The STM200A compact S-type load cell excels even in confined spaces, providing precise force measurement while maintaining excellent performance.
Its unique bearing design is particularly useful when accurate force measurement is required during rotation.
In medical testing, the load cell tracks forces applied to patients or surgical instruments.
In robotics, it provides real-time updates on weight and pressure, supporting system operation.
The STM200A also ensures stable load monitoring in automated environments, enhancing the efficiency and safety of various industrial processes.

S-type load cells are combined tension and compression sensors, with the STP model made of aluminum alloy featuring anodized surface treatment and adhesive sealing, offering a compact, lightweight design with a narrow measurement range of 2 kg–50 kg, and can be used with a single transmitter for tension and compression testing (e.g., force gauges).

The STS is a cylindrical tension and compression load cell.
It is made of alloy steel, offering high resistance to eccentric loads, excellent accuracy, and superior strength.
The STS is also easy to install and serves as a standard tool for various weighing and force measurement applications, including industrial systems, overhead crane scales, track scales, and hopper force measurement.

The TK tension sensor has a measurement range of 100 kg to 1 ton and can be custom-made to meet specific requirements. It offers high measurement accuracy, excellent repeatability, durability, corrosion resistance, dustproofing, and outstanding stability. Constructed from alloy steel with a nickel-plated surface, it can be used as a standalone sensor or connected to a transmitter to provide 0–10 V or 4–20 mA output for continuous online tension monitoring of cables, fibers, wires, and metal strands.

The TR 3-roller tension meter, designed for wires and strips, is made of alloy steel and features IP65-rated dustproof and waterproof protection. It supports a measuring capacity ranging from 0.1 kg to 50 kg.

It adopts a 3-roller structure, with selectable roller materials such as hard-anodized aluminum alloy, chrome-plated alloy steel, plastic, or ceramic, providing high measurement accuracy. The compact design allows easy installation and offers excellent stability. It outputs a linear voltage signal of 1.5 mV/V, which can be connected to a transmitter for 0–10 V or 4–20 mA output. The sensor is suitable for various optical fibers, yarns, and chemical fibers. Ideal for tension measurement, it is widely used in electronics, chemical, textile, paper, machinery, and industrial automation measurement and control applications.

The TS tension load cell sensor for fibers and wires (3-roller type tension detector) is made of aluminum and supports a measuring capacity ranging from 0.5 kg to 3 kg.

The TS tension sensor operates on resistive strain gauge technology, with a measurement range of 0.5 kg to 3 kg. Its compact design saves installation space. The 3-roller measurement structure enables real-time monitoring of dynamic tension, and parallel installation allows the creation of tension detection arrays. It is used for continuous online tension measurement of fibers, wires, metal strands, and similar products.

PLC110 single-channel digital transmitter, adopts rail installation, small size and light weight. With RS485 communication interface, 4-20mA analog output. Applicable to all resistance strain type weighing sensors.

The UM type is a compact pressure sensor made of stainless steel, suitable for use in corrosive and humid environments. Its measurement range is from 2 kg to 1 ton. It is installed inside the device to monitor the pressure generated during operation.

The UPB tension sensor features a shaft table structure, also known as a pillow type, and offers a wide measurement range from 150 kg to 10 tons. It is available in UPB1, UPB2, and UPB3 series and can be used in two configurations with a transmitter. Made of alloy steel, it provides excellent durability, corrosion resistance, dustproofing, and high stability, making it suitable for use in humid and harsh environments. The sensor maintains high sensitivity and a high overload factor for both high and low voltage applications. It is easy to install and allows tension loads to be measured conveniently at vertical angles. Widely applied in printing, blending, coating, shearing, paper, rubber, textiles, wires and cables, film coiling control equipment, and production lines.

The WB cantilever beam load cell with a 5-ton capacity is made from 40CrNiMoA alloy steel. The A-band designation indicates high-quality steel with lower impurity content than standard 40CrNiMo. Typically, two or more units are used, primarily for material weighing in TMR (Total Mixed Ration) feed mixer trucks.

The difference between WB and SSB lies in their movement method:

• WB is used in traction feed mixers (mobile mixers).

• SSB is used in stationary feed mixers.

The WB cantilever beam load cell, with a measuring range of 5t, is made of 40CrNiMoA alloy steel. The band A indicates that it is a high-grade high-quality steel. The impurity content of this material is lower than that of 40CrNiMo. Usually more than one is used, and it is mainly used for weighing ingredients of TMR full-mix ration feed mixer truck. The difference from SSB is that the two move in different ways. WB is used on traction feed mixers, and SSB is used on stationary feed mixers.

PLC110 single-channel digital transmitter, adopts rail installation, small size and light weight. With RS485 communication interface, 4-20mA analog output. Applicable to all resistance strain type weighing sensors.

The WLT precision tension sensor for plastic films and tapes is made of aluminum alloy and features IP66-rated dustproof and waterproof protection. It supports a measuring capacity ranging from 5 kg to 100 kg.

The WLT tension sensor features a cantilever design and is made of alloy steel with a nickel-plated surface. It can be used as a standalone sensor or connected to a transmitter. It provides accurate measurements even under rated load conditions and supports multiple mounting options to meet diverse installation requirements.
This sensor is designed for tension measurement and can be applied to detect the tension of metal wires, cables, and similar materials. For example, it can be used to measure the tension of plastic films or tapes wound on mechanical guide rollers.

The WM202 static load weighing module utilizes an SQB cantilever beam sensor, with a weighing range of 0.5 t to 5 t.
Its compact design requires no additional accessories, and the self-stabilizing sensor pressure head ensures excellent measurement accuracy and repeatability.
Constructed from alloy steel, it delivers outstanding performance in tank batching weighing and control, even in harsh environments.
Easy installation reduces setup time and minimizes production downtime.
It can be easily mounted on various types of containers, making it highly effective for weighing and control in tank batching processes.

The WM603 weighing module uses a DSB double shear beam load cell, with a measurement range of 10 t to 30 t.
It is made of alloy steel or stainless steel and can be installed on bins, hoppers, or weighing platforms.
Special joining technology ensures optimal accuracy even when the weighing structure expands or deforms.

WV-100 is a waterproof and dustproof weight transmitter developed for industrial sites with harsh operating environments. The transmitter has a high protection level, stable performance, simple operation, and is equipped with RS485, analog (current and voltage), and switch interfaces to meet the needs of industrial sites. It is widely used in concrete mixing, metallurgy, vehicle weighing, converters and chemical industry.