Apple Weighinfra’s Aluminium Load Cells are designed for compact weighing systems where space, sensitivity, and stability matter. Built from high-strength aluminum alloy, these single point sensors offer reliable performance in small-scale applications like platform scales, postal machines, and lab instruments.
With low deflection, easy mounting, and protection against moisture and electrical noise, they are ideal for environments that require repeatable accuracy and minimal drift over time.
Apple Weighinfra’s Ball-Type Load Cell is engineered for applications where off-center loading, shock absorption, and alignment precision are critical. Its ball-and-cup structure allows for natural load alignment under dynamic conditions reducing measurement errors caused by angular or uneven force.
Built from hardened alloy steel or stainless steel, this load cell is ideal for truck scales, tank weighing, hopper weighing, and weighbridge systems requiring high-capacity, stable measurements with movement compensation.
Apple Weighinfra’s Bellow-Type Load Cell is designed to deliver accurate measurements even in aggressive environments. Its stainless steel bellows protect the internal sensing element from dust, moisture, and chemical exposure making it ideal for tank weighing, hopper systems, and silo installations.
The low-profile, hermetically sealed structure allows for precise and stable load readings under compression and tension, even in zones with frequent washdowns or corrosive media.
Engineered for compact systems that demand high sensitivity and precise force measurement, the Bending Beam Load Cell is ideal for platform scales, checkweighers, bag fillers, and industrial automation lines. Its low-profile design ensures easy integration even in tight spaces, while maintaining high linearity and minimal deflection under load.
Built from stainless steel or nickel-plated alloy steel, this load cell offers robust performance with protection from overloads, side forces, and environmental factors making it reliable for both static and dynamic weighing applications.
Built to handle exceptionally high capacities with pinpoint accuracy, the Column Type Load Cell is ideal for silo weighing, truck scales, rail weighing, and press machines. Its vertical cylindrical design ensures uniform stress distribution under axial loads, delivering reliable readings in the harshest conditions.
Favored in both static and dynamic applications, this model supports overload protection, shock absorption, and custom capacities up to hundreds of tons making it indispensable for demanding industrial environments.
Designed for large-scale industrial weighing systems, the Dual Shear Beam Load Cell offers high accuracy and excellent side-load resistance — making it ideal for tank scales, hopper systems, industrial floor scales, and axle weighers. Its symmetric shear design provides consistent output even under uneven or shifting loads.
With welded sealing, anti-corrosion coating, and long-term signal stability, this load cell is a trusted choice in food processing, cement, chemical, and material handling sectors.
This Elevator Overload Sensor helps prevent overloading in passenger and freight lifts by offering real-time load monitoring with high sensitivity and fast response. Built to detect excess weight before elevator movement begins, it adds a vital safety layer to building operations, malls, hotels, and industrial lifts.
Compact in design and easy to retrofit, the sensor integrates seamlessly into elevator weighing systems, reducing mechanical strain, minimizing wear, and ensuring passenger safety and equipment longevity.
The High Capacity Compression Load Cell is purpose-built for heavy industrial weighing applications, including truck scales, rail weighbridges, silo systems, and pressing machines. With capacities ranging from 50 tons to well beyond 500 tons, it delivers stable, accurate readings under intense vertical loads.
Its cylindrical body ensures optimal axial force distribution, while the stainless steel or alloy steel construction resists shock, vibration, and harsh environmental conditions. This load cell is ideal for mission-critical operations where strength, precision, and long-term stability are non-negotiable.
The Low Profile Compression Load Cell is designed for applications where height clearance is limited but load capacity and accuracy can’t be compromised. Ideal for automated machinery, press-fit systems, component testing rigs, and limited-space weighing modules, this sensor delivers full compression performance with a compact footprint.
Its wide base ensures stability during operation, and the sealed construction offers consistent output in tough industrial environments. Perfect for engineers who need strength without the bulk.
The L-Type Load Cell is purpose-built for applications that demand lateral or offset force measurement in tight or asymmetrical spaces. Its L-shaped body allows side-mounting in equipment like tension testers, coil winding systems, material handling arms, and automation rigs, without compromising accuracy.
Known for its robustness and flexibility, this model handles both tension and compression, and delivers precise readings even when loads are applied at unconventional angles.
The Miniature Compression Load Cell is engineered for space-constrained, precision weighing applications such as medical devices, robotic systems, force measurement rigs, and lab testing setups. Despite its small footprint, it delivers highly accurate readings across a range of low to medium capacities.
Its compact cylindrical shape makes it ideal for embedded weighing, where traditional sensors are too bulky. This model is often used in R&D environments where accuracy and form factor are equally critical.
The Miniature Load Cell offers high-accuracy force measurement in ultra-compact applications where traditional sensors simply won’t fit. Designed for static and dynamic testing, OEM products, and embedded force feedback systems, it delivers reliable output without sacrificing space or performance.
Available in tension, compression, or combined configurations, this load cell supports advanced instrumentation in robotics, aerospace, biomechanics, and lab-scale material testing.
The Pillow Block Load Cell is specifically designed to measure belt tension and roller load in dynamic systems like conveyors, crushers, mixers, and rolling mills. Installed directly under pillow block bearings, it captures vertical force with high accuracy while maintaining mechanical alignment.
It’s an ideal solution for continuous load monitoring in material handling, mining, steel, and cement industries, where real-time load feedback can prevent system overloads and optimize performance.
The Platform Load Cell is a trusted solution for standard platform weighing machines, offering stable performance in retail, logistics, laboratories, and light industrial environments. It provides consistent output across the platform surface and is ideal for applications that require fast, repeatable readings with minimal calibration drift.
Engineered for both new builds and replacements, it supports various platform sizes and is available in multiple capacities.
The Rope Tension Load Cell is built to measure tension in steel wire ropes, hoists, cranes, and elevator counterweight systems. Its clamp-on design allows for easy retrofitting without cutting or altering the rope, making it ideal for real-time load monitoring and overload prevention.
Widely used in elevator systems, winches, cradle lifts, and construction hoists, it provides reliable tension feedback to ensure safe and efficient lifting operations.
The S-Beam Load Cell offers reliable bidirectional force measurement in a compact and easy-to-mount design. Shaped like the letter "S", it’s commonly used in material testing, universal testing machines, tank weighing, mechanical hoppers, and industrial automation systems.
Its threaded ends allow for straightforward integration with mechanical linkages, making it ideal for systems requiring both tension and compression feedback within the same sensor.
The Shackle Type Load Cell combines rigging hardware and load sensing into a single unit, making it ideal for crane weighing, lifting operations, sling systems, and on-site force monitoring. Installed directly into the load path, it provides highly accurate tension readings during lifting, pulling, or load suspension.
Its heavy-duty construction, IP-rated sealing, and built-in safety factor make it a reliable tool for demanding industrial environments where both safety and accuracy are critical.
The Shear Beam Load Cell is a trusted workhorse in industrial platform scales, tank and silo weighing systems, and material batching units. Designed to measure force through horizontal shear deformation, it offers high accuracy, excellent side-load resistance, and long-term signal stability in demanding field environments.
This load cell is easy to mount, highly durable, and ideal for both static and dynamic weighing—especially where floor-level installation or side loading is involved.
The Stainless Steel Load Cell is designed for use in harsh, washdown-prone, and corrosive environments where regular alloy models may fail. Ideal for food processing, pharmaceuticals, chemical plants, and outdoor installations, it combines high structural integrity with long-term resistance to moisture, chemicals, and contaminants.
This load cell ensures consistent performance in both tension and compression modes, and is often chosen for applications that demand sanitary compliance, reliable uptime, and IP-rated sealing.
The Storage Silo Load Cell is purpose-built for weighing large silos, bins, and vertical storage tanks, enabling real-time inventory tracking, material usage analysis, and overload protection. Designed to withstand extreme vertical loads and harsh environmental conditions, it ensures accurate performance even with uneven material flow or shifting loads.
Ideal for industries like cement, grain, fertilizer, chemical, and food processing, this load cell is often paired with mounting kits for safe installation and optimal load distribution.
The Table Top Load Cell is optimized for use in tabletop weighing systems, including retail counters, kitchen scales, pharmaceutical dispensers, and portable lab balances. It offers reliable performance, fast response, and excellent repeatability in compact designs where precision matters most.
This model is ideal for low to mid-range capacity applications and integrates seamlessly into digital platforms, making it a go-to choice for lightweight, high-accuracy setups.
The Tank Weighing Load Cell is engineered for high-accuracy measurement in vertical tanks, vessels, and process containers, enabling real-time monitoring of contents regardless of flow level or density. It’s widely used in chemical plants, pharmaceutical units, food processing, and batching systems where material control is critical.
Designed to work with mounting assemblies that absorb vibration and reduce tipping risks, this load cell offers precise output, even in tough environments or with shifting loads.
The Tension Link Load Cell is designed to measure inline tension during lifting, pulling, or load transfer operations. It’s commonly used in crane weighing, tow line monitoring, shipping yards, and load testing setups, where it can be placed directly between rigging components to deliver real-time force feedback.
Its high-strength construction, digital compatibility, and portability make it ideal for both permanent installations and temporary field deployments.
The Tension Load Cell is built to deliver high-accuracy tension force measurement in both static and moving systems. Designed for vertical and horizontal pull applications, it is ideal for use in rope tensioning, winch systems, tensile testing machines, and industrial lifting setups.
Its robust construction and linear output make it well-suited for repetitive cycles and long-term deployment in industries like manufacturing, logistics, and automotive testing.
The Testing Machine Load Cell is built to deliver high-precision force measurement in mechanical testing machines, including UTMs (Universal Testing Machines), fatigue testers, and compression/tensile rigs. Designed to capture even the smallest variations in applied force, it plays a critical role in quality control, R&D, and material certification environments.
Its robust calibration, excellent linearity, and stability under cyclic loading make it ideal for labs that demand consistent results over extended use.
The Two Hole Load Cell is designed for applications requiring compact mounting, fast installation, and stable force sensing in small platforms or embedded assemblies. With a flat body and dual mounting holes, it’s commonly used in bench scales, custom weighing devices, retail systems, and low-profile automation setups.
Despite its size, it offers excellent linearity, repeatability, and signal stability—making it ideal for lightweight weighing and force measurement needs.
The Universal Testing Machine Calibration Load Cell is a precision-engineered sensor used specifically to calibrate force measurement systems in UTMs (Universal Testing Machines) and other mechanical test rigs. It ensures traceable, repeatable, and standard-compliant calibration across tensile, compression, and bending test setups.
Designed to meet metrology standards, this load cell is built for labs, third-party calibration agencies, and quality control departments where verified force accuracy is critical.
The Web Tension Sensor is designed to measure tension in moving webs such as paper, film, foil, textiles, and flexible packaging materials during processing. It ensures consistent tension control in roll-to-roll operations, helping avoid material tears, slack, or stretch distortion.
This sensor is commonly used in printing presses, lamination machines, slitters, and coating systems, delivering real-time data that enhances production quality and process efficiency.
The Weighbridge Load Cell is specifically engineered to handle the heavy, repetitive loading cycles of commercial and industrial vehicles on truck weighbridges, rail weigh-in-motion systems, and axle weighers. Built to deliver accurate, long-term performance under extreme conditions, it supports high-capacity weighing with excellent shock resistance and signal stability.
Designed for both pit-type and pitless weighbridges, this load cell integrates seamlessly with junction boxes, indicators, and weighbridge software systems.