Arizona Agricultural

The business case for precision weighing extends across every aspect of agricultural operations. Weight data isn’t just measurement; it’s the foundation for decisions that determine profitability.

Weight data drives smarter decisions across the entire operation. Knowing exactly what you’re producing, crop yields by field, animal weight gains over time, feed consumption rates, enables evaluation of what’s working and identification of underperformers. When seed varieties, management practices, or feeding programs can be compared against actual production data rather than estimates, decisions improve.

When it’s time to sell, accurate weights help market at optimal timing, hit target specifications, and negotiate from a position of verified data. Cattle marketed at the right weight hit buyer specifications and capture premium value. Crops weighed accurately at harvest provide the yield data that informs variety selection for next season. The measurement foundation supports better decisions at every stage.

Note: Massload scales are designed for operational weighing and compliance verification. For commercial transactions requiring legal-for-trade certification, we can discuss options appropriate for your specific application.

Inaccurate weighing creates exposure on multiple fronts. Overloaded trucks heading to markets, gins, or elevators risk fines and road violations on Arizona highways. Unverified commodity weights leave money on the table or create disputes with buyers that damage business relationships. Improper feed mixing wastes expensive ingredients or compromises animal health and performance.

Environmental permits require documented application rates for manure and fertilizer, particularly important for Arizona’s concentrated dairy and feedlot operations managing nutrients under regulatory scrutiny. Accurate weighing eliminates the guesswork that leads to costly mistakes and compliance issues.

Agriculture operates on tight margins where small inefficiencies compound quickly across large operations. Under-loaded trucks waste fuel and labor on unnecessary trips. Over-application of inputs burns through expensive seed and fertilizer without proportional yield response. Livestock sold at wrong weights or suboptimal timing leaves value unrealized. Shrink in storage and handling goes undetected, and therefore unaddressed, without measurement.

Consider the arithmetic on a feeding operation. If feed mixing inaccuracy results in just 2% over-delivery of expensive protein supplements across a year of operations, the waste accumulates to significant dollars. If cattle are marketed 30 pounds past optimal finish weight, feed is wasted and carcass value potentially reduced on every head. Precision weighing provides the visibility needed to capture margin at every step.

Real-time weight data enables tighter control of daily operations. Feed mixers hit target rations consistently rather than approximating. Applicators maintain correct rates across the field rather than estimating. Harvest logistics stay balanced with properly loaded trucks and carts. Inventory levels are known rather than estimated, enabling purchasing decisions based on actual consumption.

When you can measure what’s happening in the moment, you can adjust before small issues become big problems. A feed ration trending off-target gets corrected today, not discovered next month when animal performance suffers.

Accurate, documented weights create trust in every transaction. Commodity sales settle fairly when both parties have confidence in measurement. Landlord-tenant crop shares are based on verified yields rather than disputed estimates. Custom work bills accurately based on actual quantities handled. Organic and specialty certifications have the traceable records that audits require.

When the numbers are right and documented, business relationships run smoother and disputes are avoided. The measurement foundation supports everything from daily operations to annual financial reporting.

Arizona’s agricultural environment destroys weighing equipment not designed for desert conditions. Understanding these challenges and the engineering approaches that address them, explains why purpose-built solutions deliver fundamentally different service life and reliability.

Arizona’s agricultural regions experience some of the hottest temperatures in the United States. Summer highs routinely exceed 110°F in the low desert farming areas around Phoenix, Yuma, and the Gila Valley. Equipment sitting in direct sun can reach surface temperatures of 150°F or higher. Harvest season for many crops, including cotton, coincides with peak summer heat, meaning weighing equipment operates under maximum thermal stress during the periods when it’s needed most.

Standard load cells exhibit significant zero drift and span shift at elevated temperatures, delivering measurements that vary with conditions rather than actual loads. LCD displays become unreadable or suffer permanent damage in direct sunlight and extreme heat. Plastic housings and cable jackets degrade rapidly under intense UV exposure, becoming brittle and cracking within two to three years. Batteries in portable equipment discharge faster and experience shortened lifespan under heat stress.

Temperature-compensated load cells maintain accuracy across the full range of Arizona conditions, from cool desert mornings to peak afternoon heat. Compensation networks address not just endpoint temperatures but the thermal gradients and rate-of-change effects during rapid temperature swings.

High-brightness, sunlight-readable displays with protective housings remain visible and functional under direct desert sun. UV-stabilized materials throughout the assembly housings, cable jackets, connectors withstand years of intense exposure without degradation. Extended-capacity battery systems and efficient power management extend portable equipment runtime despite heat-related efficiency losses.

Arizona’s dry climate means dust is a constant presence in agricultural operations. Operations add crop-specific contamination: cotton harvest generates lint that infiltrates everything, grain handling creates chaff and fine particles, feedlot environments combine dust with manure and moisture. The combination of ambient dust and operation-specific debris creates contamination levels that overwhelm equipment designed for cleaner environments.

Dust and debris infiltrate scale mechanisms, affecting accuracy and causing accelerated wear. Buildup on platforms affects tare weights and calibration stability. Connector contacts corrode or lose conductivity as contamination accumulates. Moving parts bind or wear prematurely as abrasive particles work into mechanisms.

Sealed load cells with IP67 or higher ratings provide complete dust and moisture protection, not gaskets that degrade but sealed assemblies that maintain integrity for years. Scale platform designs shed debris naturally and clean easily without requiring disassembly. Sealed electronics enclosures prevent contamination of sensitive components.

Stainless steel construction options address corrosive feedlot and dairy environments where standard finishes degrade rapidly. Heavy-duty connectors with protective covers maintain electrical integrity despite constant dust exposure. Rodent-proof cabling protects against damage during storage and in agricultural buildings where pests are present.

Arizona farms and ranches often span thousands of acres across multiple locations. Equipment must move between fields during harvest, between pastures for livestock operations, and between storage facilities for inventory management. Scales deploy on surfaces ranging from concrete pads to gravel lots to bare desert ground. Remote locations may lack electrical service entirely.

Frequent transport subjects equipment to vibration and shock that damages components not designed for mobility. Uneven setup surfaces introduce weighing errors that vary with each deployment. Equipment must deploy quickly without extensive site preparation, harvest doesn’t wait for scale installation. Power availability limitations restrict where equipment can operate.

Rugged portable designs built for repeated transport survive the vibration and handling of regular relocation. Self-leveling capability addresses uneven terrain without requiring elaborate site preparation. Quick-deploy systems become operational in minutes rather than hours. Battery and solar power options enable operation at remote locations without electrical infrastructure. Wireless connectivity eliminates cabling complications during rapid deployment.

Note: Portable livestock scales and axle scales are designed for field deployment on reasonably level surfaces. Truck scales require stable, level foundations for legal-for-trade measurement.

Agricultural equipment gets used hard by operators focused on production rather than equipment care. Grain carts bump over rough fields at speeds that create continuous shock loading. Livestock step on, kick, and slam against scale platforms. Tractors and trucks drive over portable scales during repositioning. Operators may have limited training on proper scale operation and care.

Shock and impact damage accumulates in load cells and electronics not designed for agricultural severity. Mechanical damage to platforms and housings occurs during normal use. Calibration drifts from repeated overloads and impacts. User errors result from complex interfaces that don’t match operator experience levels.

High-capacity load cells with generous safe overload factors of 150% to 200% of rated capacity, survive the overloads and impacts common in agricultural use. Heavy-gauge steel construction withstands mechanical abuse that would damage lighter equipment. Shock-mounted electronics survive the vibration environment of field operation. Simple, intuitive operator interfaces designed for field use minimize training requirements and reduce error potential during high-pressure seasonal operations.

Many agricultural weighing applications are highly seasonal. Harvest scales may sit idle for months, then run continuously during brief harvest windows when every hour of uptime matters. Cotton harvest, vegetable seasons, and cattle marketing all create periods of intense use bracketed by extended storage. Equipment must perform immediately when needed after months of sitting in Arizona conditions.

Extended storage leads to calibration drift as components settle and temperature-cycle through seasons. Battery degradation occurs even when equipment isn’t in use. Pest damage accumulates during storage in agricultural buildings. Seal deterioration from UV and heat exposure continues whether equipment is operating or not. Equipment failures discovered during harvest create costly delays when repair time isn’t available.

Long-term calibration stability through storage and seasonal temperature cycling, designs that maintain accuracy despite months between uses. Rodent-proof cabling and sealed construction protect against pest damage during storage. UV-stabilized materials continue protecting components whether equipment is operating or stored. Pre-season calibration services verify equipment accuracy before critical periods begin, identifying issues when there’s time to address them rather than discovering problems during harvest.

How weighing systems serve Arizona’s diverse agricultural operations. Equipment specifications appear in the Product Capabilities section below.

Grain Cart and Weigh Wagon Systems: Integrated weighing for grain carts and weigh wagons provides field-level yield data during harvest operations. Properly calibrated systems optimize truck loading to legal limits, reducing trips while avoiding overweight violations. Precision agriculture platform integration enables yield mapping that supports multi-year variety evaluation and management zone analysis. Motion filtering algorithms capture accurate weights despite continuous field travel.

Cotton Module and Boll Buggy Weighing: Arizona’s premium Pima cotton commands significant value, making accurate harvest tracking essential. Weighing systems for module builders and boll buggies track production by field and picker, supporting harvest management and gin ticket reconciliation. Accurate module weights ensure fair settlements and identify yield patterns across operations.

Truck Scales for Harvest Receiving: Portable truck scales weigh commodity deliveries at storage facilities, elevators, gins, and buyers. Portable axle scales provide farm-gate weighing capability without permanent infrastructure investment. Quick deployment enables flexible use across multiple locations as harvest logistics require.

Hay and Forage Weighing: Arizona produces significant hay and forage for both domestic livestock and export markets. Individual bale weighing enables quality-based marketing and inventory management. Truck and trailer scales verify loaded shipments for sales and transport compliance. Loader-mounted systems track weights during handling operations.

Cattle Chute and Alleyway Scales: Individual animal weighing during processing through squeeze chutes or flow-through alleyways provides essential data for performance tracking, marketing decisions, health monitoring, and medication dosing calculations. RFID integration links weights to individual animal records automatically, building performance histories that inform management decisions. Motion compensation algorithms extract accurate weights despite animal movement.

Note: Massload works with OEM equipment manufacturers to develop integrated livestock weighing solutions. For complete handling system integration, contact us to discuss your specific requirements.

Livestock Platform and Pen Scales: Large-capacity platforms enable group weighing of livestock in pens, useful for weighing groups for sale, monitoring pen average weights, and handling animals too large or numerous for individual chute weighing. Platform sizes from 4’x4′ to 10’x20′ and larger accommodate various livestock types and group sizes. Corrosion-resistant deck surfaces withstand feedlot and dairy environments.

Walk-Over and In-Motion Scales: Automatic weighing captures weights as animals walk through a lane without stopping or handling. Frequent weight monitoring without handling stress improves data quality for backgrounding operations, feedlot receiving, heifer development, and dairy applications. High sample-rate load cells capture weights from moving animals reliably.

Horse and Equine Scales: Arizona’s significant equine industry, racing, ranching, and recreational, requires specialized scales with low-profile designs, gentle entry ramps, and non-slip surfaces that accommodate horse behavior and handler safety.

TMR Mixer and Feed Wagon Weighing: Integrated weighing for vertical and horizontal TMR mixers ensures accurate ingredient batching for precise ration formulation. Recipe storage enables consistent mixing across operators and shifts. Ingredient sequencing guides operators through proper mixing order. Data logging supports nutritionist oversight and ration verification. Tolerances and alarms prevent significant batching errors before they affect animal performance.

Commodity and Ingredient Bin Weighing: Inventory monitoring for feed ingredient storage, grain bins, commodity sheds, protein supplement tanks, mineral bins, provides continuous visibility into ingredient availability. Low-level alerts prevent stockouts that disrupt feeding programs. Usage tracking supports purchasing decisions and consumption analysis.

Feed Delivery Weighing: Portable truck scales verify incoming feed deliveries against invoices, protecting against short deliveries that accumulate over time. Documentation of outbound shipments supports billing for custom feeding operations.

Air Seeder and Planter Weighing: Integrated weighing for air seeders, air carts, and planters monitors seed and fertilizer usage during planting operations. Real-time application rate verification ensures prescriptions are delivered as planned. Refill quantity tracking by field supports input cost allocation and as-applied documentation.

Fertilizer Spreader Weighing: Load monitoring on spinner spreaders and floater applicators verifies application rates in real time. Documentation of nutrient applications supports agronomic analysis and regulatory compliance. Rate feedback enables adjustment for consistent application despite varying travel speeds.

Manure Spreader Weighing: Load monitoring for solid and liquid manure application controls rates and documents nutrient management. Critical for Arizona’s concentrated dairy and feedlot operations managing nutrients under environmental permit requirements. Accurate application records demonstrate compliance with nutrient management plans.

Arizona ranks among the top 10 U.S. dairy producers, with large, modern operations concentrated in the state’s agricultural corridors.

Milk Weighing and Monitoring: Individual cow milk production monitoring in parlors and robotic milking systems tracks production, detects health deviations through production changes, and integrates with dairy management software for herd analysis.

Bulk Tank and Milk Truck Weighing: Weighing milk in bulk tanks and during truck pickup supports inventory management and pickup verification.

Calf and Heifer Weighing: Growth tracking for calves and replacement heifers from birth through first calving supports feeding program optimization and breeding timing decisions. Regular weighing identifies animals that aren’t meeting growth targets early enough for intervention.

Field Harvest Weighing: Weighing bins, totes, and containers of harvested produce in the field supports payroll for piece-rate operations, productivity tracking by crew and individual, and inventory management. Traceability requirements for food safety programs depend on accurate weight documentation at harvest.

Packing House and Processing Scales: Weighing through packing operations, receiving, grading, packing, and shipping, ensures product flow is tracked and packages meet labeled weights. Check weighing systems verify package weights for regulatory compliance.

Citrus Grove Weighing: Weighing citrus harvested from Arizona’s Salt River Valley groves tracks yields by grove and block. Productivity analysis and variety comparison depend on accurate yield measurement linked to specific locations.

Detailed specifications for weighing equipment serving Arizona agricultural operations.

Shear Beam Load Cells: Workhorse designs for platform scales, truck scales, and hopper weighing. Single-ended and double-ended configurations. Capacities from 500 lb to 100,000 lb and beyond. Stainless steel and coated options for corrosive agricultural environments including feedlots and dairies. Temperature compensation from -40°F to +185°F.

Weigh Bars: Low-profile bending beam designs for livestock platforms, portable scales, and space-constrained applications. Capacities from 1,000 lb to 20,000 lb per bar. Easy installation with minimal platform modification. Pairs create complete weighing platforms when combined with appropriate decking.

Compression Load Cells: Self-contained designs for weigh modules under bins, hoppers, and tanks. Hermetically sealed for outdoor installation in Arizona conditions. Capacities to 500,000 lb and beyond for large storage installations.

Single Point Load Cells: Small platform scales, bench scales, and individual package weighing. Capacities from 10 lb to 1,000 lb for produce weighing, ingredient portioning, and laboratory applications.

Environmental Ratings: All agricultural load cells rated IP67 or higher for dust and moisture protection. UV-resistant cable jackets withstand Arizona sun exposure. Rodent-proof cabling available for installations in agricultural buildings. Stainless steel construction options for corrosive environments.

Auto Weigh Truck Axle Scales: Portable axle scale platforms from 7′ to 14′ lengths for weighing trucks, trailers, and agricultural equipment. Capacities to 100,000 lb per platform. Quick-deploy designs operational in minutes on reasonably level surfaces. Reinforced frames withstand repeated transport between locations.

Ultraslim Wheel Load Scales: Low-profile wheel weighers for flexible vehicle weight checks. Portable design for use at multiple locations. Compact enough for pickup transport.

Portable Livestock Scales: Self-contained platforms with weigh bars or load cells for cattle, hogs, sheep, and other livestock. Designs for chute mounting or standalone use. Capacities from 2,000 lb to 10,000 lb and beyond.

Chute Scales: Drop-in platforms and weigh cage systems for installation under squeeze chutes. Compatible with major chute brands including Priefert, Powder River, Tarter, and others. Resolution to ±1 lb with motion-sensing algorithms that extract stable weights from restless animals.

Alleyway Scales: Built-in or portable weigh platforms for flow-through livestock handling systems. Widths from 26″ to 36″ for cattle. Non-slip, livestock-friendly decking provides secure footing.

Platform Scales: Large-capacity platforms for group weighing or individual large animals. Sizes from 4’x4′ to 10’x20′ and larger. Capacities from 5,000 lb to 50,000 lb. Textured, corrosion-resistant deck surfaces. Custom platform sizes available for specific requirements.

Walk-Over Scales: Automatic weighing systems for installation in traffic lanes. High sample-rate load cells capture weights from moving animals. Designed for installation in paths to water, feed, or milking where animals pass regularly.

RFID Integration: Panel readers and stick readers for automatic animal identification. Compatible with ISO 11784/11785 FDX-B and HDX tags. Links individual weights to animal records automatically during routine handling.

Grain Cart/Weigh Wagon Systems: Complete weighing systems for OEM integration or aftermarket installation on grain carts. Load cells, wiring, and indicators designed for field conditions. Accuracy within ±0.5% under field conditions including slopes to 15% and speeds to 10 mph. Motion filtering algorithms capture accurate weights during travel.

Feed Mixer Systems: Load cells and indicators for vertical and horizontal TMR mixers. Three-point or four-point weighing depending on mixer geometry. Compatible with major mixer brands. Resolution typically ±20 lb. Recipe storage (50-200+ recipes), ingredient sequencing, batch recording, and data export for nutritionist review.

Spreader/Applicator Systems: Weighing systems for fertilizer spreaders, manure spreaders, and other applicators. Rate-of-change calculations provide real-time application rate monitoring. Integration capability with variable-rate controllers for prescription-based application.

Forklift Scales: Onboard weighing for forklifts and telehandlers used in agricultural operations. Accuracy within ±1% with static weighing. Overload alarms, tare functions, and cumulative totals support material handling documentation.

Compression Weigh Modules: Self-aligning designs for supporting grain bins, feed bins, fertilizer tanks, and other storage vessels. Capacities from 5,000 lb to 500,000 lb and beyond per module. Temperature compensation addresses bins that heat significantly under Arizona sun, thermal effects that cause drift in uncompensated systems.

Tension Weigh Modules: Rod-end and clevis configurations for suspended hoppers and bins where compression mounting isn’t practical.

Bin Scale Kits: Complete packages including load cells, mounting hardware, summing boxes, and indicators for common bin sizes. Kit approach simplifies specification and ensures component compatibility for straightforward installation.

Weight Indicators: Panel-mount and standalone displays with agricultural-friendly features. Batch/recipe modes for feed mixing operations. Animal weighing modes with motion filtering. Piece counting for produce operations. Data logging with date/time stamps for record-keeping.

Livestock Indicators: Specialized displays with RFID reader integration, animal ID entry, weight gain calculation from previous weighings, group statistics, and sorting gate control outputs for automated sorting operations.

Feed Management Controllers: Recipe-based indicators for TMR mixers with ingredient sequencing, target weights, tolerances, under/over alarms, and batch recording. Data export in formats compatible with nutritionist software for ration analysis.

Portable Displays: Battery-powered indicators for use with portable scales. High-brightness, sunlight-readable displays visible in Arizona conditions. Rugged housings rated for outdoor use. Extended battery life with efficient power management.

Wireless Systems: Bluetooth for short-range connections to tablets and smartphones. WiFi for farm network integration. Multi-scale medium range wireless (2.4Ghz) for real-time system integrations. Long-range wireless (900 MHz) for connecting remote scales to central displays across large operations. Cellular options for cloud-based data management and remote monitoring.

Precision Ag Integration: ISOBUS-compatible outputs for direct integration with John Deere Operations Center, Climate FieldView, Trimble Ag Software, and other precision agriculture platforms. GPS integration enables automatic location tagging of weight records for yield mapping.

Herd Management Software Compatibility: Data exchange with CattleMax, Cow Sense, Ranch Manager, RedBook, and other livestock management platforms. API interfaces available for custom integrations with existing software systems.

Note: Massload provides weighing hardware and data connectivity. We do not offer livestock management software, we integrate with the platforms you’re already using.

Standard Outputs: Serial (RS-232, RS-485), analog (4-20mA, 0-10V), and digital (Modbus, Ethernet) outputs for integration with custom systems. Data export in standard formats (CSV, XML) for compatibility with farm management and accounting software.

Application Consultation: Work with agricultural specialists to identify weighing solutions matched to your operation, whether you’re running a 50-head cow-calf operation or a 10,000-acre row crop farm. We understand agricultural operations, not just weighing equipment. Our specialists can discuss your production goals, operational constraints, and budget considerations to recommend solutions that make sense for your specific situation rather than generic recommendations based on equipment catalogs.

System Configuration: Help selecting and configuring components, load cells, platforms, indicators, and accessories, for your specific application and operating environment. We ensure compatibility between components, appropriate capacity and resolution for your weighing requirements, and environmental ratings matched to Arizona conditions.

Massload is certified to design and manufacture legal-for-trade weigh platforms and weigh hoppers.

Integration Planning: Guidance on connecting weighing systems with existing farm management software, precision ag platforms, and equipment control systems. Whether you’re integrating with John Deere Operations Center, livestock management software like CattleMax, or custom data systems, we help plan the data flow that turns weight measurements into management information.

Installation Support: Technical guidance for self-installation by farm personnel, or coordination with local installation partners for more complex systems requiring professional setup. Many agricultural weighing systems are designed for farmer installation with appropriate documentation and phone support. For installations requiring specialized expertise, permanent truck scales, complex bin weighing systems, or integration with existing structures, we coordinate with qualified regional partners.

Initial Calibration: NIST-traceable calibration establishing accurate performance from day one. Calibration documentation for operations requiring records for quality programs, organic certification, or commercial transactions. We ensure your equipment measures accurately before it goes into service.

Operator Training: Training for farm personnel on scale operation, routine calibration verification, and basic troubleshooting. Remote and on-site options available. Effective training reduces operator errors, enables on-farm verification of accuracy, and helps your team identify developing problems before they affect operations.

NIST-Traceable Calibration: Calibration with documented traceability for all scale types, supporting quality systems and operational requirements. Calibration certificates document accuracy at multiple test points, providing the records that demonstrate measurement reliability.

NTEP Certification Support: For commercial weighing applications requiring state Weights & Measures approval and legal-for-trade certification. Commercial grain sales, certified livestock weights, and labeled product packaging all require certified scales, we support the certification process and ongoing compliance requirements.

Pre-Season Calibration: Scheduled calibration services before harvest or other critical seasonal periods. Verify accuracy when there’s time to address issues, not during peak operations when every hour of downtime costs money. Pre-season calibration catches drift, damage, or developing problems before they affect your most critical weighing periods.

Technical Support: Phone and email support from people who understand agricultural applications, production cycles, seasonal pressures, and equipment that has to work when it’s needed. When you call with a problem during harvest, you reach someone who understands why it matters and can help you solve it quickly.

Harvest Season Priority: We understand that downtime during harvest or other critical periods is extremely costly. Priority support during seasonal peaks when response time matters most. Scale problems during cotton harvest or cattle shipping can’t wait for standard service timelines, we respond accordingly.

Parts and Repair: Replacement parts availability and repair services to minimize downtime. State-of-art Return Material Authorization system provides fast evaluation and authorization for repairs. Strategic spare parts recommendations for operations where self-service capability matters. For remote operations or those with in-house maintenance capability, we help identify which spare parts to stock so common repairs don’t require waiting for shipments.

Decades of experience supplying weighing solutions to farms, ranches, feedlots, and agricultural operations across North America. We understand agricultural production cycles, seasonal demands, and the reality that equipment has to work when you need it, not when it’s convenient for the manufacturer. We’ve seen what works and what fails in agricultural environments, and that experience informs every recommendation we make.

Arizona’s agricultural environment is uniquely challenging, extreme heat that destroys electronics rated for standard industrial use, intense sun that degrades plastics and cable jackets, blowing dust that infiltrates inadequately sealed components, and demanding conditions that destroy equipment not designed for it. Our products are built for these conditions from the start, not adapted from designs intended for milder environments. Temperature compensation, sealed construction, and UV-resistant materials are standard, not aftermarket additions.

Agricultural operations need equipment that moves, between fields, between locations, between seasons. Our portable scales and mobile weighing systems are designed for the realities of farm use, not factory floors. Quick deployment without extensive site preparation. Rugged construction that survives transport in pickup beds and on trailers. Operation on varying surfaces from concrete pads to gravel lots to field edges. Battery and solar power options for locations without electrical service.

Farm equipment gets used hard by operators focused on production, not equipment care. Our scales are built to survive rough handling, deliver accurate results, and operate reliably season after season with minimal maintenance. Simple interfaces that work for the people actually using the equipment, clear displays, straightforward operation, and controls that make sense without extensive training. Equipment that works when you need it, not equipment that requires constant attention.

Modern agriculture is data-driven. Our weighing systems integrate with precision ag platforms, herd management software, and farm management systems to turn weight data into actionable information. ISOBUS compatibility for precision agriculture equipment. Data export to livestock management platforms. Integration with farm accounting and record-keeping systems. The measurement foundation for data-driven decision making across your operation.

From individual load cells to complete harvest weighing systems, we provide the full range of agricultural weighing solutions. One vendor, one relationship, comprehensive support across all your weighing applications. Whether you need a single livestock platform or weighing capability across multiple facilities and equipment types, we can configure a solution that addresses your complete requirements.