal Condition Alarms and Tracking. - [Remote Batching & Data Access Software (WebCentral)](/products-capabilities/controls-automation/supervisory-control-software/). - Troubleshooting & Diagnostics Features (Local & Remote). - Least Cost Formulation Software Interfaces. ## Get a Quote --- ### [Sitemap](https://sterlingcontrols.com/sitemap/) **Published:** October 22, 2021 **Author:** p1ws **Content:** # Sitemap - [Stay Ahead of the Curve—Subscribe to the Sterling Systems & Controls Blog Today!](https://sterlingcontrols.com/subscribe-to-our-blog/) - [Home](https://sterlingcontrols.com/) - [Contact](https://sterlingcontrols.com/contact/) - [Request a Parts Quote](https://sterlingcontrols.com/request-a-parts-quote/) - [Products & Capabilities](https://sterlingcontrols.com/products-capabilities/) - [Batching & Weighing](https://sterlingcontrols.com/products-capabilities/batching-weighing/) - [Batching Systems](https://sterlingcontrols.com/products-capabilities/batching-weighing/batching-systems/) - [BatchControl Pro](https://sterlingcontrols.com/products-capabilities/batching-weighing/batchcontrol-pro/) - [Hand Prompt Batching Station](https://sterlingcontrols.com/products-capabilities/batching-weighing/hand-prompt-batching-station/) - [Kitchen Batching System](https://sterlingcontrols.com/products-capabilities/batching-weighing/kitchen-batching-system/) - [Material Weighing Systems](https://sterlingcontrols.com/products-capabilities/batching-weighing/material-weighing-systems/) - [Micro Weighing Systems](https://sterlingcontrols.com/products-capabilities/batching-weighing/micro-weighing-systems/) - [Minor & Major Weighing Systems](https://sterlingcontrols.com/products-capabilities/batching-weighing/minor-major-weighing-systems/) - [Bearing Condition Monitor](https://sterlingcontrols.com/products-capabilities/bearing-condition-monitor/) - [Bulk Bag Handling Systems](https://sterlingcontrols.com/products-capabilities/bulk-bag-handling-systems/) - 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[Preventative Maintenance](https://sterlingcontrols.com/products-capabilities/controls-automation/preventative-maintenance/) - [Supervisory Control Software](https://sterlingcontrols.com/products-capabilities/controls-automation/supervisory-control-software/) - [Data Management for Fracturing Sand Facilities](https://sterlingcontrols.com/products-capabilities/controls-automation/data-management-for-fracturing-sand-facilities/) - [Liquid Handling](https://sterlingcontrols.com/products-capabilities/liquid-handling/) - [Software Applications for Custom Automation & Control](https://sterlingcontrols.com/products-capabilities/software-applications/) - [Process Control Services, Spare Parts & Components](https://sterlingcontrols.com/service/) - [Industries & Applications](https://sterlingcontrols.com/industries-applications/) - [Agriculture](https://sterlingcontrols.com/industries-applications/agriculture/) - [Engineering Services for Seed](https://sterlingcontrols.com/industries-applications/agriculture/engineering-seed/) - [Grain Handling](https://sterlingcontrols.com/industries-applications/agriculture/grain-handling/) - [Grain Terminal Control System](https://sterlingcontrols.com/industries-applications/agriculture/grain-terminal-control/) - [Grinding/Classifying](https://sterlingcontrols.com/industries-applications/agriculture/grinding-classifying/) - [Seed Coating](https://sterlingcontrols.com/industries-applications/agriculture/seed-coating/) - [Baking & Food Processing](https://sterlingcontrols.com/industries-applications/baking-food-processing/) - [Minor Ingredient System for Foods](https://sterlingcontrols.com/industries-applications/baking-food-processing/minor-ingredient-system-foods/) - [Bread Batching](https://sterlingcontrols.com/industries-applications/baking-food-processing/bread-batching/) - [Mixer Bowl Batching System Upgrade](https://sterlingcontrols.com/industries-applications/baking-food-processing/mixer-bowl-batching-upgrades/) - [Mixer Control for Bakery](https://sterlingcontrols.com/industries-applications/baking-food-processing/mixer-control-bakery/) - [Multiple Batching Stations](https://sterlingcontrols.com/industries-applications/baking-food-processing/multiple-batching-stations/) - [Process Control for Food Production](https://sterlingcontrols.com/industries-applications/baking-food-processing/process-control-food-production/) - [Spice Production Process Control](https://sterlingcontrols.com/industries-applications/baking-food-processing/spice-process-control/) - [Breadcrumb Control System](https://sterlingcontrols.com/industries-applications/baking-food-processing/bread-crumb-control-system/) - [Denesting Totes in Minor Batching System](https://sterlingcontrols.com/industries-applications/baking-food-processing/denesting-totes-minor-batching-system/) - [Bakery Batching](https://sterlingcontrols.com/industries-applications/baking-food-processing/bakery-batching/) - [Food Ingredient Batching](https://sterlingcontrols.com/industries-applications/baking-food-processing/food-ingredient-batching/) - [Batching Control System](https://sterlingcontrols.com/industries-applications/baking-food-processing/batching-control-system/) - [Kitchen Batching System](https://sterlingcontrols.com/industries-applications/baking-food-processing/kitchen-batching-system/) - [Liquid Dosing Tote System](https://sterlingcontrols.com/industries-applications/baking-food-processing/liquid-dosing-tote-system/) - [Micro Ingredient Batching for Bakery](https://sterlingcontrols.com/industries-applications/baking-food-processing/micro-ingredient-batching-bakery/) - [Feed Milling & Pet Food Manufacturing](https://sterlingcontrols.com/industries-applications/feed-milling-pet-food-manufacturing/) - [Bulk Bag Resupply of Batching System](https://sterlingcontrols.com/industries-applications/feed-milling-pet-food-manufacturing/bulk-bag-resupply-batching-system/) - [Cattle Feed Batching Control](https://sterlingcontrols.com/industries-applications/feed-milling-pet-food-manufacturing/cattle-feed-batching-control/) - [Custom Feed Mill Controls](https://sterlingcontrols.com/industries-applications/feed-milling-pet-food-manufacturing/custom-feed-mill-controls/) - [Feed Mill Automation Receiving & Transfer](https://sterlingcontrols.com/industries-applications/feed-milling-pet-food-manufacturing/feed-mill-automation-receiving-transfer/) - [Feed Batching Using Bulk Bags](https://sterlingcontrols.com/industries-applications/feed-milling-pet-food-manufacturing/feed-batching-using-bulk-bags/) - [Grinding Feed Mill Automation](https://sterlingcontrols.com/industries-applications/feed-milling-pet-food-manufacturing/grinding-feed-mill-automation/) - [Hand Prompt Batching in Pet Food](https://sterlingcontrols.com/industries-applications/feed-milling-pet-food-manufacturing/hand-prompt-batching-pet-food/) - [Legacy Software Upgrade for Feed Mill](https://sterlingcontrols.com/industries-applications/feed-milling-pet-food-manufacturing/legacy-software-upgrade-feedmill/) - [Automated Feed Mill Control System](https://sterlingcontrols.com/industries-applications/feed-milling-pet-food-manufacturing/automated-feed-mill-control-system/) - [Loadout Feed Mill Automation](https://sterlingcontrols.com/industries-applications/feed-milling-pet-food-manufacturing/loadout-feed-mill-automation/) - [Manufacturing Cattle Feed](https://sterlingcontrols.com/industries-applications/feed-milling-pet-food-manufacturing/manufacturing-cattle-feed/) - [Pellet Mill Control](https://sterlingcontrols.com/industries-applications/feed-milling-pet-food-manufacturing/pellet-mill-control/) - [Batching Feed Mill Automation](https://sterlingcontrols.com/industries-applications/feed-milling-pet-food-manufacturing/batching-feed-mill-automation/) - [Pelleting Feed Mill Automation](https://sterlingcontrols.com/industries-applications/feed-milling-pet-food-manufacturing/pelleting-feed-mill-automation/) - [Industrial Processing](https://sterlingcontrols.com/industries-applications/industrial-processing/) - [Agglomeration Process Control](https://sterlingcontrols.com/industries-applications/industrial-processing/agglomeration-process-control/) - [Automating Bulk Solids Processes](https://sterlingcontrols.com/industries-applications/industrial-processing/automating-bulk-solids-processes/) - [Batching in Mixing Containers](https://sterlingcontrols.com/industries-applications/industrial-processing/batching-in-mixing-containers/) - [Bulk Bag Discharge of Clay Powder](https://sterlingcontrols.com/industries-applications/industrial-processing/clay-powder-bulk-bag-discharge/) - [Dryer Temperature Monitoring](https://sterlingcontrols.com/industries-applications/industrial-processing/dryer-temperature-monitoring/) - [Dust Control for Powder Handling](https://sterlingcontrols.com/industries-applications/industrial-processing/dust-control-for-powder-handling/) - [Frac Sand Handling](https://sterlingcontrols.com/industries-applications/industrial-processing/frac-sand-handling-systems/) - [FRP Enclosure Manufacturing Systems](https://sterlingcontrols.com/industries-applications/industrial-processing/frp-enclosure-manufacturing-systems/) - [Industrial Batching Systems](https://sterlingcontrols.com/industries-applications/industrial-processing/industrial-batching-systems/) - [Liquid Colorant Dosing](https://sterlingcontrols.com/industries-applications/industrial-processing/liquid-colorant-dosing/) - [Mineral Processing Control](https://sterlingcontrols.com/industries-applications/industrial-processing/mineral-processing-control/) - [Mixing/Blending](https://sterlingcontrols.com/industries-applications/industrial-processing/mixing/) - [Peat Processing](https://sterlingcontrols.com/industries-applications/industrial-processing/peat-processing/) - [Recycling Tires](https://sterlingcontrols.com/industries-applications/industrial-processing/recycling-tires/) - [Rubber Batching](https://sterlingcontrols.com/industries-applications/industrial-processing/rubber-batching/) - [Sand Facility Automated Control System](https://sterlingcontrols.com/industries-applications/industrial-processing/sand-facility/) - [Soda Ash Control](https://sterlingcontrols.com/industries-applications/industrial-processing/soda-ash-control/) - [Weigh System for Metallurgical Application](https://sterlingcontrols.com/industries-applications/industrial-processing/weigh-system-for-metallurgical-application/) - [Well Monitoring Control](https://sterlingcontrols.com/industries-applications/industrial-processing/well-monitoring-control/) - [General](https://sterlingcontrols.com/industries-applications/general/) - [Automating Bulk Bag Filling](https://sterlingcontrols.com/industries-applications/general/automating-bulk-bag-filling/) - [Automation Upgrade](https://sterlingcontrols.com/industries-applications/general/automation-upgrade/) - [Bag Dump Station](https://sterlingcontrols.com/industries-applications/general/bag-dump-station/) - [Communications Upgrade](https://sterlingcontrols.com/industries-applications/general/communications-upgrade/) - [Hand Prompt Batching](https://sterlingcontrols.com/industries-applications/general/hand-prompt-batching/) - [Plantwide Systems](https://sterlingcontrols.com/industries-applications/general/plantwide-systems/) - [Process Controls for OEM’s](https://sterlingcontrols.com/industries-applications/general/process-controls-for-oems/) - [Supervisory Control](https://sterlingcontrols.com/industries-applications/general/supervisory-control/) - [UL Approved Control Panels](https://sterlingcontrols.com/industries-applications/general/ul-approved-control-panels/) - [VFD Control Panels](https://sterlingcontrols.com/industries-applications/general/vfd-control-panels/) - [Resources](https://sterlingcontrols.com/resources/) - [Blog](https://sterlingcontrols.com/resources/blog/) - [Case Studies](https://sterlingcontrols.com/resources/case-studies/) - [White Papers](https://sterlingcontrols.com/resources/white-papers/) - [Listen & Watch](https://sterlingcontrols.com/resources/listen-watch/) - [Terminology](https://sterlingcontrols.com/resources/terminology/) - [Brochures](https://sterlingcontrols.com/resources/brochures/) - [About](https://sterlingcontrols.com/about/) - [Trade Show Schedule](https://sterlingcontrols.com/about/tradeshow-schedule/) - [A Message from the President](https://sterlingcontrols.com/about/letter-from-ceo/) - [Working With Us](https://sterlingcontrols.com/about/working-with-us/) - [Request a Quote](https://sterlingcontrols.com/about/request-a-quote/) - [Testimonials](https://sterlingcontrols.com/about/testimonials/) - [News & Press Releases](https://sterlingcontrols.com/about/news/) - 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Ready to request a quote? Requesting a quote from Sterling Systems & Controls, Inc. is very easy, and there are several ways to do it: - Fill out the form below! - Call us! Yep, pick up the phone and give us a call at 815-281-5378 worldwide. - Use the the “Request Quote” button or “Get A Quote” forms on most pages in this website and submit your request and information. ## Request a Quote --- ### [Working With Us](https://sterlingcontrols.com/about/working-with-us/) **Published:** May 8, 2024 **Author:** p1ws **Content:** # Working With Us ![1714498889536](https://sterlingcontrols.com/wp-content/uploads/1714498889536-600x450.jpg) ## Why Work with Us We want to take this opportunity to thank you for your interest in Sterling Systems & Controls Inc. and to highlight a few of our standard practices, which illustrate our commitment to our customers and the solutions we provide. Even before you purchase your custom-engineered system, a Project Manager has already been assigned to work with you and your team. This individual is a senior engineer with more than 20 years of experience in engineering, coordinating and managing projects for Sterling Systems & Controls customers. To ensure that working with us is the best possible experience for our customers we have strict procedures for the custom-engineered systems that Sterling Systems & Controls provides. ##### Projects are typically handled as follows: - Once an opportunity to provide a solution for a customer is determined and a proposal has been requested, the technical Regional Sales Manager works directly with the Project Manager to coordinate the concept and cost estimate for the project. - If Sterling Systems & Controls is the selected supplier for the system solution, an internal kickoff meeting is held between the technical Regional Sales Manager, Project Manager, and subordinate staff. - After the Kickoff meeting, a formal “Approval Package” is prepared in detail and submitted to the customer. The Approval Package includes, but is not limited to, the following items: - Detailed Equipment List. - Detailed Equipment Layouts (3 Dimensional). - Sequence of Operation. - Control Panel Front Layouts with dimensions. - Control Input & Output List. - Electrical Drawings. - Interconnection Wiring Diagram. - Recommended Spare Parts List. - The Approval Package is presented to the customer for review and approval. - After approval of the documentation contained in the Approval Package: - Components are ordered. - Mechanical and Electrical fabrication begins. - In-house assembly of equipment. - Software and Control Panel testing is completed before shipment (the customer has the option of attending). - Field Commissioning & Testing of the Equipment at the customer site is completed with the Project Manager attending. Optional service estimates are made available if the Sterling Systems & Controls Project Manager needs to be on-site during mechanical installation, which is completed by others. - After commissioning of the equipment is completed, “As-Built” documents are provided. #### Working with us? We Won’t Leave You Hanging To provide the best service to our customers, the Sterling Systems & Controls company culture and structure ensures that our customers can report any problem and that we are available to work on the problem at any time of day, any day of the week, 24/7. Some other companies may require annual contracts and/or a PO before they will even speak with you, putting their needs ahead of yours. Not at Sterling Systems & Controls. Inc. Getting the problem solved and our customers’ production back up and running is the **first** priority. ## Contact Us --- ### [White Papers](https://sterlingcontrols.com/resources/white-papers/) **Published:** May 9, 2024 **Author:** p1ws **Excerpt:** Ready to elevate your operations and unlock new levels of efficiency and quality? Download our white papers now and embark on a journey towards operational excellence with Sterling Controls. **Content:** # White Papers At Sterling Systems & Controls, Inc. we believe in harnessing the power of innovative solutions to drive efficiency and excellence in [material weighing](/products-capabilities/batching-weighing/material-weighing-systems/), [ingredient batching](/products-capabilities/batching-weighing/kitchen-batching-system/), [process control and automation](/products-capabilities/controls-automation/process-controls-automation/). Our collection of white papers delves into critical topics shaping industries today, offering insights and strategies to optimize your operations. ***Ready to elevate your operations and unlock new levels of efficiency and quality? Download our white papers now and embark on a journey toward operational excellence with Sterling Systems & Controls.*** Filter By All Blog Case Studies News Press Releases Uncategorized Video White Paper [ ![Data Graphic](https://sterlingcontrols.com/wp-content/uploads/DATA-IMAGE-1-516x322.jpg "DATA IMAGE (1) | Sterling Systems & Controls") ### Integrating Process Control with ERP Data is everything in today’s Process Control Systems (PCS), capturing extensive data on equipment, processes, inventory usage, and more. Discover the crucial role of integrating data between PCS and ERP systems, exploring the top 5 benefits, along with key challenges and best practices for seamless integration within your business. Dive into our white paper to uncover how this integration can optimize operations, drive business growth, and streamline efficiency in your data integration journey. ](https://sterlingcontrols.com/white-paper/erp/) [ ![](https://sterlingcontrols.com/wp-content/uploads/ONSITE-TRAINING-516x387.jpg "ONSITE TRAINING | Sterling Systems & Controls") ### Unlocking Excellence Ready to unlock unprecedented levels of product quality and consistency in your manufacturing operations? Download our white paper now to explore the practical guide to selecting, integrating, and leveraging automated process control systems. Embrace the technology that offers a path to growth and competitiveness in today’s demanding markets, and shape the future of process manufacturing excellence with automated process control. ](https://sterlingcontrols.com/white-paper/unlocking-excellence/) [ ![Bread Batching Equipment](https://sterlingcontrols.com/wp-content/uploads/bread-batching-equipment-516x387.jpg "bread-batching-equipment | Sterling Systems & Controls") ### Optimizing Production Efficiency Discover the transformative power of automatic ingredient batching systems in revolutionizing process production operations. In our white paper, we delve into the intricacies of these systems, exploring their design considerations, flexibility, and integration with existing infrastructure. Whether you’re in the baking and food processing industry, pet food manufacturing, animal feed production, or rubber compounding, automatic ingredient batching systems offer unparalleled efficiency and quality. ](https://sterlingcontrols.com/white-paper/optimizing-production-efficiency/) [ ![bulk bag loader](https://sterlingcontrols.com/wp-content/uploads/BULK-BAG-LOADING-rev1-e1663699945881-1-516x503.jpg "BULK-BAG-LOADING-rev1-e1663699945881 | Sterling Systems & Controls") ### How to Choose the Right Systems Integrator for Your Project: A Guide Unlock the power of seamless integration for your digital transformation journey with our exclusive white paper. Dive deep into the world of systems integration and discover how partnering with the right company can propel your project to success. From cloud migration to cybersecurity and beyond, systems integrators play a pivotal role in bringing together diverse software and hardware components to create a cohesive and functional system tailored to your specific needs. ](https://sterlingcontrols.com/white-paper/how-to-choose-the-right-systems-integrator-for-your-project-a-guide/) [ ![Lot Table](https://sterlingcontrols.com/wp-content/uploads/LOT-TABLE-WC-SCREEN-REVD-516x342.png "LOT TABLE WC SCREEN REVD | Sterling Systems & Controls") ### Enhancing Process Control Through Effective Data Management Ready to revolutionize your approach to process control and drive operational excellence in your industry? Download our comprehensive white paper, “Enhancing Process Control: Harnessing the Power of Data Management,” today! ](https://sterlingcontrols.com/white-paper/enhancing-process-control/) [ ![](https://sterlingcontrols.com/wp-content/uploads/sterling-material-weighing-automatic-4-672x372-1-516x286.jpg "sterling-material-weighing-automatic-4-672x372 | Sterling Systems & Controls") ### Guardians Of Food Safety Discover the intricate world of ingredient batching systems with our comprehensive white paper, exploring the vital role they play in ensuring food safety and product integrity. Dive into the complexities of traditional methodologies and discover the potential of modernized approaches to fortify the resilience of your food supply chain. ](https://sterlingcontrols.com/white-paper/guardians-of-food-safety/) --- ### [Communications Upgrade](https://sterlingcontrols.com/industries-applications/general/communications-upgrade/) **Published:** May 10, 2024 **Author:** p1ws **Excerpt:** Communications upgrade is necessary for many existing automation systems. Why? Because communication systems have come and gone with only a couple surviving the test of time. Speed, a universal nature and simplicity are what is desired and searched for. One communications system that is increasingly being replaced is DeviceNet. Sterling Systems & Controls can provide a communications upgrade and evolve your system communications from DeviceNet to Ethernet IP, a vastly more preferred communications system. Many industry experts talk about transitioning from DeviceNet to Ethernet as being more important than ever. **Content:** # Communications Upgrade ![PAR-BATCHING-STATION-1-scaled-e1662483370646](https://sterlingcontrols.com/wp-content/uploads/PAR-BATCHING-STATION-1-scaled-e1662483370646-1-578x600.jpg) Communications upgrade is necessary for many existing automation systems. Why? Because communication systems have come and gone with only a couple surviving the test of time. Speed, a universal nature, and simplicity are what is desired and searched for in digital communication systems. One communications system that is increasingly being replaced is DeviceNet. Sterling Systems & Controls, Inc. can provide a communications upgrade and evolve your system communications from DeviceNet to Ethernet IP, a vastly more preferred communications system. Many industry experts talk about transitioning from DeviceNet to Ethernet as being more important than ever. Any kind of conversion from DeviceNet to Ethernet IP would be a custom engineered solution that would involve these general steps: 1. **Analyze the existing system.** a. Collect drawings of the existing automation system. b. Collect existing PLC and HMI programs. c. A possible site visit may be required to confirm that the existing drawings are accurate, and to collect information to produce drawings if none are available. d. Analyze all collected information to identify DeviceNet devices and how they are currently communicating. 2. **Propose new components and programming changes that are required for the conversion.** a. Produce a proposal quote including PLC modules and DeviceNet communications modules required. b. Identify any devices that are obsolete and that will need to be replaced. c. Provide labor quote and estimate of commissioning/onsite time required. 3. **Implementation.** a. Purchase and provide required components. b. Provide any required drawings. c. Implement programming changes offline. d. Onsite visit to assist the electrical contractor with installation, make software changes, and commission. ## Get a Quote --- ### [General](https://sterlingcontrols.com/industries-applications/general/) **Published:** May 10, 2024 **Author:** p1ws **Content:** # General ## General Capabilities Sterling Systems & Controls, Inc. has provided General Capabilities for more than 50 years, including Material Weighing, Ingredient Batching, Bulk Bag Unloading and Filling, Process Equipment Controls and Process Automation. Sterling Systems & Controls specializes in listening to our customers discuss their objectives, and providing custom-engineered solutions to meet these objectives in weighing, batching and process controls/automation. Our industry focus includes Animal Feed Milling, Pet Food Manufacturing, Food Production, Baking, Rubber Compounding and many other industrial segments. Whatever your needs and specifications, we can design and build customized equipment and systems that suit your application. We can help you optimize your processes for receiving, moving, blending, sorting, sizing, weighing, batching, and loading your dry bulk and liquid materials. We are dedicated to delivering high-quality and cost-effective systems that meet your expectations. Our skilled and professional engineering team will collaborate with you and your team to design and customize your next process control/automation, ingredient batching, material weighing, or bulk material handling process system according to your requirements. We will supply the process equipment you need, and design and manufacture your electrical and process automation control panels. We use the latest technology and best practices for process equipment electrical/electronic hardware, and custom-developed software. [ ![](https://sterlingcontrols.com/wp-content/uploads/PICT0046-e1593026077437-1-516x387.jpg "PICT0046-e1593026077437 | Sterling Systems & Controls") ### Automating Bulk Bag Filling ](https://sterlingcontrols.com/industries-applications/general/automating-bulk-bag-filling/) [ ![](https://sterlingcontrols.com/wp-content/uploads/BatchingScreenRunning-e1662475435240-1-516x282.png "BatchingScreenRunning-e1662475435240 | Sterling Systems & Controls") ### Automation Upgrade ](https://sterlingcontrols.com/industries-applications/general/automation-upgrade/) [ ![](https://sterlingcontrols.com/wp-content/uploads/100_2613-1-e1593025734436-1-516x385.jpg "100_2613-1-e1593025734436 | Sterling Systems & Controls") ### Bag Dump Station ](https://sterlingcontrols.com/industries-applications/general/bag-dump-station/) [ ![](https://sterlingcontrols.com/wp-content/uploads/PAR-BATCHING-STATION-1-scaled-e1662483370646-1-497x516.jpg "PAR-BATCHING-STATION-1-scaled-e1662483370646 | Sterling Systems & Controls") ### Communications Upgrade ](https://sterlingcontrols.com/industries-applications/general/communications-upgrade/) [ ![](https://sterlingcontrols.com/wp-content/uploads/HANDPROMPTODDSWEIGHSCREEN-1-e1610730407643-1-516x282.png "HANDPROMPTODDSWEIGHSCREEN-1-e1610730407643 | Sterling Systems & Controls") ### Hand Prompt Batching ](https://sterlingcontrols.com/industries-applications/general/hand-prompt-batching/) [ ![](https://sterlingcontrols.com/wp-content/uploads/BAKING-AND-FOOD-PLANTWIDE-AUTOMATION-DIAGRAM-e1594239238914-1-516x354.jpg "BAKING-AND-FOOD-PLANTWIDE-AUTOMATION-DIAGRAM-e1594239238914 | Sterling Systems & Controls") ### Plantwide Systems ](https://sterlingcontrols.com/industries-applications/general/plantwide-systems/) [ ![](https://sterlingcontrols.com/wp-content/uploads/20170204_022658-e1665409740701-1-516x387.jpg "20170204_022658-e1665409740701 | Sterling Systems & Controls") ### Process Controls for OEM’s ](https://sterlingcontrols.com/industries-applications/general/process-controls-for-oems/) [ ![](https://sterlingcontrols.com/wp-content/uploads/WEBCENTRAL-INGRED-INV-2-516x375.png "WEBCENTRAL-INGRED-INV | Sterling Systems & Controls") ### Supervisory Control ](https://sterlingcontrols.com/industries-applications/general/supervisory-control/) [ ![](https://sterlingcontrols.com/wp-content/uploads/MAIN-CP-INT-1-1-516x309.jpg "MAIN CP INT (1) | Sterling Systems & Controls") ### UL Approved Control Panels ](https://sterlingcontrols.com/industries-applications/general/ul-approved-control-panels/) [ ![](https://sterlingcontrols.com/wp-content/uploads/20180422_114232-e1594736956762-1-1-516x474.jpg "20180422_114232-e1594736956762 (1) | Sterling Systems & Controls") ### VFD Control Panels ](https://sterlingcontrols.com/industries-applications/general/vfd-control-panels/) ## Get a Quote --- ### [Weigh System for Metallurgical Application](https://sterlingcontrols.com/industries-applications/industrial-processing/weigh-system-for-metallurgical-application/) **Published:** May 14, 2024 **Author:** p1ws **Excerpt:** Weighing and Batching systems exist in virtually any industrial process. In the metals industry, a metallurgical company that processes a trace mineral and produces high-quality metallurgical products, including spent catalysts, filter cakes and grindings, had a weighing requirement. In this case, a material weigh batch system for metallurgical application has been provided consisting of six (6) transfer tote hoppers, as well as two (2) surge hoppers. The transfer totes were 33.6 cubic feet, with 24.9 cubic feet of working capacity, and included fork pockets for movement of the transfer totes using a forklift truck. The cone of each transfer tote is 65 degrees. **Content:** # Weigh System for Metallurgical Application ![DSCF0514](https://sterlingcontrols.com/wp-content/uploads/DSCF0514-1-448x600.jpg) Weighing and Batching systems exist in virtually any industrial process. In the metals industry, a metallurgical company that processes a trace mineral and produces high-quality metallurgical products, including spent catalysts, filter cakes and grindings, had a material weighing requirement. In this case, a material weigh [batch system](/products-capabilities/batching-weighing/batching-systems/) for metallurgical application has been provided consisting of six (6) transfer tote hoppers, as well as two (2) surge hoppers. The transfer totes are 33.6 cubic-feet in size, with 24.9 cubic-feet of working capacity, and included fork pockets for movement of the transfer totes using a forklift truck. The cone of each transfer tote is 65 degrees. Note: Metallurgy is a domain of materials science and engineering that studies the physical and chemical behavior of metallic elements, their inter-metallic compounds, and their mixtures, which are called alloys. The surge hoppers are 8.5 cubic-feet, with a 5 cubic-foot working capacity, constructed of heavy-duty painted mild steel. Each incorporates a heavy-duty vibratory feeder and feeder controller with 4-20mA signal. A platform scale is provided for each transfer tote that has a four (4) point load cell weighing system good for weights up to 10,000lbs. The weigh batching system feeds material onto a belt conveyor that is 40ft long and 12″ wide. For the weigh batch system for metallurgical application Sterling Systems & Controls engineers provided a sequence of operations, sample PLC programming, and an equipment list for a control system to be developed by the customer. While this is very unusual, Sterling Systems & Controls will work with customers to provide a custom system that performs and delivers what is needed and wanted by the customer. ## Get a Quote --- ### [Soda Ash Control](https://sterlingcontrols.com/industries-applications/industrial-processing/soda-ash-control/) **Published:** May 14, 2024 **Author:** p1ws **Excerpt:** The basic configuration for a sand facility automated control system includes a customized Rockwell Automation Factory Talk ME software running on a desktop PC, interfaced with the PLC Control Panel, a Motor Starter Control Panel and Sterling Systems & Controls, Inc. unique SandTrack™ software with WebCentral™ remote supervisory control software application. This is typically a system used for sand drying and loading/distribution. **Content:** # Soda Ash Control ![Slurry-Injection-2](https://sterlingcontrols.com/wp-content/uploads/Slurry-Injection-2-1-600x450.jpg) Soda ash, or sodium carbonate (NA2CO3) is a water-soluble salt of Carbonic acid. It is often used in municipal water treatment plants to raise the pH of the water. “Historically, sodium carbonate was extracted from the ashes of plants growing in sodium-rich soils, such as vegetation from the Middle East, kelp from Scotland, and seaweed from Spain. Because the ashes of these sodium-rich plants were noticeably different from ashes of timber (used to create potash), they became known as soda ash” – source Wikipedia. Soda ash control is an important aspect of the use of soda ash in water treatment facilities. In this soda ash control application, Sterling Systems & Controls worked with the construction contractor and end-user (municipality) to provide a control system and automation for the soda ash processing and handling equipment. The control system consists of a stainless steel NEMA4X PLC Control Panel that contains a Main Disconnect, E-Stop button, Alarm Horn and Beacon, Alarm Silence button, and a 6” PanelView Compact Color Touchscreen HMI. A second control panel is also included, which is a stainless steel NEMA4X Silo Fill Control Panel containing Manual/Off/Auto (MOA) switches, indicator lights, and an Alarm Horn. Indicator lights notify the operator of silo levels and the status of selected equipment. An alarm horn notifies the operator of all urgent or abnormal conditions. The horn can be silenced at any time via an alarm silence pushbutton and from the HMI. MOA switches on the Silo Fill Control Panel provide manual-off-auto operation for selected equipment. A switch must be placed in the automatic position for the PLC to control the corresponding equipment automatically. When MOA switches are placed in the A (automatic) mode, the system is operated by setpoints and the system parameters are entered into the HMI. Pressing the on-screen Start pushbutton will enable automatic operation of the selected process. When the system is enabled and in automatic mode, it will control the Slurry Refill, Silo Filling, and Slurry Injection processes as described below. ##### Slurry Refill Startup Process The soda ash control system is started as follows: - The Operator ensures that the Emergency Stop (E-Stop) is pulled out and the system is powered up and ready. Using the Touchscreen HMI, the operator places all equipment in the automatic mode using each item’s MOA switch. - As long as the E-Stop is pulled out and the Agitator is not in the O (off) Mode, the Agitator will run continuously. - The operator verifies and adjusts the initial Screw Feeder speed setpoint (feed rate) on the Touchscreen HMI as necessary. - The operator presses the on-screen Slurry Refill Start push button. - The System will evaluate the Anti-Blockage switch (AB) and confirm no blockage. An alarm will be generated if a blockage is detected, and no equipment will be started. - If the Silo Security Level (low level) indicates a security level, the system will generate an alarm, and no equipment will be started. - If the Slurry Tank High Level indicates a high-level condition, the system will generate an alarm, and no equipment will be started. - If the Slurry Tank Batch Level indicates that the tank level is at or below the batch level but not at or below the Slurry Tank Low Level, the system will start the Injector Motor and confirm that it is running. A short programmable Spin-Up timer will also be started. - The system will open the Water Supply Solenoid Valve when the Spin-Up Timer expires. - The system will simultaneously start the Screw Feeder and Arch Breaker. - The speed of the Screw Feeder is determined by an initial setpoint on the Touchscreen HMI, which can be changed in real-time at any time from the process screen. System Parameters are provided to define the Maximum and Minimum allowable speed setpoints. - The Touchscreen HMI displays the status of the equipment on the screen and indicates that the system is running. ![](https://sterlingcontrols.com/wp-content/uploads/Slurry-Refill-1.jpg "Slurry-Refill-1 | Sterling Systems & Controls")Silo Refill Screen ##### **Slurry Refill Shutdown Process** The equipment can be stopped in one of 8 ways: 1. By Pressing the E-Stop button. This will electrically turn off all equipment immediately and stop the system. 2. By Pressing the Slurry Refill Stop pushbutton on the Touchscreen HMI. This causes the system to shut down as described below and Disables the system until the Start pushbutton is pressed again. 3. By Detecting the Silo Security Level (low level). The system will attempt to resolve any product bridging by running the silo vibrators for a programmable amount of time. If the SSL condition still exists, equipment will be shut down as described below, and the system will be disabled until the condition has been corrected and the Start pushbutton is pressed again. 4. By Detecting the Slurry Tank High Level. Equipment is shut down as described below, and the system remains enabled but idle until the Slurry Tank Batch Level is detected. 5. Detecting the Slurry Tank’s Low Level will shut down the equipment immediately. The system will be disabled until the condition has been corrected and the Start pushbutton is pressed again. Note: The process can start when there is a Slurry Tank Low-Level condition, but once the slurry surpasses this level and falls back below, the alarm will be triggered, and the equipment will be shut down immediately. 6. By Detecting a signal on the Anti-Blockage switch. Equipment is shut down as described below. The system is Disabled until the condition has been corrected and the Start pushbutton is pressed again. 7. By Detecting that the Agitator is not running. Equipment is shut down immediately. The system is Disabled until the condition has been corrected and the Start pushbutton is pressed again. 8. By Detecting that the Screw Feeder is not rotating from the Rotation Sensor. Equipment is stopped immediately. **Once the system determines it is time to shut down the equipment, based on one of the conditions listed above, it turns off the Arch Breaker and Screw Feeder immediately.** 1. The Water Supply Solenoid Valve is also closed, and the system starts a programmable Purge Timer for the Injector Screw. 2. Once the Screw Feeder Purge Timer expires, the system will turn off the Injector Screw. ##### **Other Processes Automated** ![](https://sterlingcontrols.com/wp-content/uploads/Silo-Filling-1.jpg "Silo-Filling-1 | Sterling Systems & Controls")Silo Filling Screen Automation of the following processes also exists in this system: - Silo Filling Startup - Silo Filling Shutdown - Slurry Injection Startup - Slurry Injection Shutdown - System Alarms - Manual Control - Manual Interlocking Rules - System Parameters ## Get a Quote --- ### [Sand Facility Automated Control System](https://sterlingcontrols.com/industries-applications/industrial-processing/sand-facility/) **Published:** May 14, 2024 **Author:** p1ws **Excerpt:** The basic configuration for a sand facility automated control system includes a customized Rockwell Automation Factory Talk ME software running on a desktop PC, interfaced with the PLC Control Panel, a Motor Starter Control Panel and Sterling Systems & Controls, Inc. unique SandTrack™ software with WebCentral™ remote supervisory control software application. This is typically a system used for sand drying and loading/distribution. **Content:** # Sand Facility Automated Control System ![TruckLoadingSilo2RunningSpoutHome-e1662056556925](https://sterlingcontrols.com/wp-content/uploads/TruckLoadingSilo2RunningSpoutHome-e1662056556925-1-600x338.png) The basic configuration for a sand facility automated control system includes a customized Rockwell Automation Factory Talk ME software running on a desktop PC, interfaced with the PLC Control Panel, a Motor Starter Control Panel, and Sterling Systems & Controls, Inc. unique SandTrack™ software with [WebCentral™ remote supervisory control software application](/products-capabilities/controls-automation/supervisory-control-software/). This is typically a system used for sand drying and loading/distribution. ##### Typical Configuration of Sand Facility Automated Control System [The Sand Facility Automated Control System](/products-capabilities/controls-automation/data-management-for-fracturing-sand-facilities/) desktop PC with dual monitors is typically located in the facility control room, while the PLC Control Panel and Motor Starter Control Panel would be located in an electrical control room near the equipment they control. The motor starter panel can be designed for various motor voltages, but the typical Sand Facility Automated Control System is designed for 480V, 3∅, 60Hz, and 1200A incoming power. The motor starter control panel circuit breaker main disconnect is typically rated at 65K available inrush current rating. The required regulated voltage 115VAC, 1∅, 60Hz is supplied by a step-down transformer mounted near the motor starter control panel. The PLC control panel encloses the Allen-Bradley Compact Logic PLC and associated I/O modules. MOA (manual/off/auto) selector switches, push buttons, and indicator lights for manual operation are mounted on the front door of the control panel. The motor starter control panel encloses the circuit breakers, reversing gates/diverters, non-reversing motor starters, a soft-start motor controller, and a VFD (variable frequency drive) for the feeders. The main disconnect circuit breaker provides short-circuit protection to the motor starter panels. The desktop PC running the Sterling Systems & Controls customized software is located in an office area and communicates via Ethernet with the Allen-Bradley PLC to interface and control the process equipment. The Factory Talk ME software customization is engineered to contain graphics for rail unloading/transfer and truck filling/loading. MOA switches for running each piece of equipment in the software with indicators on the graphic screens to show equipment condition, as well as silo level status. The desktop PC will also have the SandTrack™ software application installed which uses SQL express database for data storage. SandTrack retrieves and stores data for daily operations and required reports. Truck and spout positioning and filling start/stop occur using a camera system and the desktop PC HMI screens. The operator enters the target weight into the desktop PC and the PLC controls equipment during the weighment sequence. ![](https://sterlingcontrols.com/wp-content/uploads/TruckDetailsScreen-768x432-1.png)##### Concept of Operation The operator can adjust operating parameters for the system using the keyboard and mouse. Some of these parameters include equipment timers and other system parameters. The software has multiple security levels so that different parameters within the software can only be adjusted by select individuals. The system has separate graphic screens for each area of operation for ease of understanding and control. The systems feature object-based “touch manual control”. The operator can simply touch a graphic object, and a prompt will pop up that allows the object to be manually started, jogged, or stopped. “Touch manual control” is a very handy feature to have in the control software. ## Get a Quote --- ### [Batching in Mixing Containers](https://sterlingcontrols.com/industries-applications/industrial-processing/batching-in-mixing-containers/) **Published:** May 13, 2024 **Author:** p1ws **Excerpt:** Sterling Systems & Controls, Inc. has provided a custom engineered automation for an ingredient batching system featuring batching in mixing containers. This includes three (3) transfer/mixing scale carts (each a different size capacity) with the structural frame, two (2) single scale HMI control panels with Allen Bradley PanelView Plus operator interface terminals (one located at each end of the system), two (2) VFD (variable frequency drive) electrical control panels (one located at each end of the system), and one (1) common CompactLogix PLC system panel. The system utilizes eight (8) ingredient feeders and bins for batching ingredients via gain-in-weight. The automation system controls the batching process by operating the two-stage feeders as required. The “mixing containers”, when filled with a completed batch, will be moved directly to the “container mixer” for mixing. **Content:** # Batching in Mixing Containers ![20180308_193019CROPPED-scaled-e1620664727277](https://sterlingcontrols.com/wp-content/uploads/20180308_193019CROPPED-scaled-e1620664727277-1-586x600.jpg) Sterling Systems & Controls, Inc. has provided a custom-engineered ingredient batching system featuring the collection of ingredient batches in mixing containers. This includes three (3) transfer/mixing scale carts (each a different size capacity) with the structural frame, two (2) single scale HMI control panels with Allen-Bradley PanelView Plus operator interface terminals (one located at each end of the system), two (2) VFD (variable frequency drive) electrical control panels (one located at each end of the system), and one (1) common CompactLogix PLC system panel. The system utilizes eight (8) ingredient feeders and bins for batching ingredients via gain-in-weight. The automation system provided by Sterling Systems & Controls, automates and controls the batching process by operating the two-stage feeders as required. The “mixing containers,” when filled with a completed batch, will be moved directly to the “container mixer” for mixing. ##### **Operation** Two (2) mixing containers on their respective transfer/scale carts start their travel during the batching process from points at opposite ends of the system from each other. Once the first cart that begins its travel completes its collection of batched ingredients, including automatic and semi-automatic hand-adds, the second cart is automatically controlled to begin its travel and then collect its ingredients. When a cart completes its batching cycle it is then manually removed and brought to the mixer where it is connected and the mixing process begins. Once mixing is complete, the cart’s contents are emptied downstream in the overall process and the cart is returned to the ingredient filling system for the next batch. This system provides an expandable solution for automatically batching formulas with multiple dry ingredients. The system indexes the mixing containers to the proper locations, automatically controls the feeders, and weighs each ingredient into the mixing container in a gain-in-weight fashion. While processing instructions to batch a specific formula, the automation controls will provide equipment instructions to automatically position the traveling mixing containers and dispense ingredients. For example, assume that a batch of “Example Formula #1” will be run on Scale Cart #1 (recall from the above paragraphs that two (2) scale carts \[a mixing container is attached to the scale cart by the operator before beginning a batch\] start their travel during a batching process). It is assumed that all data has been entered previously and that all equipment is in automatic mode, and the system is idle and ready to process a batch command. 1. Three tote sizes (300 Liter, 600 Liter, & 1,000 Liter in this example) can be filled in this process. The operator ensures the appropriate tote dust hood is moved into position before manually placing the totes onto the traveling automated scale carts. The dust hood allows the dust collection system to ensure there is not an unacceptable amount of dust created in the environment during the batching process. 2. When loading a tote, the operator will push the mixing container (tote) all the way forward where the automatic pneumatic locking device will engage the bottom of the back cross-brace of the tote. This attaches the tote (mixing container) to the traveling mechanism that will position the mixing container under the correct ingredient feeder. 3. The operator goes to the PanelView at the appropriate HMI control panel and selects the formula (there is one control panel at each end of the system). 4. The operator selects the proper mixing container size on the HMI to inform the system which size container to expect. 5. The operator will press the Start pushbutton on the HMI control panel. 6. The system will evaluate the gross weight of the Mixing Container on the scale cart and compare it to the Empty Container’s minimum and maximum weights. 7. The system goes through the automatic indexing of the mixing container and feeding of ingredients to create a batch. 8. Hand-adds are added at the end of the automatic batching sequence and the mixing container, with the completed batch, is moved to the mixer by the operator. The video shown here illustrates the mixing container indexing and filling with ingredients. The isometric illustration in the video shows the entire system with the Mixing Container scale carts, HMI panel and VFD electrical panel at each end of the batching system. ## Get a Quote --- ### [Agglomeration Process Control](https://sterlingcontrols.com/industries-applications/industrial-processing/agglomeration-process-control/) **Published:** May 10, 2024 **Author:** p1ws **Content:** # Agglomeration Process Control ![agglomeration process control](https://sterlingcontrols.com/wp-content/uploads/agglomeration-process-control-600x492.jpg) Agglomeration is when particles of solid materials, powders or granules, stick together or to some solid surface. In powder and bulk solid storage, processing and handling the agglomeration of bulk solids is often unwanted and leads to material flow problems. However, it can be advantageous in certain circumstances and something purposefully done. An example of agglomeration process control is explained. Compaction of a bulk solid powder or granule material into a larger size is often an important step in the production of an end product. The compactor is a key process equipment item for agglomeration. Control of the compactor and the agglomeration process is important to production efficiency and profitability. Sometimes, agglomeration equipment like the compactor can be used for something slightly different than agglomeration, such as crushing diamonds to produce abrasives. The agglomeration process control and control of the compactor is essentially the same. In one such agglomeration process control application, to control the compactor an HMI Control Panel and VFD Electrical Panel were provided. The main operator interface for a compactor [process control and automation](/products-capabilities/controls-automation/process-controls-automation/) system is via an Allen-Bradley PanelView Plus Compact terminal mounted in an enclosure running a custom-designed Sterling Systems & Controls process control application. The HMI Control Panel with PanelView Plus Compact terminal provides all agglomeration process control equipment necessary to run the compactor. This particular compactor has three settings that can be selected by the customer to choose when starting, e.g. 20 tons (2400psi), 25 tons (3000psi) and 30 tons (3600psi). #### How it Works Once power has been applied to the HMI Control Panel, and the applicable circuit breakers in the panel have been turned on, the PLC and PanelView Plus Compact terminal will begin booting. After completing the power-on self-tests, the PanelView Plus Compact terminal should automatically launch the Control System application and present the Main Screen (Figure 1). The Main Screen displays the current Hydraulic Pressure, the system Start and Stop buttons with indications when spinning up and purging, and the Control Group selection. Access to the various screens, features and functions of the control system application is accomplished by touching the menu button. Certain areas of the application may require a password to be entered before the screen will be displayed. The Control Group can offer multiple groups to be selected, e.g. in this case Group 1, 2 and 3. The Control Group screen is available to view setpoints for all three groups when the system is stopped. The current group setpoints will be available to change when the system is running. From this screen, you can adjust the Compaction Setpoint (Ton), Vibratory Feeder Speed Setpoint (%), Compactor Motor Speed Setpoint (%), Hydraulic Pump Speed Setpoint (%), Pressure Release Dump Activation Setpoint, and Pressure Release Dump Activation Delay Setpoint. The Main Menu (Figure 3) provides access to all screen selections in the control system. Pressing the MAIN button will flip to the main screen (Figure 1). Pressing the MOA or MOA-2 will flip to the manual-off-auto screen. Alarm History will flip to the system alarm history page. Login will bring up a pop-up screen to allow entry of user name and password. Logout will take the security back to the Default level. ![Compactor Main Screen](https://sterlingcontrols.com/wp-content/uploads/compactor-main-screen-1.jpg "compactor-main-screen-1 | Sterling Systems & Controls")Compactor Main Screen Fig 1 ![Control Group Screen](https://sterlingcontrols.com/wp-content/uploads/control-group-screen-1.jpg "control-group-screen-1 | Sterling Systems & Controls")Control Group Screen Fig 2 ![Main Menu Screen](https://sterlingcontrols.com/wp-content/uploads/main-menu.jpg "main-menu | Sterling Systems & Controls")Main Menu Screen Fig 3 **Password-protected screens:** - System Parameters 1 and 2 Screen. - Control Group will flip to the Group Setpoints. - Configurator will flip to the HMI settings. Manual/Off/Auto screens can be accessed through the Menu. Press the MENU to go to the Main Menu screen. While logged in as OPER (Operator) this will allow someone to press the MENU or All Auto buttons to put the system in automatic. When logging in as MAINT (Maintenance) or SUPER (Supervisor), this will allow someone to access the Manual, Off, and Auto buttons for each piece of equipment and also to change the setpoint for the Manual operation. The System Parameters screens (Figure 5) allow for the adjustment of timer values and other adjustable parameters in the system. Use the MENU button (Figure 2 or 4) to go to the Main Menu. Use the PARAM 2 or PARAM 1 buttons (Figure 3) to flip between parameter screens. Use the LOGIN button to unlock the password-protected screen. The provided instruction manual and quick start operating procedure detail the further specific operation of the compactor. VFD Electrical Control Panel contains all motor drives, contactors, starters and other electrical control equipment required for operation of the Compactor. ![MOA Screen](https://sterlingcontrols.com/wp-content/uploads/moa-screen-1.jpg "moa-screen | Sterling Systems & Controls")Manual Off Auto Fig 4 ![Parameters Screen](https://sterlingcontrols.com/wp-content/uploads/paramters-screen.jpg "paramters-screen | Sterling Systems & Controls")System 1 Parameters Screen Fig 5 ## Request a Quote --- ### [Industrial Processing](https://sterlingcontrols.com/industries-applications/industrial-processing/) **Published:** May 10, 2024 **Author:** p1ws **Excerpt:** When it comes to process manufacturing in a wide variety of industries, Sterling Systems & Controls, Inc. has the process and technology expertise to custom engineer solutions for virtually any industrial process. **Content:** # Industrial Processing When it comes to process manufacturing in a wide variety of industries, Sterling Systems & Controls, Inc. has the process and technology expertise to custom engineer solutions for virtually any industrial process. Our expertise in process controls/automation, ingredient batching, material weighing, bulk bag unloading and filling, and liquid dosing and handling extends to various industrial markets. We bring the total weight of our more than 50 years of experience to every application. An excellent example is the compounding and processing of materials to manufacture various rubber products. This requires the accurate batching of ingredients together for mixing and further processing, including oils and other bulk ingredients like carbon black, clay, etc. Our rubber batching systems typically include an automatic minor ingredient system, a semi-automatic hand-add batching system, dust collection, automatic indexing of totes, liquid systems, and a state-of-the-art control system. Sterling Systems & Controls has custom-engineered and manufactured batching systems and controls for rubber compounding for various rubber products. But our industrial processing experience doesn’t stop at rubber products. We have experience helping our customers efficiently and consistently produce other products, including a variety of construction material products, processed minerals, paints, and many types of specialty chemical products. Industrial processing markets and applications include hydraulic fracturing sand processing, pulp and paper, glass, plastics, wood, biomass, cosmetics, refractory materials, ceramics, cement, water/wastewater, and even industrial machine controls. ## Industrial Processing [ ![agglomeration process control](https://sterlingcontrols.com/wp-content/uploads/agglomeration-process-control-516x423.jpg "agglomeration-process-control | Sterling Systems & Controls") ### Agglomeration Process Control ](https://sterlingcontrols.com/industries-applications/industrial-processing/agglomeration-process-control/) [ ![bulk solids automation](https://sterlingcontrols.com/wp-content/uploads/bulk-solids-automation-516x385.jpg "bulk-solids-automation | Sterling Systems & Controls") ### Automating Bulk Solids Processes ](https://sterlingcontrols.com/industries-applications/industrial-processing/automating-bulk-solids-processes/) [ ![](https://sterlingcontrols.com/wp-content/uploads/20180308_193019CROPPED-scaled-e1620664727277-1-504x516.jpg "20180308_193019CROPPED-scaled-e1620664727277 | Sterling Systems & Controls") ### Batching in Mixing Containers ](https://sterlingcontrols.com/industries-applications/industrial-processing/batching-in-mixing-containers/) [ ![CLAY BULK BAG DISCHARGING](https://sterlingcontrols.com/wp-content/uploads/CLAY-BULK-BAG-DISCHARGING-290x516.png "CLAY BULK BAG DISCHARGING | Sterling Systems & Controls") ### Bulk Bag Discharge of Clay Powder ](https://sterlingcontrols.com/industries-applications/industrial-processing/clay-powder-bulk-bag-discharge/) [ ![](https://sterlingcontrols.com/wp-content/uploads/Home-1-1-516x385.png "Home-1 | Sterling Systems & Controls") ### Dryer Temperature Monitoring ](https://sterlingcontrols.com/industries-applications/industrial-processing/dryer-temperature-monitoring/) [ ![](https://sterlingcontrols.com/wp-content/uploads/IMG_0951RESIZED-e1593031306938-1-516x387.jpg "IMG_0951RESIZED-e1593031306938 | Sterling Systems & Controls") ### Dust Control for Powder Handling ](https://sterlingcontrols.com/industries-applications/industrial-processing/dust-control-for-powder-handling/) [ ![](https://sterlingcontrols.com/wp-content/uploads/RailcarScreen-e1593100955255-2-516x290.jpg "RailcarScreen-e1593100955255 | Sterling Systems & Controls") ### Frac Sand Handling ](https://sterlingcontrols.com/industries-applications/industrial-processing/frac-sand-handling-systems/) [ ![](https://sterlingcontrols.com/wp-content/uploads/IMG_0952-e1594151310828-1-516x387.jpg "IMG_0952-e1594151310828 | Sterling Systems & Controls") ### FRP Enclosure Manufacturing Systems ](https://sterlingcontrols.com/industries-applications/industrial-processing/frp-enclosure-manufacturing-systems/) [ ![](https://sterlingcontrols.com/wp-content/uploads/AUTOMATIC-INGREDIENT-BATCHING-e1619096179455-1-516x378.jpg "AUTOMATIC-INGREDIENT-BATCHING-e1619096179455 | Sterling Systems & Controls") ### Industrial Batching Systems ](https://sterlingcontrols.com/industries-applications/industrial-processing/industrial-batching-systems/) [ ![](https://sterlingcontrols.com/wp-content/uploads/20181205_170157CROP-e1594231383756-1-516x309.jpg "20181205_170157CROP-e1594231383756 | Sterling Systems & Controls") ### Liquid Colorant Dosing ](https://sterlingcontrols.com/industries-applications/industrial-processing/liquid-colorant-dosing/) [ ![](https://sterlingcontrols.com/wp-content/uploads/Process-100-e1654550523440-1-516x282.png "Process-100-e1654550523440 | Sterling Systems & Controls") ### Mineral Processing Control ](https://sterlingcontrols.com/industries-applications/industrial-processing/mineral-processing-control/) [ ![](https://sterlingcontrols.com/wp-content/uploads/MAIN-BATCHING-PROCESS-SCREEN-ENLARGED-e1628717141991-1-516x385.jpg "MAIN-BATCHING-PROCESS-SCREEN-ENLARGED-e1628717141991 | Sterling Systems & Controls") ### Mixing/Blending ](https://sterlingcontrols.com/industries-applications/industrial-processing/mixing/) [ ![](https://sterlingcontrols.com/wp-content/uploads/PROCESS-OVERVIEW-e1594235705345-1-516x320.jpg "PROCESS-OVERVIEW-e1594235705345 | Sterling Systems & Controls") ### Peat Processing ](https://sterlingcontrols.com/industries-applications/industrial-processing/peat-processing/) [ ![](https://sterlingcontrols.com/wp-content/uploads/PROCESS-SCREEN-WO-TEMPS-e1594312959774-1-516x387.jpg "PROCESS-SCREEN-WO-TEMPS-e1594312959774 | Sterling Systems & Controls") ### Recycling Tires ](https://sterlingcontrols.com/industries-applications/industrial-processing/recycling-tires/) [ ![](https://sterlingcontrols.com/wp-content/uploads/INSTALLED-BATCHING-SYSTEM-WITH-DUST-COLLECTION-CROPPED-2048x1156-1-516x291.jpg "INSTALLED-BATCHING-SYSTEM-WITH-DUST-COLLECTION-CROPPED-2048x1156 | Sterling Systems & Controls") ### Rubber Batching ](https://sterlingcontrols.com/industries-applications/industrial-processing/rubber-batching/) [ ![](https://sterlingcontrols.com/wp-content/uploads/TruckLoadingSilo2RunningSpoutHome-e1662056556925-1-516x290.png "TruckLoadingSilo2RunningSpoutHome-e1662056556925 | Sterling Systems & Controls") ### Sand Facility Automated Control System ](https://sterlingcontrols.com/industries-applications/industrial-processing/sand-facility/) [ ![](https://sterlingcontrols.com/wp-content/uploads/Slurry-Injection-2-1-516x387.jpg "Slurry-Injection-2 | Sterling Systems & Controls") ### Soda Ash Control ](https://sterlingcontrols.com/industries-applications/industrial-processing/soda-ash-control/) [ ![](https://sterlingcontrols.com/wp-content/uploads/DSCF0514CROPPED-e1594740671263-1-253x516.jpg "DSCF0514CROPPED-e1594740671263 | Sterling Systems & Controls") ### Weigh System for Metallurgical Application ](https://sterlingcontrols.com/industries-applications/industrial-processing/weigh-system-for-metallurgical-application/) [ ![](https://sterlingcontrols.com/wp-content/uploads/Home-2.png "Home | Sterling Systems & Controls") ### Well Monitoring Control ](https://sterlingcontrols.com/industries-applications/industrial-processing/well-monitoring-control/) > ****What is Industrial Processing?**** > > Industrial processing refers to the transformation of raw materials or intermediate products into finished goods or components using various techniques and machinery that do not fall into other previously mentioned industry segments (baking, food, etc.). It encompasses various industries with specific processes, such as metallurgy and metal processing, electronics production, automotive, and textiles. ## Get a Quote --- ### [Custom Feed Mill Controls](https://sterlingcontrols.com/industries-applications/feed-milling-pet-food-manufacturing/custom-feed-mill-controls/) **Published:** May 10, 2024 **Author:** p1ws **Content:** # Custom Feed Mill Controls ![feed mill controls](https://sterlingcontrols.com/wp-content/uploads/feed-mill-controls-600x328.png) Integrating various application modules into Custom [Feed Mill Controls](/industries-applications/feed-milling-pet-food-manufacturing/automated-feed-mill-control-system/) and automation systems requires great listening skills, process knowledge, and technical expertise. That’s why Sterling Systems & Controls, Inc. employs top-notch engineers in all disciplines required. We don’t use contract engineers. It takes a team skilled at working together to accomplish your objectives. This is but one example. Custom Feed Mill Controls can include almost anything, from start to finish, generally Receiving, Material Transfer, Grinding, Batching, Pelleting, and Loadout are commonly provided. Sterling Systems & Controls proposed an Automated Feed Mill Control System with custom Feed Mill controls using a server-based system with virtual machines, thin clients, and a PLC (Programmable Logic Controller). This proposal was based on drawings provided by our customer and our detailed discussions to understand our customer’s objectives and requirements. It was decided that the areas to be automated were to include: - Truck Scales Interface. - Receiving/Transfer. - Flaking. - [Grinding](https://sterlingcontrols.com/applications/grinding-feed-mill-automation/). - [Batching](https://sterlingcontrols.com/batching-feed-mill-automation/) (Major/Minors/Liquids) with automatic routing to either bagging or load out bins. - [Pelleting](https://sterlingcontrols.com/applications/pelleting-feed-mill-automation/). - Automatic Truck [Loadout](https://sterlingcontrols.com/applications/loadout-feed-mill-automation/). The Custom Feed Mill Controls utilize a rack-mounted server, and rack-mounted PC’s running Sterling Systems & Controls Windows-Based Automation Software using a SQL Database (supplied by Sterling Systems & Controls) to collect and store data. The server is connected to an Allen-Bradley PLC (Sterling Systems & Controls is a recognized Allen-Bradley systems integrator) housed in the Feed Mill Control Panel. The PLC provides an Input/Output (I/O) interface to the field devices. Manual controls are accomplished using Sterling Systems & Controls software. All components used are non-proprietary and available from local suppliers. The Custom Feed Mill Controls and automation system includes the Server, SQL Server, Thin Clients, UPS’s and printer. The customer provides Internet Access for updates and troubleshooting of the system by the Sterling Systems & Controls project engineers from their location. This saves our customers money, e.g. less downtime and the cost of travel expenses. The system incorporates ingredient and formula destination checks to ensure ingredients and formulas are not cross-contaminated while batching and transferring occur. The Custom Feed Mill Controls also include Sterling Systems & Controls standard batching features such as multi-tasking capability that allows the system to batch while editing or checking formulas, formula production/inventory, ingredients, ingredient inventory/usage and other main menu functions. The system automates the major bins, liquid feeders, scales, mixers, and the discharge of the mixers. Auto-Routing is also incorporated to meet specific customer objectives. The Batching application module monitors the finished feed/loadout tank levels and controls the finished feed discharging via pumps and valves. #### WebCentral Sterling Systems & Controls [WebCentral supervisory control application software](/products-capabilities/controls-automation/supervisory-control-software/) (for remote database access) is also included. This application software is installed on the database server and accessed through a web browser from any of the corporate computers that are connected to the same local area network as the database server. The WebCentral software application provides the capability to edit formulations, bin tables, and ingredient tables, and view and print historical data in the database without interrupting production and without requiring additional software to be installed on the corporate computers. This also achieved a major objective the customer had. ## Get a Quote --- ### [Bulk Bag Resupply of Batching System](https://sterlingcontrols.com/industries-applications/feed-milling-pet-food-manufacturing/bulk-bag-resupply-batching-system/) **Published:** May 10, 2024 **Author:** p1ws **Content:** # Bulk Bag Resupply of Batching System ![Bulk Bag Resupply of Batching System](https://sterlingcontrols.com/wp-content/uploads/bulk-bag-resupply-600x338.jpg) Bulk bag resupply of a [batching system](/products-capabilities/batching-weighing/batching-systems/): When you need to resupply your ingredient batching system (micro, minor, major weighments) with ingredients that come in bulk bags, Sterling Systems & Controls has the answer, and here is a great example. Feeding poultry on a mass scale to promote egg production, and needing the flexibility in manufacturing feed with varying formulations to meet production demands, necessitates an ingredient batching system with high throughput and production capacity. Integrating bulk bag resupply of ingredients in the batching system is essential. Most often micro ingredient batching system bins are resupplied by small bags, e.g. 25lb, 25kg, 50lb, etc. and this is done manually by an operator. Ingredient lot tracking, which is important in many industries, is easily accomplished using optional locking lids, barcode scanning, or operator manual entry of ingredient lot data. However, periodically ingredients are purchased in “bulk”, often 1000lbs or more at a time in a single “bulk bag” or FIBC (flexible intermediate bulk container). When bulk bags are to be integrated into a micro ingredient batching system, this requires expertise in [bulk bag discharging or unloading](/products-capabilities/bulk-bag-handling-systems/bulk-bag-unloading/) as well as batching and [material weighing systems](/products-capabilities/batching-weighing/material-weighing-systems/). Sterling Systems & Controls uniquely brings the combination of expertise in weighing, batching systems, process equipment, bulk bag unloading, process controls and automation to custom engineer and manufacture the best possible micro ingredient batching system using bulk bags for ingredient bin resupply. ![funnel](https://sterlingcontrols.com/wp-content/uploads/funnel.jpg) #### Example Application Feed production for an egg farm required a twenty-four (24) bin micro ingredient batching system. Eight (8) of the bins would include ingredients supplied from FIBC’s (bulk bags). Custom engineering the system, Sterling Systems & Controls integrated its bulk bag discharging equipment and controls to handle this. The bulk bag unloading system consists of the following features: 1. Bag hoist. 2. Heavy-duty frames to support bulk bags. 3. Bulk bag funnel with door access to untie bags to reduce dust and provide for operator safety. **The overall system was custom-engineered and included the following:** - Twenty-four (24) micro supply bins, each with about 200lbs capacity. - Eight (8) integrated bulk bag unloading stations. - Four (4) micro-scale hoppers. - Sixteen (16) 3″ auger-type feeders. - Eight (8) 4″ auger feeders (for bulk bags). - Stainless steel construction for contact metal. - Painted mild steel for non-contact metal. - The typical batch size is 8,000lbs. - Batch time is 2-3 minutes. - Controls. The system reduces the handling of the ingredients, ensures the ingredients are weighed accurately and efficiently, and provides lot-tracking capabilities for all ingredients and batches. The scale hoppers provided in this system provide the high accuracy required to meet the desired minimum inclusion requirements and the capacity to meet expected maximum batch sizes. **Features that separate Sterling Systems & Controls auger-type feeders from competitors include:** 1. Industrial bearings are used at both ends of the feeder assembly to support the auger and prevent it from making contact with the auger housing. 2. Seals in a seal plate are located between the product zone and the auger bearings. 3. An air gap between the bearing and seal plates creates a buffer zone to ensure the product doesn’t enter the bearings and grease doesn’t enter the product. The augers supplied with the feeders are multiple-pitch designs for accurate and repeatable weighments batch after batch. The augers are suspended using shaft clamps, and the auger thrust load is not transferred to the drive assembly, increasing the drive life. Shock-absorbing couplings help reduce the start and stop shock on the motor and drive. Conical rectangular scale hoppers were used rather than the roll-over-tub scale design routinely used by other manufacturers as they cause the material to become airborne with a chance that the material may not completely discharge for each batch. The conical scale hoppers are of clean design with no ledges and the corners are rolled to prevent material from hanging up so that the entire content of the scale hopper is discharged. The scale’s weight is kept to a minimum to increase the resolution and accuracy of the scale. Butterfly discharge valves are used, rather than slide gates to ensure years of leak-free operation (eliminates leak from material buildup on the backside to the gate). ## Get a Quote --- ### [News & Press Releases](https://sterlingcontrols.com/about/news/) **Published:** May 8, 2024 **Author:** p1ws **Content:** # News & Press Releases [ ![sterling batchcontrol pro logo](https://sterlingcontrols.com/wp-content/uploads/sterling-batchcontrol-pro-pr-feat-image-1.png "sterling-batchcontrol-pro-pr-feat-image-1 | Sterling Systems & Controls") ### Sterling Systems & Controls Launches BatchControl Pro Semi-Automated Batching System Sterling Systems & Controls, Inc., a leader in automation, batching, and process control solutions, announced the launch of BatchControl Pro, an advanced semi-automated batching system designed to deliver unmatched precision, consistency, and operational efficiency across a wide range of industries. ](https://sterlingcontrols.com/blog/sterling-systems-controls-launches-batchcontrol-pro-semi-automated-batching-system/) [ ![](https://sterlingcontrols.com/wp-content/uploads/IPPE-Globe.jpg "IPPE Globe | Sterling Systems & Controls") ### Sterling Systems & Controls at IPPE 2025: What You Need to Know Sterling Systems & Controls is excited to announce our participation in the upcoming IPPE Show – International Production and Processing Expo on January 28–31, 2025, at the Georgia World Congress Center in Atlanta, GA. IPPE is the go-to event for poultry, egg, meat, and animal food professionals. As the world’s largest showcase of technology, equipment, \[…\] ](https://sterlingcontrols.com/blog/sterling-systems-controls-at-ippe-2025-what-you-need-to-know/) [ ![](https://sterlingcontrols.com/wp-content/uploads/IPPE23-BOOTH-STAFF-2048x1627-1-2-516x410.jpeg "IPPE23-BOOTH-STAFF-2048x1627-1-2 | Sterling Systems & Controls") ### Preview of IPPE 2024 by AFIA President Constance Cullman, president and CEO of AFIA, describes the importance of the international contingent at IPPE and emphasizes educational opportunities as learning and networking platforms. This interview is chaired by Feed & Grain magazine editor Elise Schafer. The overview by American Feed Industry Association president highlights the special features of the International Production & Processing Expo in regards to feed manufacturing, use and exporting. ](https://sterlingcontrols.com/blog/preview-of-ippe-2024-by-afia-president/) [ ![](https://sterlingcontrols.com/wp-content/uploads/HAND-PROMPT-STATION-CROP-scaled-e1663789412970-1-516x398.jpg "HAND-PROMPT-STATION-CROP-scaled-e1663789412970 | Sterling Systems & Controls") ### Improving Manual Batching Our line of semi-automatic Hand Prompt Batching Stations can be custom engineered with options to meet the specific requirements of applications, thereby improving manual batching, which can improve your entire process of product production. The Semi-Automatic Hand Prompt Batching Station serves a wide range of industrial applications where the negative effects of time-consuming and problematic manual batching need to be eliminated. ](https://sterlingcontrols.com/blog/improving-manual-batching/) [ ![](https://sterlingcontrols.com/wp-content/uploads/Sterling_Facility-2-3-2048x916-1-516x231.jpg "Sterling_Facility-2-3-2048x916 | Sterling Systems & Controls") ### Company Video Watch to our short introduction video on the capabilities and applications of Sterling Systems & Controls, Inc. As specialists in material weighing, batching, and process controls/automation, we are dedicated to delivering precision and efficiency to your industrial operations. Our expertise spans a wide range of industries, providing tailored solutions that enhance productivity, ensure accuracy, and streamline processes. ](https://sterlingcontrols.com/blog/company-video/) [ ![](https://sterlingcontrols.com/wp-content/uploads/SCI_Rubber_World_Full_Spread_2023_JULY-2048x1407-1-516x354.jpg "SCI_Rubber_World_Full_Spread_2023_JULY-2048x1407 | Sterling Systems & Controls") ### Helping Rubber Compounding Become More Profitable Helping rubber compounding become more profitable with automatic and semi-automatic minor ingredient batching systems, bulk batching and mixer control and monitoring. Sterling Systems & Controls, Inc. custom engineers batching systems for minor ingredients, bulk material batching control, liquid dosing and mixer monitoring and control. ](https://sterlingcontrols.com/blog/helping-rubber-compounding-become-more-profitable/) [ ![](https://sterlingcontrols.com/wp-content/uploads/BUILDING-6.6.23-2048x889-1-516x224.jpg "BUILDING-6.6.23-2048x889 | Sterling Systems & Controls") ### Building Expansion Sterling Systems & Controls is busting at the seams as we grow. To better serve our customers we have embarked on a capital project, building expansion working hard to serve customers. This will increase our production capacity with increased height to better equip our capacity for very high stack-ups of mechanical systems such as ingredient batching and bulk bag unloading systems. Stay tuned for completion photos. ](https://sterlingcontrols.com/blog/building-expansion/) [ ![](https://sterlingcontrols.com/wp-content/uploads/IMG_0009-300x225-1.jpg "IMG_0009-300x225-1 | Sterling Systems & Controls") ### Dust Collection in Batching Systems Dust collection in batching systems is a part of Sterling Systems & Controls, Inc.. Custom design and engineering of material weighing and ingredient batching systems for dusty, difficult-to-handle materials, sometimes hazardous materials requires significant technical and process knowledge. Fifty (50) years of expertise in ingredient weighing, batching and process controls/automation is brought to bear on every application by Sterling Systems. ](https://sterlingcontrols.com/blog/dust-collection-in-batching-systems/) [ ![](https://sterlingcontrols.com/wp-content/uploads/BREAD-DOUGH-MIXING-e1662756976675-4-516x323.jpg "BREAD-DOUGH-MIXING-e1662756976675 | Sterling Systems & Controls") ### Controls & Automation Matched to the Process Controls & automation matched to the process. Matching your objectives, process and specific equipment with the best process control and automation technologies and automation software for a custom engineered solution is a must in today’s business environment. Process experience and knowledge needs to be combined with an intimate familiarity with the latest control and automation components and software. ](https://sterlingcontrols.com/blog/controls-automation-matched-to-the-process/) 1[2](https://sterlingcontrols.com/wp-cron.php/page/2/?doing_wp_cron=1791358680.7589058876037597656250)…[7](https://sterlingcontrols.com/wp-cron.php/page/7/?doing_wp_cron=1791358680.7589058876037597656250)[8](https://sterlingcontrols.com/wp-cron.php/page/8/?doing_wp_cron=1791358680.7589058876037597656250)[ →](https://sterlingcontrols.com/wp-cron.php/page/2/?doing_wp_cron=1791358680.7589058876037597656250) --- ### [Brochures](https://sterlingcontrols.com/resources/brochures/) **Published:** May 10, 2024 **Author:** p1ws **Excerpt:** Discover the unparalleled capabilities of Sterling Systems & Controls through our brochure page - your comprehensive guide to our advanced control solutions, tailored to meet your needs. **Content:** # Brochures Filter By All Blog Case Studies News Press Releases Uncategorized Video White Paper [ ![Industrial bulk material handling system: four elevated hoppers with motors on a raised platform and yellow safety rails in a warehouse setting.](https://sterlingcontrols.com/wp-content/uploads/Micro-System-2-5520-e1663943712603-2-600x399-1-516x343.jpg "Micro-System-2-5520-e1663943712603-2-600x399 | Sterling Systems & Controls") ### Capabilities Overview Custom Process Automation & Material Handling Batching, weighing, and controls, engineered to your process and supported for its lifetime. Sterling Systems & Controls custom-engineers ingredient batching systems, material weighing systems, and process controls for manufacturers who need accuracy they can measure and traceability they can prove. Every system is built to your specific process — \[…\] ](https://sterlingcontrols.com/brochure/capabilities-overview/) [ ![BAKING AND FOOD PLANTWIDE AUTOMATION DIAGRAM](https://sterlingcontrols.com/wp-content/uploads/BAKING-AND-FOOD-PLANTWIDE-AUTOMATION-DIAGRAM-SCENE7.2.png "BAKING AND FOOD PLANTWIDE AUTOMATION DIAGRAM SCENE7.2 | Sterling Systems & Controls") ### Brochure: Baking Food & Process Automation Discover the transformative abilities of Sterling Systems & Controls custom engineered solutions for baking and food processing: Food Safety, Bulk Unloading Storage and Transfer, Automatic Ingredient Batching, Semi-Automatic Batching Stations, Blending/Mixing, Drying/Proofing/Cooling, Material Processing, Packaging, Preventative Maintenance, and more. Whether making snack foods, breakfast cereals and ready-to-eat meals, breads, bagels, specialty baked goods or any other food products, we can increase efficiency, consistency, optimize your process capacity, and help you deal with labor shortages, thereby maximizing your profits! ](https://sterlingcontrols.com/brochure/brochure-baking-food-and-process-automation/) [ ![feed batching bulk bags](https://sterlingcontrols.com/wp-content/uploads/feed-batching-bulk-bags-516x372.jpg "feed-batching-bulk-bags | Sterling Systems & Controls") ### Brochure: Feedmill Automation See how Sterling Systems & Controls custom engineered solutions will boost your feed mill efficiency with automation and control applications: Raw Material Receiving/Transfer, Grinding/Milling, Ingredient Batching, Feed Pelleting, and Finished Product Loadout. With our feed mill automation, you can achieve manufacturing excellence by improving your process efficiency, product quality and consistency, process capacity, and profit margins. Whether you make Dry Feed, Premix, Liquid Feed, or Feed Ingredients and Supplements, we can optimize your process with our tailored solutions. ](https://sterlingcontrols.com/brochure/brochure-feedmill-automation/) [ ![mixer bowl batching](https://sterlingcontrols.com/wp-content/uploads/mixer-bowl-batching-516x493.jpg "mixer-bowl-batching | Sterling Systems & Controls") ### Brochure: Sterling Capabilities Learn how Sterling Systems & Controls can provide you with custom engineered solutions that can assist you in reaching your objectives: process controls & automation, batching & weighing, bulk bag handling, liquid handling, mill bearing condition monitoring, and complete process systems. We can help and support you to excel in manufacturing. Improve process efficiency, product quality and consistency, product safety, meet regulatory requirements, maximize process capacity, and avoid your manufacturing processes from hurting your profits! ](https://sterlingcontrols.com/brochure/brochure-sterling-capabilities/) --- ### [Case Studies](https://sterlingcontrols.com/resources/case-studies/) **Published:** April 30, 2024 **Author:** p1ws **Excerpt:** Dive into the success stories and real-world applications of innovative control systems with Sterling Systems & Controls Case Study page - where achievements meet actionable insights. **Content:** # Case Studies Filter By All Blog Case Studies News Press Releases Uncategorized Video White Paper [ ![](https://sterlingcontrols.com/wp-content/uploads/BAKING_INDUSTRY_-BATCHING_Before_After-e1654014576989-1-1-516x377.jpg "BAKING_INDUSTRY_-BATCHING_Before_After-e1654014576989 (1) | Sterling Systems & Controls") ### Baking Industry: Upgraded Batching Solution Unlock the secrets behind a 25-year partnership’s success! Dive into Sterling Systems & Controls’ latest case study featuring a middle-America bread producer. Seeking to modernize their operations, the producer turned to Sterling for upgrades to their batching and material handling systems, aiming to reduce manual labor and boost production. ](https://sterlingcontrols.com/case-study/baking-industry-upgraded-batching-solution/) [ ![](https://sterlingcontrols.com/wp-content/uploads/Sterling-Rubber-Industry-Batching-Controls-System-2-516x206.jpg "Sterling-Rubber-Industry-Batching-Controls-System | Sterling Systems & Controls") ### Rubber Industry: Minor Ingredient Batching System Sterling Systems & Controls was approached by a hose manufacturer grappling with inefficiencies in their manual batching and weighing of powder ingredients crucial for their rubber products. Seeking a tailored solution to enhance production processes, they turned to Sterling, known for its expertise in custom engineering and manufacturing of weighing systems and automation. ](https://sterlingcontrols.com/case-study/rubber-industry-minor-ingredient-batching-system/) [ ![](https://sterlingcontrols.com/wp-content/uploads/Sterling-Micro-Minor-Ingredient-Bulk-Bag-System-2-516x290.jpg "Sterling-Micro-Minor-Ingredient-Bulk-Bag-System | Sterling Systems & Controls") ### Micro/Minor Weighing System With Bulk Bags Explore this case study, highlighting Sterling’s innovative solution for a leading animal feed producer. In response to the client’s pressing need for enhanced batch efficiency, precision, and labor optimization, Sterling delivered a tailored Micro/Minor Weighing System with Bulk Bag capabilities. ](https://sterlingcontrols.com/case-study/micro-minor-weighing-system-with-bulk-bags/) [ ![](https://sterlingcontrols.com/wp-content/uploads/shutterstock_1564269901-516x344.jpg "Different,Sugar,On,Dark,Table | Sterling Systems & Controls") ### Control Automation Conveying and Grading System Embark on a journey into the dynamic realm of industrial automation through Sterling Systems and Controls’ latest case study. Tasked with orchestrating an automation control system for a sugar grinding and conveying system, Sterling confronted a distinctive challenge: crafting controls for a conveying/sifting system capable of unloading bulk bags of coarse granulated sugar at precise rates and sorting the product into three mesh sizes for future processing needs. Delve into the narrative to witness how Sterling approached this challenge head-on with their ingenious solutions. ](https://sterlingcontrols.com/case-study/control-automation-conveying-and-grading-system/) [ ![](https://sterlingcontrols.com/wp-content/uploads/Sterling-Minor-Ingredient-Weighing-Batching-System-2-516x206.jpg "Sterling-Minor-Ingredient-Weighing-Batching-System | Sterling Systems & Controls") ### Minor Ingredient Weighing & Batching System Discover how Sterling Systems and Controls revolutionized a bakery’s production process with their innovative Minor Material Weighing System and Batching Controls. By ensuring precise weighments of minor ingredients for bread dough, Sterling’s solution facilitated consistent batches of Buns, Bagels, French Bread, and Italian Bread Products every time. But the challenge was substantial: storing and weighing ten raw ingredients with maximum accuracy throughout a full day’s production, all while meeting space restrictions and eliminating the risk of missing or double-dosed ingredients. ](https://sterlingcontrols.com/case-study/minor-ingredient-weighing-batching-system/) [ ![](https://sterlingcontrols.com/wp-content/uploads/Agri-King_20161206_100926-3-516x206.jpg "Agri-King_20161206_100926 | Sterling Systems & Controls") ### Feed Industry: Batching Solutions Discover how Agri-King, Inc., a leading animal nutrition company, partnered with Sterling Systems and Controls to overcome their automation challenges and enhance their operations. Initially adopting Sterling Systems in the 1970s, Agri-King faced the dilemma of aging hardware and obsolete components by 2013. Sterling’s Sales and Engineering teams meticulously assessed the situation, proposing a comprehensive upgrade tailored to Agri-King’s needs. ](https://sterlingcontrols.com/case-study/feed-industry-batching-solutions/) [ ![](https://sterlingcontrols.com/wp-content/uploads/sterling-material-weighing-automatic-1-2-516x290.jpg "sterling-material-weighing-automatic-1 | Sterling Systems & Controls") ### Food Industry: Weighing & Batching Solutions Explore the fascinating journey of an iconic American breakfast food company spanning over a century of innovation and dedication to providing families with delicious and nourishing morning meals. With a rich legacy of crafting over twenty beloved breakfast products distributed globally, this company has remained steadfast in its mission to transform grains into wholesome foods for generations. However, faced with the challenge of adapting to dynamic raw material availability and escalating competition, the company sought to revolutionize its production process for waffles. ](https://sterlingcontrols.com/case-study/weighing-and-batching-solutions-for-the-food-industry/) [ ![](https://sterlingcontrols.com/wp-content/uploads/BATCHING-PROCESS-1-516x387.png "BATCHING-PROCESS | Sterling Systems & Controls") ### Rubber Industry: Batching & Mixing Controls Solutions Witness the transformation of rubber compounding batch integrity and production efficiency as a global leader in hydraulic hose manufacturing joins forces with Sterling Systems & Controls. Striving to overcome limitations imposed by an outdated batching system, the company sought to automate the handling of bulk materials and streamline processes in their Banbury® mixer. Sterling Systems & Controls rose to the challenge, crafting a tailored solution to not only address existing inefficiencies but also pave the way for future growth and competitiveness. ](https://sterlingcontrols.com/case-study/rubber/) ## Recent Posts [ ![batching system accuracy: how to set weighing tolerances by ingredient type](https://sterlingcontrols.com/wp-content/uploads/feed-batching-bulk-bags-600x433-1-516x372.jpg "How to Set Weighing Tolerances by Ingredient Type | Sterling Systems & Controls") ### How to Set Weighing Tolerances by Ingredient Type Learn a 7-day protocol for batching system accuracy: how to set weighing tolerances by ingredient type to cut waste and ensure precision. ](https://sterlingcontrols.com/blog/how-to-set-weighing-tolerances-by-ingredient-type-in-7-days/) [ ![Automated batching system](https://sterlingcontrols.com/wp-content/uploads/ad091482c40443f0a2db3af74937adf8-516x320.png "Compare Batching System Options A Practical Guide | Sterling Systems & Controls") ### Compare Batching System Options: A Practical Guide Compare automated batching system options for major, minor, and micro ingredients with custom scales and hardware mixing. ](https://sterlingcontrols.com/blog/a-comprehensive-guide-to-automated-batching-systems/) [ ![grain data management system](https://sterlingcontrols.com/wp-content/uploads/cropentropycstinysrgbfitmaxfmjpgixidM3w2MTMxNjF8MHwxfHNlYXJjaHw1fHxncmFpbiUyMGVsZXZhdG9yJTIwc2NhbGUlMjB0ZXJtaW5hbHxlbnwwfDB8fHwxNzg3Mzk5MzQ4fDAixlibrb-410q80w1080-516x344.jpg "How to Choose the Best Grain Data Management System | Sterling Systems & Controls") ### How to Choose the Best Grain Data Management System Compare grain data management system options for monitoring, automation, and enterprise integration in this practical guide. ](https://sterlingcontrols.com/blog/the-definitive-guide-to-comparing-grain-data-management-systems/) [ ![automated weighing dust control](https://sterlingcontrols.com/wp-content/uploads/BULKBAGMINORMICROSYSTEMCROP2-scaled_compressed-2-516x430.jpg "Precision Weighing and Batch Controller Dust Protection A Buyers Guide | Sterling Systems & Controls") ### Precision Weighing and Batch Controller Dust Protection: A Buyer’s Guide Discover automated weighing dust control solutions for precision batching, safety compliance, and efficiency in bulk handling. Buyer’s guide inside! ](https://sterlingcontrols.com/blog/precision-weighing-and-batch-controller-dust-protection-a-buyers-guide/) [ ![dust controls](https://sterlingcontrols.com/wp-content/uploads/ba21e886b51787690aad492c7671f412aff6b5d8-516x344.jpg "The Complete Guide to Dust Controls | Sterling Systems & Controls") ### The Complete Guide to Dust Controls Master dust controls for industrial sites: suppress PM2.5/PM10, boost batching accuracy, ensure OSHA/EPA compliance, and optimize plant performance. ](https://sterlingcontrols.com/blog/the-complete-guide-to-dust-controls/) [ ![bakery automation](https://sterlingcontrols.com/wp-content/uploads/cropentropycstinysrgbfitmaxfmjpgixidM3w2MTMxNjF8MHwxfHNlYXJjaHw3fHxiYWtlcnklMjBhdXRvbWF0aW9ufGVufDB8MHx8fDE3Nzg3OTU2OTB8MAixlibrb-410q80w1080-516x344.jpg "The Ultimate Guide to Bakery Automation | Sterling Systems & Controls") ### The Ultimate Guide to Bakery Automation Discover bakery automation: boost throughput, cut scrap & labor costs, ensure consistency with precision batching and robotic systems. ](https://sterlingcontrols.com/blog/dont-get-stale-with-manual-food-processing-systems/) [ ![bulk bag handling](https://sterlingcontrols.com/wp-content/uploads/bulk-bag-handling-systems_compressed-516x503.jpeg "Step-by-Step Guide to Bulk Bag Handling | Sterling Systems & Controls") ### Step-by-Step Guide to Bulk Bag Handling Master bulk bag handling: Optimize unloading, filling, automation, safety & dust control to boost throughput, cut errors & labor dependency. ](https://sterlingcontrols.com/blog/step-by-step-guide-to-bulk-bag-handling/) [ ![bulk process equipment](https://sterlingcontrols.com/wp-content/uploads/bot2FYUtz7bFuSHwb0FfmnSvz2FcustomImages2FMinor-Bulk-Weighing-System-5694-1_compressed-516x290.webp "A Comprehensive Guide to Bulk Process Equipment | Sterling Systems & Controls") ### A Comprehensive Guide to Bulk Process Equipment When we talk about bulk process equipment, we are describing the specialized industrial machinery designed to handle large quantities of materials, specifically dry bulk solids, powders, granules, and even certain liquids. ](https://sterlingcontrols.com/blog/why-bulk-process-equipment-is-the-weightiest-topic-in-industry/) [ ![pellet mill](https://sterlingcontrols.com/wp-content/uploads/b1ee511577da14c81fdb2712e0be585d363ef1c7-516x344.jpg "A Guide to Choosing the Right Pellet Mill | Sterling Systems & Controls") ### A Guide to Choosing the Right Pellet Mill Master pellet mill operations: Boost performance, cut errors & scrap with automation, batching accuracy, and upgrade comparisons for max throughput. This guide covers how pellet mills work, what separates high-performing systems from problem-prone ones, and how automation and batching controls directly improve output quality, reduce waste, and lower labor costs. ](https://sterlingcontrols.com/blog/how-to-turn-raw-material-into-gold-with-a-pellet-mill/) [ ![modular blending batching systems food processing](https://sterlingcontrols.com/wp-content/uploads/630aad573b9287b3f40be57883aa4704122bdae2-516x344.jpg "The Definitive Guide to Modular Blending Batching Systems | Sterling Systems & Controls") ### The Definitive Guide to Modular Blending Batching Systems Modular blending and batching systems are innovative, pre-engineered, and self-contained units designed for flexible integration into food processing lines. Think of them as “plug-and-play” components that can be rapidly deployed, reconfigured, or expanded as needed. The goal of these systems is to provide agility in production, allowing food manufacturers to adapt quickly to market demands and product innovations without extensive, costly overhauls. ](https://sterlingcontrols.com/blog/the-definitive-guide-to-modular-blending-batching-systems/) [ ![feed mill automation](https://sterlingcontrols.com/wp-content/uploads/3f00e2218b6d248881e93c91e321dca2de0e0d05-516x344.jpg "In-Depth Guide to Feed Mill Automation Solutions | Sterling Systems & Controls") ### In-Depth Guide to Feed Mill Automation Solutions Feed mill automation transforms traditional animal feed manufacturing by replacing manual processes with integrated control systems that improve precision, efficiency, and safety. Modern automated systems handle everything from ingredient batching and mixing to pelleting and packaging with minimal human intervention. ](https://sterlingcontrols.com/blog/in-depth-guide-to-feed-mill-automation-solutions/) [ ![industrial process control](https://sterlingcontrols.com/wp-content/uploads/BULK-BAG-UNLOADING-SCREEN_compressed-516x321.png "Mastering the Flow A Guide to Industrial Process Control | Sterling Systems & Controls") ### Mastering the Flow: A Guide to Industrial Process Control Industrial process control is the use of sensors, controllers, and actuators to automatically monitor and adjust manufacturing processes, keeping them consistent, safe, and efficient without constant human intervention. Discover industrial process control: from PID to DCS, evolution, strategies, and benefits for efficiency and ROI. ](https://sterlingcontrols.com/blog/the-brains-behind-the-brawn-unpacking-industrial-process-control/) [ ![sterling batchcontrol pro logo](https://sterlingcontrols.com/wp-content/uploads/sterling-batchcontrol-pro-pr-feat-image-1.png "sterling-batchcontrol-pro-pr-feat-image-1 | Sterling Systems & Controls") ### Sterling Systems & Controls Launches BatchControl Pro Semi-Automated Batching System Sterling Systems & Controls, Inc., a leader in automation, batching, and process control solutions, announced the launch of BatchControl Pro, an advanced semi-automated batching system designed to deliver unmatched precision, consistency, and operational efficiency across a wide range of industries. ](https://sterlingcontrols.com/blog/sterling-systems-controls-launches-batchcontrol-pro-semi-automated-batching-system/) [ ![batching system with dust collection](https://sterlingcontrols.com/wp-content/uploads/INSTALLED-BATCHING-SYSTEM-WITH-DUST-COLLECTION-CROPPED2-scaled-e1634748491648-1-516x327.jpg "INSTALLED-BATCHING-SYSTEM-WITH-DUST-COLLECTION-CROPPED2-scaled-e1634748491648 | Sterling Systems & Controls") ### The Hidden Cost of Bad Batches: How Industrial Batching Systems Reduce Batch Variability Bad batches rarely announce themselves loudly. In many bulk material operations, batching errors show up quietly—as reduced yield, inconsistent quality, unplanned downtime, or creeping labor inefficiencies. ](https://sterlingcontrols.com/blog/the-hidden-cost-of-bad-batches/) [ ![Interior Hero Image](https://sterlingcontrols.com/wp-content/uploads/interior-hero-300x261.png "interior-hero | Sterling Systems & Controls") ### Feed Mill Automation Migration & Upgrade Sterling Systems & Controls, Inc. announces that it provides for migration and upgrade of automation within their batching control. This is important for long term operation of the feed mill within the feed manufacturing industry. A major livestock feed manufacturer has seamlessly maintained state-of-the-art feed mill automation and control of the feed manufacturing processes across several decades. ](https://sterlingcontrols.com/blog/feed-mill-automation-migration-upgrade/) [ ![](https://sterlingcontrols.com/wp-content/uploads/IMG_0006-rev-1A-e1663702909130-2-516x482.jpg "IMG_0006-rev-1A-e1663702909130 | Sterling Systems & Controls") ### Bulk Bag Unloading and Weighing System Sterling Systems & Controls, Inc. is pleased to announce the availability of its line of bulk bag unloading systems. These customized unloading systems can include bulk bag discharging, material weighing and batch dispensing, along with the controls required for automatic operation. Just such a system has been successfully operating at the site of a leading manufacturer of sugar free and no sugar added baked desserts. The comprehensive bulk bag unloading system for premixed food ingredients incorporates the mechanical structure which houses and supports the bag discharge, material weighing, dispensing (flexible screw conveyor) and control panel components. ](https://sterlingcontrols.com/blog/bulk-bag-unloading-and-weighing-system/) [ ![](https://sterlingcontrols.com/wp-content/uploads/PROCESS-SCREEN-WO-TEMPS-e1594312959774-2-516x387.jpg "PROCESS-SCREEN-WO-TEMPS-e1594312959774 | Sterling Systems & Controls") ### Process Control Automation – Turning Old Tires Into Usable Materials Sterling Systems & Controls, Inc. is pleased to announce that it has completed several projects where it was the provider of process control automation equipment and systems to automate the process of converting old tires into usable materials, including oils, gases, and carbon ash. The process is a modified version of pyrolysis, a thermal decomposition of materials at high temperatures in an inert atmosphere such as a vacuum or nitrogen. ](https://sterlingcontrols.com/blog/process-control-automation-turning-old-tires-into-usable-materials/) ## Subscribe to our blog --- ### [404 Page template](https://sterlingcontrols.com/404-page-template/) **Published:** March 28, 2023 **Author:** p1ws **Content:** # Ooops! Page Not Found ### Sorry, we couldn’t find the page you were looking for. Try again by using the search bar, by visiting the [sitemap](/sitemap/), or by going to our [homepage](/). SearchSearch --- ### [Terms and Conditions](https://sterlingcontrols.com/terms-conditions/) **Published:** May 29, 2024 **Author:** p1ws **Content:** # Terms and Conditions --- ### [Cookie Policy](https://sterlingcontrols.com/cookie-policy/) **Published:** March 25, 2021 **Author:** p1ws **Content:** # Cookie Policy --- ### [Press Releases](https://sterlingcontrols.com/about/press-releases/) **Published:** May 8, 2024 **Author:** p1ws **Content:** # Press Releases ## Press Releases [ ![batching system accuracy: how to set weighing tolerances by ingredient type](https://sterlingcontrols.com/wp-content/uploads/feed-batching-bulk-bags-600x433-1-516x372.jpg "How to Set Weighing Tolerances by Ingredient Type | Sterling Systems & Controls") ### How to Set Weighing Tolerances by Ingredient Type Learn a 7-day protocol for batching system accuracy: how to set weighing tolerances by ingredient type to cut waste and ensure precision. ](https://sterlingcontrols.com/blog/how-to-set-weighing-tolerances-by-ingredient-type-in-7-days/) [ ![Automated batching system](https://sterlingcontrols.com/wp-content/uploads/ad091482c40443f0a2db3af74937adf8-516x320.png "Compare Batching System Options A Practical Guide | Sterling Systems & Controls") ### Compare Batching System Options: A Practical Guide Compare automated batching system options for major, minor, and micro ingredients with custom scales and hardware mixing. ](https://sterlingcontrols.com/blog/a-comprehensive-guide-to-automated-batching-systems/) [ ![grain data management system](https://sterlingcontrols.com/wp-content/uploads/cropentropycstinysrgbfitmaxfmjpgixidM3w2MTMxNjF8MHwxfHNlYXJjaHw1fHxncmFpbiUyMGVsZXZhdG9yJTIwc2NhbGUlMjB0ZXJtaW5hbHxlbnwwfDB8fHwxNzg3Mzk5MzQ4fDAixlibrb-410q80w1080-516x344.jpg "How to Choose the Best Grain Data Management System | Sterling Systems & Controls") ### How to Choose the Best Grain Data Management System Compare grain data management system options for monitoring, automation, and enterprise integration in this practical guide. ](https://sterlingcontrols.com/blog/the-definitive-guide-to-comparing-grain-data-management-systems/) [ ![automated weighing dust control](https://sterlingcontrols.com/wp-content/uploads/BULKBAGMINORMICROSYSTEMCROP2-scaled_compressed-2-516x430.jpg "Precision Weighing and Batch Controller Dust Protection A Buyers Guide | Sterling Systems & Controls") ### Precision Weighing and Batch Controller Dust Protection: A Buyer’s Guide Discover automated weighing dust control solutions for precision batching, safety compliance, and efficiency in bulk handling. Buyer’s guide inside! ](https://sterlingcontrols.com/blog/precision-weighing-and-batch-controller-dust-protection-a-buyers-guide/) [ ![dust controls](https://sterlingcontrols.com/wp-content/uploads/ba21e886b51787690aad492c7671f412aff6b5d8-516x344.jpg "The Complete Guide to Dust Controls | Sterling Systems & Controls") ### The Complete Guide to Dust Controls Master dust controls for industrial sites: suppress PM2.5/PM10, boost batching accuracy, ensure OSHA/EPA compliance, and optimize plant performance. ](https://sterlingcontrols.com/blog/the-complete-guide-to-dust-controls/) [ ![bakery automation](https://sterlingcontrols.com/wp-content/uploads/cropentropycstinysrgbfitmaxfmjpgixidM3w2MTMxNjF8MHwxfHNlYXJjaHw3fHxiYWtlcnklMjBhdXRvbWF0aW9ufGVufDB8MHx8fDE3Nzg3OTU2OTB8MAixlibrb-410q80w1080-516x344.jpg "The Ultimate Guide to Bakery Automation | Sterling Systems & Controls") ### The Ultimate Guide to Bakery Automation Discover bakery automation: boost throughput, cut scrap & labor costs, ensure consistency with precision batching and robotic systems. ](https://sterlingcontrols.com/blog/dont-get-stale-with-manual-food-processing-systems/) [ ![bulk bag handling](https://sterlingcontrols.com/wp-content/uploads/bulk-bag-handling-systems_compressed-516x503.jpeg "Step-by-Step Guide to Bulk Bag Handling | Sterling Systems & Controls") ### Step-by-Step Guide to Bulk Bag Handling Master bulk bag handling: Optimize unloading, filling, automation, safety & dust control to boost throughput, cut errors & labor dependency. ](https://sterlingcontrols.com/blog/step-by-step-guide-to-bulk-bag-handling/) [ ![bulk process equipment](https://sterlingcontrols.com/wp-content/uploads/bot2FYUtz7bFuSHwb0FfmnSvz2FcustomImages2FMinor-Bulk-Weighing-System-5694-1_compressed-516x290.webp "A Comprehensive Guide to Bulk Process Equipment | Sterling Systems & Controls") ### A Comprehensive Guide to Bulk Process Equipment When we talk about bulk process equipment, we are describing the specialized industrial machinery designed to handle large quantities of materials, specifically dry bulk solids, powders, granules, and even certain liquids. ](https://sterlingcontrols.com/blog/why-bulk-process-equipment-is-the-weightiest-topic-in-industry/) [ ![pellet mill](https://sterlingcontrols.com/wp-content/uploads/b1ee511577da14c81fdb2712e0be585d363ef1c7-516x344.jpg "A Guide to Choosing the Right Pellet Mill | Sterling Systems & Controls") ### A Guide to Choosing the Right Pellet Mill Master pellet mill operations: Boost performance, cut errors & scrap with automation, batching accuracy, and upgrade comparisons for max throughput. This guide covers how pellet mills work, what separates high-performing systems from problem-prone ones, and how automation and batching controls directly improve output quality, reduce waste, and lower labor costs. ](https://sterlingcontrols.com/blog/how-to-turn-raw-material-into-gold-with-a-pellet-mill/) [ ![modular blending batching systems food processing](https://sterlingcontrols.com/wp-content/uploads/630aad573b9287b3f40be57883aa4704122bdae2-516x344.jpg "The Definitive Guide to Modular Blending Batching Systems | Sterling Systems & Controls") ### The Definitive Guide to Modular Blending Batching Systems Modular blending and batching systems are innovative, pre-engineered, and self-contained units designed for flexible integration into food processing lines. Think of them as “plug-and-play” components that can be rapidly deployed, reconfigured, or expanded as needed. The goal of these systems is to provide agility in production, allowing food manufacturers to adapt quickly to market demands and product innovations without extensive, costly overhauls. ](https://sterlingcontrols.com/blog/the-definitive-guide-to-modular-blending-batching-systems/) [ ![feed mill automation](https://sterlingcontrols.com/wp-content/uploads/3f00e2218b6d248881e93c91e321dca2de0e0d05-516x344.jpg "In-Depth Guide to Feed Mill Automation Solutions | Sterling Systems & Controls") ### In-Depth Guide to Feed Mill Automation Solutions Feed mill automation transforms traditional animal feed manufacturing by replacing manual processes with integrated control systems that improve precision, efficiency, and safety. Modern automated systems handle everything from ingredient batching and mixing to pelleting and packaging with minimal human intervention. ](https://sterlingcontrols.com/blog/in-depth-guide-to-feed-mill-automation-solutions/) [ ![industrial process control](https://sterlingcontrols.com/wp-content/uploads/BULK-BAG-UNLOADING-SCREEN_compressed-516x321.png "Mastering the Flow A Guide to Industrial Process Control | Sterling Systems & Controls") ### Mastering the Flow: A Guide to Industrial Process Control Industrial process control is the use of sensors, controllers, and actuators to automatically monitor and adjust manufacturing processes, keeping them consistent, safe, and efficient without constant human intervention. Discover industrial process control: from PID to DCS, evolution, strategies, and benefits for efficiency and ROI. ](https://sterlingcontrols.com/blog/the-brains-behind-the-brawn-unpacking-industrial-process-control/) [ ![sterling batchcontrol pro logo](https://sterlingcontrols.com/wp-content/uploads/sterling-batchcontrol-pro-pr-feat-image-1.png "sterling-batchcontrol-pro-pr-feat-image-1 | Sterling Systems & Controls") ### Sterling Systems & Controls Launches BatchControl Pro Semi-Automated Batching System Sterling Systems & Controls, Inc., a leader in automation, batching, and process control solutions, announced the launch of BatchControl Pro, an advanced semi-automated batching system designed to deliver unmatched precision, consistency, and operational efficiency across a wide range of industries. ](https://sterlingcontrols.com/blog/sterling-systems-controls-launches-batchcontrol-pro-semi-automated-batching-system/) [ ![batching system with dust collection](https://sterlingcontrols.com/wp-content/uploads/INSTALLED-BATCHING-SYSTEM-WITH-DUST-COLLECTION-CROPPED2-scaled-e1634748491648-1-516x327.jpg "INSTALLED-BATCHING-SYSTEM-WITH-DUST-COLLECTION-CROPPED2-scaled-e1634748491648 | Sterling Systems & Controls") ### The Hidden Cost of Bad Batches: How Industrial Batching Systems Reduce Batch Variability Bad batches rarely announce themselves loudly. In many bulk material operations, batching errors show up quietly—as reduced yield, inconsistent quality, unplanned downtime, or creeping labor inefficiencies. ](https://sterlingcontrols.com/blog/the-hidden-cost-of-bad-batches/) [ ![Interior Hero Image](https://sterlingcontrols.com/wp-content/uploads/interior-hero-300x261.png "interior-hero | Sterling Systems & Controls") ### Feed Mill Automation Migration & Upgrade Sterling Systems & Controls, Inc. announces that it provides for migration and upgrade of automation within their batching control. This is important for long term operation of the feed mill within the feed manufacturing industry. A major livestock feed manufacturer has seamlessly maintained state-of-the-art feed mill automation and control of the feed manufacturing processes across several decades. ](https://sterlingcontrols.com/blog/feed-mill-automation-migration-upgrade/) [ ![](https://sterlingcontrols.com/wp-content/uploads/IMG_0006-rev-1A-e1663702909130-2-516x482.jpg "IMG_0006-rev-1A-e1663702909130 | Sterling Systems & Controls") ### Bulk Bag Unloading and Weighing System Sterling Systems & Controls, Inc. is pleased to announce the availability of its line of bulk bag unloading systems. These customized unloading systems can include bulk bag discharging, material weighing and batch dispensing, along with the controls required for automatic operation. Just such a system has been successfully operating at the site of a leading manufacturer of sugar free and no sugar added baked desserts. The comprehensive bulk bag unloading system for premixed food ingredients incorporates the mechanical structure which houses and supports the bag discharge, material weighing, dispensing (flexible screw conveyor) and control panel components. ](https://sterlingcontrols.com/blog/bulk-bag-unloading-and-weighing-system/) [ ![](https://sterlingcontrols.com/wp-content/uploads/PROCESS-SCREEN-WO-TEMPS-e1594312959774-2-516x387.jpg "PROCESS-SCREEN-WO-TEMPS-e1594312959774 | Sterling Systems & Controls") ### Process Control Automation – Turning Old Tires Into Usable Materials Sterling Systems & Controls, Inc. is pleased to announce that it has completed several projects where it was the provider of process control automation equipment and systems to automate the process of converting old tires into usable materials, including oils, gases, and carbon ash. The process is a modified version of pyrolysis, a thermal decomposition of materials at high temperatures in an inert atmosphere such as a vacuum or nitrogen. ](https://sterlingcontrols.com/blog/process-control-automation-turning-old-tires-into-usable-materials/) --- ### [Privacy Policy](https://sterlingcontrols.com/privacy-policy/) **Published:** May 29, 2024 **Author:** p1ws **Content:** # Privacy Policy --- ## Brochures ### [Capabilities Overview](https://sterlingcontrols.com/brochure/capabilities-overview/) **Published:** June 25, 2026 **Author:** p1ws **Content:** # Capabilities Overview ## Custom Process Automation & Material Handling ## Batching, weighing, and controls, engineered to your process and supported for its lifetime. Sterling Systems & Controls custom-engineers ingredient batching systems, material weighing systems, and process controls for manufacturers who need accuracy they can measure and traceability they can prove. Every system is built to your specific process — not configured from a product catalog — and supported by the same full-time engineers who designed it, without annual service contracts. For over 50 years, Sterling has delivered complete manufacturing automation for [feed milling and pet food manufacturing](https://sterlingcontrols.com/industries-applications/feed-milling-pet-food-manufacturing/), [baking and food processing](https://sterlingcontrols.com/industries-applications/baking-food-processing/), [agriculture and grain handling](https://sterlingcontrols.com/industries-applications/agriculture/), and [industrial processing](https://sterlingcontrols.com/industries-applications/industrial-processing/) operations worldwide. Our core capabilities span four areas: [batching and weighing systems](https://sterlingcontrols.com/products-capabilities/batching-weighing/) — from micro ingredient scales to full multi-station lines; [controls and automation](https://sterlingcontrols.com/products-capabilities/controls-automation/) — including process controls, supervisory software, and legacy system upgrades; [bulk bag handling](https://sterlingcontrols.com/products-capabilities/bulk-bag-handling-systems/) — filling and unloading integrated directly into your process; and [complete process systems](https://sterlingcontrols.com/products-capabilities/complete-systems/) — turnkey plantwide automation from a single accountable source. [Download Brochure](https://sterlingcontrols.com/wp-content/uploads/Sterling-Systems-Controls-Capabilities-Handout.pdf) ![Industrial bulk material handling system: four elevated hoppers with motors on a raised platform and yellow safety rails in a warehouse setting.](https://sterlingcontrols.com/wp-content/uploads/Micro-System-2-5520-e1663943712603-2-600x399-1.jpg "Micro-System-2-5520-e1663943712603-2-600x399 | Sterling Systems & Controls")Under One Roof #### Electrical UL panel shop, PLC & HMI #### Mechanical Process & structural design #### Software .NET, FactoryTalk View ME/SE, recipe management/reporting tools, and other software platforms #### Service 24/7 lifecycle support 50+ Years in batching & weighing 24/7 After-sales support. No annual contract or subscription 20+ Years avg. PM tenure UL & cUL Listed panel builder, US & Canada ## What We Do — Core competencies, standalone or fully integrated ### Batching & Weighing Streamlined, accurate ingredient batching. Feeder sizing, bin capacity, system layout, bulk bags, and totes, backed by 50+ years of application expertise. ### Controls & Automation PLC-based systems built with an SQL database and a .NET operator interface. Recipe management, lot tracking, batch production, ERP integration, and alarm and event monitoring. ### Complete Systems From sourced equipment such as grinders, mixers, conveyors, magnets, and dust collection systems to fully autonomous systems using cobots and AMRs, Sterling engineers plantwide automation solutions tailored to your operation. ### Software Applications WebCentral Supervisory control, PMPlanR Preventative Maintenance, data management, and legacy automation upgrades, configured to your process. ## Specialty Systems — Standalone modules or integrated into larger lines ### Bulk Bag Handling Custom fillers and unloaders for FIBCs, super-sacks, and totes. Integrates dust containment, magnets, bag massagers, and conveying. ### Liquid Handling Mother-tote and drum/barrel dispensing by mass flow, gain in weight, or loss in weight. Pumps, meters, and PLC/HMI controls, built for your exact process. ### Bearing Condition Monitor Alerts before shutdown on high-speed mills and classifiers. Standalone or integrated, intrinsically-safe options for Class I-III, Division 1 and 2. ### Spare Parts & Service 24/7 support from the engineers who know your system. Remote or onsite, no annual contract. No upfront PO required. ## Sterling Software Suite ### Purpose-built for batching operations. Standard applications, configured to your process and integrated with your controls. #### WebCentral™ Browser-based supervisory control and remote operation. #### PMPlanR™ Preventative maintenance planning for the full facility. #### FreshStart™ Upgrade path for legacy automation, without starting over. Industries Served ### Fifty years of application expertise across processing industries. Feed Milling Pet Food Baking Chemical Processing Nutraceutical Cattle Feed & Pre-Blend Food Processing Rubber Compounding Mineral Processing Other Industrial ## How We Work — From first call to 24/7 lifecycle support 01 · Analyze ### Consult your staff We engage with operators, engineers, and plant management to define project objectives and constraints. 02 · Develop ### Engineer the solution Mechanical and control systems designed in-house to achieve your rate, accuracy, and footprint. 03 · Deliver ### Build, test, start up Panel build, mechanical assembly, system testing, onsite install and operator training. 04 · Support ### 24/7 Customer service for the life of the install. --- ### [Brochure: Baking Food & Process Automation](https://sterlingcontrols.com/brochure/brochure-baking-food-and-process-automation/) **Published:** May 10, 2024 **Author:** p1ws **Excerpt:** Discover the transformative abilities of Sterling Systems & Controls custom engineered solutions for baking and food processing: Food Safety, Bulk Unloading Storage and Transfer, Automatic Ingredient Batching, Semi-Automatic Batching Stations, Blending/Mixing, Drying/Proofing/Cooling, Material Processing, Packaging, Preventative Maintenance, and more. Whether making snack foods, breakfast cereals and ready-to-eat meals, breads, bagels, specialty baked goods or any other food products, we can increase efficiency, consistency, optimize your process capacity, and help you deal with labor shortages, thereby maximizing your profits! **Content:** # Brochure: Baking Food & Process Automation ![BAKING AND FOOD PLANTWIDE AUTOMATION DIAGRAM](https://sterlingcontrols.com/wp-content/uploads/BAKING-AND-FOOD-PLANTWIDE-AUTOMATION-DIAGRAM-SCENE7.2.png) Discover the transformative abilities of Sterling Systems & Controls custom engineered solutions for baking and food processing: Food Safety, Bulk Unloading Storage and Transfer, Automatic Ingredient Batching, Semi-Automatic Batching Stations, Blending/Mixing, Drying/Proofing/Cooling, Material Processing, Packaging, Preventative Maintenance, and more. Whether making snack foods, breakfast cereals and ready-to-eat meals, breads, bagels, specialty baked goods or any other food products, we can increase efficiency, consistency, optimize your process capacity, and help you deal with labor shortages, thereby maximizing your profits! [Download Brochure](https://sterlingcontrols.com/wp-content/uploads/2259422_SterlingControlsBrochureUpdate_Web_042224.pdf) --- ### [Brochure: Sterling Capabilities](https://sterlingcontrols.com/brochure/brochure-sterling-capabilities/) **Published:** May 10, 2024 **Author:** p1ws **Excerpt:** Learn how Sterling Systems & Controls can provide you with custom engineered solutions that can assist you in reaching your objectives: process controls & automation, batching & weighing, bulk bag handling, liquid handling, mill bearing condition monitoring, and complete process systems. We can help and support you to excel in manufacturing. Improve process efficiency, product quality and consistency, product safety, meet regulatory requirements, maximize process capacity, and avoid your manufacturing processes from hurting your profits! **Content:** # Brochure: Sterling Capabilities ![mixer bowl batching](https://sterlingcontrols.com/wp-content/uploads/mixer-bowl-batching-600x574.jpg) Learn how Sterling Systems & Controls can provide you with custom-engineered solutions that can assist you in reaching your objectives: process controls & automation, batching & weighing, bulk bag handling, liquid handling, mill bearing condition monitoring, and complete process systems. We can help and support you in excelling in manufacturing. Improve process efficiency, product quality and consistency, product safety, meet regulatory requirements, maximize process capacity, and avoid your manufacturing processes from hurting your profits! [Download Brochure](https://sterlingcontrols.com/wp-content/uploads/2259405_SterlingControlsCompanyCapabilitiesBrochure_WEB_042224.pdf) --- ### [Brochure: Feedmill Automation](https://sterlingcontrols.com/brochure/brochure-feedmill-automation/) **Published:** May 10, 2024 **Author:** p1ws **Excerpt:** See how Sterling Systems & Controls custom engineered solutions will boost your feed mill efficiency with automation and control applications: Raw Material Receiving/Transfer, Grinding/Milling, Ingredient Batching, Feed Pelleting, and Finished Product Loadout. With our feed mill automation, you can achieve manufacturing excellence by improving your process efficiency, product quality and consistency, process capacity, and profit margins. Whether you make Dry Feed, Premix, Liquid Feed, or Feed Ingredients and Supplements, we can optimize your process with our tailored solutions. **Content:** # Brochure: Feedmill Automation ![feed batching bulk bags](https://sterlingcontrols.com/wp-content/uploads/feed-batching-bulk-bags-600x433.jpg) See how Sterling Systems & Control’s custom-engineered solutions will boost your feed mill efficiency with automation and control applications: raw material receiving/transfer, grinding/milling, ingredient batching, feed pouring, and finished product loadout. With our feed mill automation, you can achieve manufacturing excellence by improving your process efficiency, product quality and consistency, process capacity, and profit margins. Whether you make Dry Feed, Premix, Liquid Feed, or Feed Ingredients and Supplements, we can optimize your process with our tailored solutions. [Download Brochure](https://sterlingcontrols.com/wp-content/uploads/2259428_SterlingControls-Brochure-FeedMillAutomation-Update_WEB_042224.pdf) --- ## Case Studies ### [Food Industry: Weighing & Batching Solutions](https://sterlingcontrols.com/case-study/weighing-and-batching-solutions-for-the-food-industry/) **Published:** May 10, 2024 **Author:** p1ws **Excerpt:** Explore the fascinating journey of an iconic American breakfast food company spanning over a century of innovation and dedication to providing families with delicious and nourishing morning meals. With a rich legacy of crafting over twenty beloved breakfast products distributed globally, this company has remained steadfast in its mission to transform grains into wholesome foods for generations. However, faced with the challenge of adapting to dynamic raw material availability and escalating competition, the company sought to revolutionize its production process for waffles. **Content:** # Food Industry: Weighing & Batching Solutions ![sterling-material-weighing-automatic-1](https://sterlingcontrols.com/wp-content/uploads/sterling-material-weighing-automatic-1-2-600x337.jpg) Explore the fascinating journey of an iconic American breakfast food company spanning over a century of innovation and dedication to providing families with delicious and nourishing morning meals. With a rich legacy of crafting over twenty beloved breakfast products distributed globally, this company has remained steadfast in its mission to transform grains into wholesome foods for generations. However, faced with the challenge of adapting to dynamic raw material availability and escalating competition, the company sought to revolutionize its production process for waffles. Enter the collaboration with Sterling Systems & Controls, recommended by an astute engineer familiar with their expertise. Tasked with upgrading the Minor Ingredient Weighing/Batching System, the company aimed not only to enhance production flexibility but also to optimize line efficiency. Their vision extended beyond maintaining quality standards to reducing batch cycle time and minimizing ingredient waste, crucial for elevating profitability in the fiercely competitive breakfast food market. The meticulous design ensured batch integrity and real-time data collection at each control point, seamlessly integrated with ERP interfaces across diverse software and hardware platforms. Dive into this captivating case study to uncover how strategic partnership and innovative technology empowered this iconic breakfast food company to navigate challenges, enhance efficiency, and maintain its legacy of delivering wholesome goodness to breakfast tables worldwide. **Download the full case study now to witness firsthand the transformation of tradition into modern excellence in breakfast food production.** [Download Case Study](https://sterlingcontrols.com/wp-content/uploads/Real-Weighing-Batching-Solutions-for-the-Food-Industry-1.pdf) --- ### [Rubber Industry: Batching & Mixing Controls Solutions](https://sterlingcontrols.com/case-study/rubber/) **Published:** April 29, 2024 **Author:** p1ws **Excerpt:** Witness the transformation of rubber compounding batch integrity and production efficiency as a global leader in hydraulic hose manufacturing joins forces with Sterling Systems & Controls. Striving to overcome limitations imposed by an outdated batching system, the company sought to automate the handling of bulk materials and streamline processes in their Banbury® mixer. Sterling Systems & Controls rose to the challenge, crafting a tailored solution to not only address existing inefficiencies but also pave the way for future growth and competitiveness. **Content:** # Rubber Industry: Batching & Mixing Controls Solutions ![BATCHING-PROCESS](https://sterlingcontrols.com/wp-content/uploads/BATCHING-PROCESS-1-600x450.png) Witness the transformation of rubber compounding batch integrity and production efficiency as a global leader in hydraulic hose manufacturing joins forces with Sterling Systems & Controls. Striving to overcome limitations imposed by an outdated batching system, the company sought to automate the handling of bulk materials and streamline processes in their Banbury® mixer. Sterling Systems & Controls rose to the challenge, crafting a tailored solution to not only address existing inefficiencies but also pave the way for future growth and competitiveness. Sterling Systems & Controls orchestrated a comprehensive control system, meticulously integrating four key processes: Hand Add Weighing, Main Batching, Mixing, and Batch-Off. This intricate system featured Manual Add Stations with intuitive control panels and HMIs, empowering operators to batch ahead and optimize production workflows. Through RFID scanners and scale integration, precise ingredient weighing was ensured, while a user-friendly graphical schedule display facilitated seamless batch scheduling and monitoring. Harnessing Sterling Systems & Controls’ expertise in automation and process control, the client witnessed a remarkable enhancement in batch integrity and production efficiency. The innovative solution not only addressed immediate challenges but also equipped the company with robust records for precise inventory management and quality control. Dive into the full case study now to explore how Sterling Systems & Controls revolutionized rubber compounding, offering insights into the transformative power of customized automation solutions for your organization’s journey toward efficiency and competitiveness. **Download now to embark on your automation journey.** [Download Case Study](https://sterlingcontrols.com/wp-content/uploads/CS_BATCHING_MIXING_CONTROLS_SOLUTION_FOR_RUBBER.pdf) --- ### [Feed Industry: Batching Solutions](https://sterlingcontrols.com/case-study/feed-industry-batching-solutions/) **Published:** May 10, 2024 **Author:** p1ws **Excerpt:** Discover how Agri-King, Inc., a leading animal nutrition company, partnered with Sterling Systems and Controls to overcome their automation challenges and enhance their operations. Initially adopting Sterling Systems in the 1970s, Agri-King faced the dilemma of aging hardware and obsolete components by 2013. Sterling's Sales and Engineering teams meticulously assessed the situation, proposing a comprehensive upgrade tailored to Agri-King's needs. **Content:** # Feed Industry: Batching Solutions ![Agri-King_20161206_100926](https://sterlingcontrols.com/wp-content/uploads/Agri-King_20161206_100926-3-600x240.jpg) Agri-King, Inc., a leading animal nutrition company, partnered with Sterling Systems and Controls to overcome their automation challenges and enhance their operations. Initially adopting Sterling Systems in the 1970s, Agri-King faced the dilemma of aging hardware and obsolete components by 2013. Sterling’s Sales and Engineering teams meticulously assessed the situation, proposing a comprehensive upgrade tailored to Agri-King’s needs. With a dedicated Project Manager overseeing the transition, the upgrade seamlessly integrated new hardware and software, including a cutting-edge Batching System featuring Allen Bradley PLC technology. Upon completion, Plant Manager Charlie Letcher praised the system’s functionality and Sterling’s exemplary service. Impressed by the adaptability of Sterling’s solutions across industries, Letcher plans to leverage their expertise for future automation endeavors. **Ready to delve deeper into how Agri-King revolutionized their operations with Sterling Systems & Controls? Download our comprehensive case study now to learn how we can help transform your business too!** [Download Case Study](https://sterlingcontrols.com/wp-content/uploads/CS_BATCHING_SOLUTIONS_FOR_FEED.pdf) --- ### [Minor Ingredient Weighing & Batching System](https://sterlingcontrols.com/case-study/minor-ingredient-weighing-batching-system/) **Published:** May 10, 2024 **Author:** p1ws **Excerpt:** Discover how Sterling Systems and Controls revolutionized a bakery's production process with their innovative Minor Material Weighing System and Batching Controls. By ensuring precise weighments of minor ingredients for bread dough, Sterling's solution facilitated consistent batches of Buns, Bagels, French Bread, and Italian Bread Products every time. But the challenge was substantial: storing and weighing ten raw ingredients with maximum accuracy throughout a full day's production, all while meeting space restrictions and eliminating the risk of missing or double-dosed ingredients. **Content:** # Minor Ingredient Weighing & Batching System ![Sterling-Minor-Ingredient-Weighing-Batching-System](https://sterlingcontrols.com/wp-content/uploads/Sterling-Minor-Ingredient-Weighing-Batching-System-2-600x240.jpg) Sterling Systems and Controls revolutionized a bakery’s production process with their innovative Minor Material Weighing System and Batching Controls. By ensuring precise weighments of minor ingredients for bread dough, Sterling’s solution facilitated consistent batches of Buns, Bagels, French Bread, and Italian Bread Products every time. However, the challenge was substantial: storing and weighing ten raw ingredients with maximum accuracy throughout a full day’s production while meeting space restrictions and eliminating the risk of missing or double-dosed ingredients. Sterling’s solution was comprehensive and tailored to the bakery’s needs. A combination of circular and rectangular bins optimized storage efficiency, while various feeder types and sizes accommodated different material weight sizes and flow characteristics. Removable lids with dust collection pickups and bar grating inside the supply bins ensured cleanliness and operational integrity. Moreover, the Systems Controls, PC, and PLC-based empowered operators with formula selection, batch quantity adjustments, and a user-friendly scheduling interface for seamless production management. **Ready to dive deeper into the success story? Download the full case study now to uncover how Sterling Systems and Controls transformed a bakery’s production process with precision and innovation. Click here for exclusive insights and discover how Sterling can tailor solutions to elevate your operations.** [Download Case Study](https://sterlingcontrols.com/wp-content/uploads/CS_MINOR_INGREDIENT_WEIGHING_AND_BATCHING_SYSTEM_FOR_BAKING.pdf) --- ### [Control Automation Conveying and Grading System](https://sterlingcontrols.com/case-study/control-automation-conveying-and-grading-system/) **Published:** May 10, 2024 **Author:** p1ws **Excerpt:** Embark on a journey into the dynamic realm of industrial automation through Sterling Systems and Controls' latest case study. Tasked with orchestrating an automation control system for a sugar grinding and conveying system, Sterling confronted a distinctive challenge: crafting controls for a conveying/sifting system capable of unloading bulk bags of coarse granulated sugar at precise rates and sorting the product into three mesh sizes for future processing needs. Delve into the narrative to witness how Sterling approached this challenge head-on with their ingenious solutions. **Content:** # Control Automation Conveying and Grading System ![CaseStudy-Sugar-Conveying-Grinding](https://sterlingcontrols.com/wp-content/uploads/CaseStudy-Sugar-Conveying-Grinding-1-600x263.png) Embark on a journey into the dynamic realm of industrial automation through Sterling Systems and Controls’ latest case study. Tasked with orchestrating an automation control system for a sugar grinding and conveying system, Sterling confronted a distinctive challenge: crafting controls for a conveying/sifting system capable of unloading bulk bags of coarse granulated sugar at precise rates and sorting the product into three mesh sizes for future processing needs. Delve into the narrative to witness how Sterling approached this challenge head-on with their ingenious solutions. In their relentless pursuit of excellence, Sterling devised a space-saving control system to ensure the seamless transfer of material to the screener from the dilute phase vacuum conveying system. With meticulous precision, Sterling engineered a local control panel empowering operators with comprehensive system insights essential for effortless operation, troubleshooting, and maintenance. Simultaneously, the main control panel acts as the central hub, facilitating equipment connections, field information reception, and signal inputs/outputs for flawless operation. Immerse yourself in the realm of efficiency and convenience as Sterling’s solution incorporates an automated bulk bag unloading station with a manual dump option. Featuring an integrated winch for precise bulk bag positioning and pneumatically operated massage paddles to optimize material flow, this station epitomizes streamlined operations. Addressing safety concerns, Sterling integrates a dust collection system onto the unloading station, ensuring a secure working environment. Unravel the intricate details of how Sterling’s avant-garde technology seamlessly segregates product particle sizes and delivers them to their ultimate destinations, ensuring unwavering precision and efficiency at every stage of the process. **Download the case study now to unveil the complete saga behind Sterling’s pioneering automation control system.** [Download Case Study](https://sterlingcontrols.com/wp-content/uploads/Sterling-Sugar-Conveying-Grading-Control-Automation-2.pdf) --- ### [Micro/Minor Weighing System With Bulk Bags](https://sterlingcontrols.com/case-study/micro-minor-weighing-system-with-bulk-bags/) **Published:** May 10, 2024 **Author:** p1ws **Excerpt:** Explore this case study, highlighting Sterling’s innovative solution for a leading animal feed producer. In response to the client’s pressing need for enhanced batch efficiency, precision, and labor optimization, Sterling delivered a tailored Micro/Minor Weighing System with Bulk Bag capabilities. **Content:** # Micro/Minor Weighing System With Bulk Bags ![Sterling-Micro-Minor-Ingredient-Bulk-Bag-System](https://sterlingcontrols.com/wp-content/uploads/Sterling-Micro-Minor-Ingredient-Bulk-Bag-System-2-600x338.jpg) Explore this case study, highlighting Sterling’s innovative solution for a leading animal feed producer. In response to the client’s pressing need for enhanced batch efficiency, precision, and labor optimization, Sterling delivered a tailored Micro/Minor Weighing System with Bulk Bag capabilities. The challenge was clear: reduce batch cycle times, improve accuracy, and minimize manual labor. Sterling’s solution was equally clear and comprehensive. They implemented a Micro/Minor Weighing System with Bulk Bag capabilities, revolutionizing the process. With features such as multiple high-resolution scales, stainless steel supply bins, and a heavy-duty frame, Sterling’s solution not only met but exceeded expectations. From reducing batch cycle times from ~15 minutes to ~5 minutes to eliminating or greatly reducing manual labor, the results speak for themselves. **Download the full case study to delve into the intricate details of this transformative solution.** [Download Case Study](https://sterlingcontrols.com/wp-content/uploads/CS_MICRO_MINOR_WEIGHING_SYSTEM_WITH_BULK_BAGS_FOR_FEED.pdf) --- ### [Rubber Industry: Minor Ingredient Batching System](https://sterlingcontrols.com/case-study/rubber-industry-minor-ingredient-batching-system/) **Published:** May 10, 2024 **Author:** p1ws **Excerpt:** Sterling Systems & Controls was approached by a hose manufacturer grappling with inefficiencies in their manual batching and weighing of powder ingredients crucial for their rubber products. Seeking a tailored solution to enhance production processes, they turned to Sterling, known for its expertise in custom engineering and manufacturing of weighing systems and automation. **Content:** # Rubber Industry: Minor Ingredient Batching System ![Sterling-Rubber-Industry-Batching-Controls-System](https://sterlingcontrols.com/wp-content/uploads/Sterling-Rubber-Industry-Batching-Controls-System-2-600x240.jpg) Sterling Systems & Controls was approached by a hose manufacturer grappling with inefficiencies in their manual batching and weighing of powder ingredients crucial for their rubber products. Seeking a tailored solution to enhance production processes, they turned to Sterling, known for its expertise in custom engineering and manufacturing of weighing systems and automation. The challenge was multifaceted: the manual batching process was costly, generating scrap and posing dust hazards. To optimize production, quick and accurate ingredient batching was imperative, alongside increased production capacity. Sterling’s solution aimed not only to automate material feeding and weighing but also to semi-automate the “hand add” or manually fed materials, ensuring batch accuracy and validation while containing and collecting dust associated with ingredient handling. **Ready to revolutionize your production processes and boost efficiency? Dive deeper into Sterling Systems & Controls’ transformative solution by downloading the full case study now.** [Download Case Study](https://sterlingcontrols.com/wp-content/uploads/CS_MINOR_INGREDIENT_BATCHING_SYSTEM_FOR_RUBBER.pdf) --- ### [Baking Industry: Upgraded Batching Solution](https://sterlingcontrols.com/case-study/baking-industry-upgraded-batching-solution/) **Published:** May 10, 2024 **Author:** p1ws **Excerpt:** Unlock the secrets behind a 25-year partnership's success! Dive into Sterling Systems & Controls' latest case study featuring a middle-America bread producer. Seeking to modernize their operations, the producer turned to Sterling for upgrades to their batching and material handling systems, aiming to reduce manual labor and boost production. **Content:** # Baking Industry: Upgraded Batching Solution ![BAKING_INDUSTRY_-BATCHING_Before_After-e1654014576989 (1)](https://sterlingcontrols.com/wp-content/uploads/BAKING_INDUSTRY_-BATCHING_Before_After-e1654014576989-1-1-600x439.jpg) Unlock the secrets behind a 25-year partnership’s success! Dive into Sterling Systems & Controls’ latest case study featuring a middle-America bread producer. Seeking to modernize their operations, the producer turned to Sterling for upgrades to their batching and material handling systems, aiming to reduce manual labor and boost production. Discover how Sterling Systems tackled the challenge by analyzing existing systems and offering innovative solutions. From increasing batch sizes tenfold to upgrading scaling equipment and implementing advanced batching control systems, the results were transformative. **Experience firsthand the benefits of enhanced productivity and a cleaner batching process. Download the full case study now to learn how Sterling Systems & Controls delivered seamless upgrades, earning accolades from the customer for their smooth implementation and outstanding results.** [Download Case Study](https://sterlingcontrols.com/wp-content/uploads/CS_UPGRADED_BATCHING_SOLUTION_FOR_BAKING.pdf) --- ## Testimonials ### [Jack Shrader Just Do It](https://sterlingcontrols.com/?testimonial=jack-shrader-just-do-it) **Published:** June 21, 2024 **Author:** Joe Lewis --- ### [Jack Shrader user friendly and easily adapted to process](https://sterlingcontrols.com/?testimonial=jack-shrader-user-friendly-and-easily-adapted-to-process) **Published:** June 21, 2024 **Author:** Joe Lewis --- ### [Jack Shrader awesome](https://sterlingcontrols.com/?testimonial=jack-shrader-awesome) **Published:** June 21, 2024 **Author:** Joe Lewis --- ### [Joe Easton - Rose Acre Farms - Our control systems were 30](https://sterlingcontrols.com/?testimonial=joe-easton-our) **Published:** September 10, 2020 **Author:** p1ws **Content:** Donec quis purus eu nunc elementum pellentesque ut ac nisl. Aliquam venenatis nisl non turpis hendrerit, mollis blandit ligula maximus. --- ### [Kirk Bowman - Performix Nutrition Systems - We know that making a change](https://sterlingcontrols.com/?testimonial=kirk-bowman-we) **Published:** September 10, 2020 **Author:** p1ws **Content:** Sed quam justo, aliquet convallis ligula non, vestibulum sagittis lectus. Etiam feugiat. --- ### [Kirk Bowman - Performix Nutrition Systems - I have used Sterling](https://sterlingcontrols.com/?testimonial=kirk-bowman) **Published:** September 10, 2020 **Author:** p1ws **Content:** Amet consectetur aliquam, risus magna luctus lectus, sed volutpat dui lorem in orci. Nam pulvinar quis erat at. --- ### [Ron Hodges Plant Manager Hubbard Feeds, Inc.](https://sterlingcontrols.com/?testimonial=ron-hodges-plant-manager-hubbard-feeds-inc) **Published:** May 7, 2024 **Author:** p1ws --- ### [Charlie Letcher](https://sterlingcontrols.com/?testimonial=charlie-letcher) **Published:** June 4, 2024 **Author:** p1ws --- ### [John Burkholder The Sterling Systems & Controls automation system has enhanced](https://sterlingcontrols.com/?testimonial=john-burkholder-the-sterling-systems-controls-automation-system-has-enhanced) **Published:** June 4, 2024 **Author:** p1ws --- ### [John Burkholder We used manual batching control with](https://sterlingcontrols.com/?testimonial=john-burkholder-we-used-manual-batching-control-with) **Published:** June 4, 2024 **Author:** p1ws --- ### [Charlie Letcher Sterling Systems & Controls is the company that does](https://sterlingcontrols.com/?testimonial=charlie-letcher-sterling-systems-controls-is-the-company-that-does) **Published:** June 4, 2024 **Author:** p1ws --- ### [Robert Ruiz We have been highly satisfied with](https://sterlingcontrols.com/?testimonial=robert-ruiz-we-have-been-highly-satisfied-with) **Published:** June 4, 2024 **Author:** p1ws --- ### [Robert Ruiz We initially purchased one](https://sterlingcontrols.com/?testimonial=robert-ruiz-we-initially-purchased-one) **Published:** June 4, 2024 **Author:** p1ws --- ### [Joe Easton Price, quality, and the ability to conform](https://sterlingcontrols.com/?testimonial=price-quality-and-the-ability-to-conform) **Published:** June 4, 2024 **Author:** p1ws --- ### [John Burkholder Operations Manager Prairie Grain Processors, LLC](https://sterlingcontrols.com/?testimonial=john-burkholder-operations-manager-prairie-grain-processors-llc) **Published:** May 7, 2024 **Author:** p1ws --- ### [Charlie Letcher Director of Manufacturing Agri-King, Inc.](https://sterlingcontrols.com/?testimonial=charlie-letcher-director-of-manufacturing-agri-king-inc) **Published:** May 7, 2024 **Author:** p1ws --- ### [Robert Ruiz Continuous Improvement Manager Mountain Country Foods](https://sterlingcontrols.com/?testimonial=robert-ruiz-continuous-improvement-manager-mountain-country-foods) **Published:** May 7, 2024 **Author:** p1ws --- ### [Joe Easton Commodities Purchasing Rose Acre Farms](https://sterlingcontrols.com/?testimonial=joe-easton-commodities-purchasing-rose-acre-farms) **Published:** May 7, 2024 **Author:** p1ws --- ## Videos ### [How preventive maintenance leads to predictive maintenance](https://sterlingcontrols.com/blog/video/how-preventive-maintenance-leads-to-predictive-maintenance/) **Published:** July 16, 2024 **Author:** p1ws **Excerpt:** Step into the future of maintenance with Feed & Grain magazine as they delve into Preventative and Predictive Maintenance with Sterling Systems & Controls in this engaging video chat. Explore how proactive Preventative Maintenance is transforming grain processing and feed mills, preventing equipment breakdowns and enhancing operational efficiency while mitigating costly downtime and safety risks. Discover how state-of-the-art Preventative Maintenance Planning software, can seamlessly manage operations across multiple locations to ensure unmatched consistency and peak performance in process manufacturing. Looking ahead, venture into the forefront of maintenance innovation with Artificial Intelligence and QR codes. Sterling Systems & Controls anticipates AI and data-driven Predictive Maintenance to provide real-time machine insights, optimize production efficiency, and redefine profitability and customer service standards across the manufacturing sector. --- ### [DENESTER OPERATION](https://sterlingcontrols.com/blog/video/denester-operation/) **Published:** July 8, 2024 **Author:** p1ws **Excerpt:** Video shows operation of a plastic tote Denester in a minor ingredient batching system within food industry manufacturing operation. --- ### [Weigh Batch System for Metallurgical Application](https://sterlingcontrols.com/blog/video/weigh-batch-system-for-metallurgical-application/) **Published:** May 28, 2024 **Author:** p1ws --- ### [INGREDIENT BATCHING SYSTEM FOR RUBBER COMPOUNDING](https://sterlingcontrols.com/blog/video/ingredient-batching-system-for-rubber-compounding-2/) **Published:** May 28, 2024 **Author:** p1ws --- ### [Chesapeake Energy hydraulic fracturing method](https://sterlingcontrols.com/blog/video/chesapeake-energy-hydraulic-fracturing-method/) **Published:** May 28, 2024 **Author:** p1ws **Excerpt:** In order to maximize the production potential for a natural gas well, the shale formation must be hydraulically fractured. This video outlines and demonstrates the hydraulic fracturing process in Chesapeake Energy natural gas operations. For more information on fracking, visit www.hydraulicfracturing.com. --- ### [Ingredient System Lot Tracking and Locking Bins With Dust Collection Hoods](https://sterlingcontrols.com/blog/video/ingredient-system-lot-tracking-and-locking-bins-with-dust-collection-hoods/) **Published:** May 7, 2024 **Author:** p1ws **Excerpt:** This video illustrates some of the optional customization Sterling Systems & Controls can provide its customers as a part of an ingredient batching system (micro, minor, bulk or hybrid). These features shown here include: Barcode Scanning (RFID available as well) for lot tracking and to ensure proper ingredient is added to the bin, and Bin Locking to aid in dust control and prevent tampering. --- ### [Kitchen Batching System](https://sterlingcontrols.com/blog/video/kitchen-batching-system/) **Published:** May 7, 2024 **Author:** p1ws **Excerpt:** A semi-automatic ingredient batching system for the food industry is often referred to as a Kitchen Batching System. This multiple bin system requires operator involvement for the batching operation but it is also automated in the control of the human actions and assures accurate weighments and batches. The Kitchen Batching System also improves speed and overall efficiency of the ingredient batching process over a manual process. --- ### [Ingredient Batching System For Rubber Compounding](https://sterlingcontrols.com/blog/video/ingredient-batching-system-for-rubber-compounding/) **Published:** May 7, 2024 **Author:** p1ws **Excerpt:** The first step in most rubber manufacturing processes is compounding. This requires the accurate batching of ingredients together for further process. Most often to produce a rubber compound a combination of plastic resin (pellets, flakes, powders, or liquid) is combined with other materials, including liquids and/or bulk solid materials. Sterling Systems & Controls, Inc. designed and supplied a customized batching system for a rubber compounding application where industrial hoses and fittings are manufactured. --- ### [30 Bin Auto And Semi Auto Hybrid Ingredient Batching System](https://sterlingcontrols.com/blog/video/30-bin-auto-and-semi-auto-hybrid-ingredient-batching-system/) **Published:** May 7, 2024 **Author:** p1ws **Excerpt:** 30 bin ingredient batching system, 18 automatic and 12 semi-automatic hand-adds. This hybrid system used 4 scales in the automatic section and 2 scales in the hand-adds. --- ### [MP4 video test](https://sterlingcontrols.com/blog/video/mp4-video-test/) **Published:** April 10, 2024 **Author:** p1ws --- ## White Papers ### [How to Choose the Right Systems Integrator for Your Project: A Guide](https://sterlingcontrols.com/white-paper/how-to-choose-the-right-systems-integrator-for-your-project-a-guide/) **Published:** May 9, 2024 **Author:** p1ws **Excerpt:** Unlock the power of seamless integration for your digital transformation journey with our exclusive white paper. Dive deep into the world of systems integration and discover how partnering with the right company can propel your project to success. From cloud migration to cybersecurity and beyond, systems integrators play a pivotal role in bringing together diverse software and hardware components to create a cohesive and functional system tailored to your specific needs. **Content:** # How to Choose the Right Systems Integrator ![bulk bag loader](https://sterlingcontrols.com/wp-content/uploads/BULK-BAG-LOADING-rev1-e1663699945881-1-600x585.jpg) Unlock the power of seamless integration for your digital transformation journey with our exclusive white paper. Dive deep into the world of systems integration and discover how partnering with the right company can propel your project to success. From cloud migration to cybersecurity and beyond, systems integrators play a pivotal role in bringing together diverse software and hardware components to create a cohesive and functional system tailored to your specific needs. Choosing the right systems integrator is a decision that can make or break your project. With our white paper, learn how to navigate this crucial selection process with confidence. Gain insights into the key factors to consider, pitfalls to avoid, and strategies for ensuring that your project is completed on time, within budget, and to your satisfaction. Don’t leave your digital transformation to chance. Download our white paper today and arm yourself with the knowledge you need to choose the perfect systems integrator for your project. Empower your organization to thrive in the digital age and unlock new levels of efficiency, productivity, and innovation. **Ready to take the next step in your digital transformation journey? Download our white paper now to discover how choosing the right systems integrator can make all the difference. Gain valuable insights into the selection process and ensure that your project is completed on time, within budget, and to your satisfaction. Don’t let delays and cost overruns derail your plans—download our white paper today and unlock the power of seamless integration for your organization.** ## Download White Paper **Categories:** White Paper --- ### [Enhancing Process Control Through Effective Data Management](https://sterlingcontrols.com/white-paper/enhancing-process-control/) **Published:** April 30, 2024 **Author:** p1ws **Excerpt:** Ready to revolutionize your approach to process control and drive operational excellence in your industry? Download our comprehensive white paper, “Enhancing Process Control: Harnessing the Power of Data Management,” today! **Content:** # Enhancing Process Control Through Effective Data Management ![Complete Systems](https://sterlingcontrols.com/wp-content/uploads/1887264_SterlingControlsCompanyCapabilitiesBrochure_03_012924.svg) In industries like baking, food processing, pet food manufacturing, pharmaceutical production, animal feed, and chemical manufacturing, precise process control is vital for maintaining a competitive edge. Leveraging state-of-the-art technology and the Industrial Internet of Things (IIoT) has revolutionized the way we collect and utilize data in process manufacturing. However, the real transformation lies in how we manage and extract actionable insights from this wealth of information. Our white paper underscores the transformative power of data management in process manufacturing. By harnessing the potential of data, organizations can drive efficiency, quality, and innovation, securing a competitive advantage in today’s dynamic industrial landscape. Ready to revolutionize your approach to process control and drive operational excellence in your industry? Download our comprehensive white paper, “Enhancing Process Control: Harnessing the Power of Data Management,” today! **Gain valuable insights into:** - Maximizing the potential of data in process manufacturing. - Implementing actionable strategies for improved efficiency and quality control. - Transitioning from reactive to predictive maintenance approaches. - Cultivating a culture of continuous improvement and innovation. **Don’t miss out on this opportunity to stay ahead of the competition. Fill out the form below to access your free copy of the white paper now!** ## Download White Paper **Categories:** White Paper --- ### [Integrating Process Control with ERP](https://sterlingcontrols.com/white-paper/erp/) **Published:** July 24, 2024 **Author:** p1ws **Excerpt:** Data is everything in today’s Process Control Systems (PCS), capturing extensive data on equipment, processes, inventory usage, and more. Discover the crucial role of integrating data between PCS and ERP systems, exploring the top 5 benefits, along with key challenges and best practices for seamless integration within your business. Dive into our white paper to uncover how this integration can optimize operations, drive business growth, and streamline efficiency in your data integration journey. **Content:** # Integrating Process Control with ERP ## Driving Efficiency Data is everything in today’s Process Control Systems (PCS), capturing extensive data on equipment, processes, inventory usage, and more. Discover the crucial role of integrating data between PCS and ERP systems, exploring the top 5 benefits, along with key challenges and best practices for seamless integration within your business. Dive into our white paper to uncover how this integration can optimize operations, drive business growth, and streamline efficiency in your data integration journey. **Categories:** White Paper **Tags:** automatic batching system, Automation, Batching, batching systems, Bulk bag unloading, ingredient batching, Weighing System --- ### [Guardians Of Food Safety](https://sterlingcontrols.com/white-paper/guardians-of-food-safety/) **Published:** April 30, 2024 **Author:** Debbie Gassman **Excerpt:** Discover the intricate world of ingredient batching systems with our comprehensive white paper, exploring the vital role they play in ensuring food safety and product integrity. Dive into the complexities of traditional methodologies and discover the potential of modernized approaches to fortify the resilience of your food supply chain. **Content:** # Guardians Of Food Safety ## The Vital Role Of Ingredient Batching Systems Discover the intricate world of ingredient batching systems with our comprehensive white paper, exploring the vital role they play in ensuring food safety and product integrity. Dive into the complexities of traditional methodologies and discover the potential of modernized approaches to fortify the resilience of your food supply chain. #### Introduction to Ingredient Batching Systems At the heart of every delicious dish lies the precise blending of ingredients, a process made possible by ingredient batching systems. Our white paper introduces you to the critical role these systems play in the baking and food industries, highlighting their impact on product quality, consistency, and, most importantly, safety. #### Challenges in Traditional Ingredient Batching Systems Uncover the challenges faced by traditional ingredient batching systems, from the susceptibility to human error to inadequate traceability mechanisms. Regulatory compliance adds another layer of complexity, underscoring the multifaceted obstacles that traditional systems encounter in upholding food safety standards. #### Importance of Food Safety in Ingredient Batching Join us as we delve into the imperative of food safety within ingredient batching. Explore the risks posed by contamination and allergen mismanagement, and understand why prioritizing food safety is essential for consumer trust and brand reputation. Discover how each stage of the batching process must adhere to stringent safety protocols to ensure a safer food supply chain. **Ready to revolutionize your approach to ingredient batching and fortify your food safety measures? Download our white paper now to gain invaluable insights into the challenges, strategies, and future opportunities in ingredient batching systems. Elevate your food production processes and safeguard your brand reputation with enhanced food safety practices. Click below to get your hands on the knowledge that could reshape your entire supply chain.** ## Download White Paper **Categories:** White Paper **Tags:** Lorem --- ### [Unlocking Excellence](https://sterlingcontrols.com/white-paper/unlocking-excellence/) **Published:** May 9, 2024 **Author:** Debbie Gassman **Excerpt:** Ready to unlock unprecedented levels of product quality and consistency in your manufacturing operations? Download our white paper now to explore the practical guide to selecting, integrating, and leveraging automated process control systems. Embrace the technology that offers a path to growth and competitiveness in today’s demanding markets, and shape the future of process manufacturing excellence with automated process control. **Content:** # Unlocking Excellence ## Enhancing Product Quality and Consistency Through Automated Process Control Discover the transformative potential of Automated Process Control Systems in revolutionizing product quality and consistency across diverse industries. In our white paper, we explore the limitations of traditional manual control methods and introduce automated process control as a solution to meet the rigorous demands of modern process production environments. From baking and food processing, pet food manufacturing, to animal feed production, chemical processing and rubber compounding, automated process control systems offer unparalleled precision and reliability, ensuring consistency and adherence to predefined quality standards. Gain valuable insights into the benefits and applications of automated process control systems. Learn how these systems eliminate the variability introduced by manual intervention, resulting in significant improvements in product quality. Through continuous monitoring and adjustment of process parameters, automated process control systems minimize deviations and variations from standards, ensuring consistent results with every product. Discover the mechanisms through which these systems achieve consistency and reliability, empowering your organization to achieve new levels of manufacturing excellence. **Ready to unlock unprecedented levels of product quality and consistency in your manufacturing operations? Download our white paper now to explore the practical guide to selecting, integrating, and leveraging automated process control systems. Embrace the technology that offers a path to growth and competitiveness in today’s demanding markets, and shape the future of process manufacturing excellence with automated process control.** ## Download White Paper **Categories:** White Paper --- ### [Optimizing Production Efficiency](https://sterlingcontrols.com/white-paper/optimizing-production-efficiency/) **Published:** May 9, 2024 **Author:** p1ws **Excerpt:** Discover the transformative power of automatic ingredient batching systems in revolutionizing process production operations. In our white paper, we delve into the intricacies of these systems, exploring their design considerations, flexibility, and integration with existing infrastructure. Whether you're in the baking and food processing industry, pet food manufacturing, animal feed production, or rubber compounding, automatic ingredient batching systems offer unparalleled efficiency and quality. **Content:** # Optimizing Production Efficiency ## The Influence of Custom-Engineered Automatic Ingredient Batching Systems Discover the transformative power of automatic ingredient batching systems in revolutionizing process production operations. In our white paper, we delve into the intricacies of these systems, exploring their design considerations, flexibility, and integration with existing infrastructure. Whether you’re in the baking and food processing industry, pet food manufacturing, animal feed production, or rubber compounding, automatic ingredient batching systems offer unparalleled efficiency and quality. Gain valuable insights into the diverse applications of automatic ingredient batching systems across industries. Learn how these systems enhance recipe consistency, flavor profiles, and formulation precision, ultimately leading to increased productivity and competitiveness in the global marketplace. With real-world case studies showcasing the tangible benefits of these systems, you’ll see firsthand how organizations have achieved significant reductions in waste, improved batch cycle times, and enhanced quality control. Looking to the future, our white paper explores emerging trends such as the integration of Industrial Internet of Things (IIoT) and data analytics for predictive maintenance, advancements in batch tracking and traceability, and the adoption of sustainable and eco-friendly batching solutions. Stay ahead of the curve and unlock new levels of productivity, sustainability, and competitiveness with automatic ingredient batching systems. Download our white paper today and embark on a journey towards operational excellence. **Ready to optimize your production processes and achieve unparalleled efficiency? Download our white paper now to unlock the transformative potential of automatic ingredient batching systems. Gain valuable insights, real-world case studies, and emerging trends that will empower your organization to stay ahead of the curve in today’s competitive marketplace. Don’t miss out on this opportunity to revolutionize your operations—click below to get your hands on the knowledge that could reshape your entire manufacturing approach.** ## Download White Paper **Categories:** White Paper --- ## Categories ### [Uncategorized](https://sterlingcontrols.com/blog/category/uncategorized/) --- ### [Case Studies](https://sterlingcontrols.com/blog/category/case-studies/) --- ### [News](https://sterlingcontrols.com/blog/category/news/) --- ### [Press Releases](https://sterlingcontrols.com/blog/category/press-releases/) --- ### [Blog](https://sterlingcontrols.com/blog/category/blog/) --- ### [White Paper](https://sterlingcontrols.com/blog/category/white-paper/) --- ### [Video](https://sterlingcontrols.com/blog/category/video/) ---