Our weighing sensors include bridge-type, spoke-type, single-point, shear beam, column-type operation, pin-type, flat-type, S-type, micro operation and waterproof variants, fully adapting to various weighing scenarios. With a complete measuring range from 20g to 400 tons, they accurately measure from small weights to heavy loads.
Flexible and reliable in performance, they support 3.0v, 5v, 9v and 12v working voltages, and optional signal outputs (mv/v, 0-5v, 0-10v, 4-20mA, RS485) for seamless integration with control systems. Operating at -30℃ to 250℃ with 0.01%fs to 0.1%fs precision, they ensure stable and accurate measurement. Certified by ISO9000, CE and ROHS, we provide OEM/ODM customization and professional customer support, making them the preferred choice for industrial weighing.

Force sensors include tension sensors, pull sensors, pressure sensors and multi-directional force sensors, which can flexibly adapt to weighing needs of different force-bearing scenarios and are widely used in industrial weighing, intelligent detection, precision measurement and other fields. With a rich measuring range from 0-500G to 60000T, they can accurately measure from small weights to super heavy loads.
They feature flexible and reliable performance, supporting 3.0v, 5v, 9v and 12v working voltages, and optional signal outputs (mv/v, 0-5v, 0-10v, 4-20mA, RS485) to adapt to various control systems. With precision ranging from 0.01%fs to 0.1%fs, stable and accurate measurement, and IP65/IP66 protection level, they adapt to complex working environments. Certified by ISO9000, CE and ROHS, they provide OEM/ODM customization and professional customer support, making them the preferred choice for industrial measurement.

MLC50F is a modular universal multi-component force sensor, optional with 2-component, 3-component, 4-component and 6-component force models. It can synchronously collect X-axis Fx, Y-axis Fy, Z-axis Fz three-dimensional force and Mz torque signals, featuring low axis coupling error, excellent linearity and high repeat accuracy. It can be customized in aluminum alloy, alloy steel and stainless steel, with high structural rigidity, impact resistance, fatigue resistance and low temperature drift, maintaining stable zero point for long-term operation. It is widely applied in robots, robotic arms, UAVs, intelligent manufacturing stations, automatic grinding machines, automatic polishing machines, CNC machine tools, auto parts welding, force measuring machines and boxing target mechanical testing. With strong mounting adaptability, it perfectly meets multi-dimensional force measurement demands for industrial automation, laboratory calibration and sports mechanics testing.

MANYYEAR TECHNINOLOGY MLC Torque sensors include two core types: dynamic torque sensors and static torque sensors, which can flexibly adapt to torque measurement needs under different working conditions and are widely used in industrial testing, precision machinery, intelligent equipment and other fields. With rich range configurations covering 0.03, 0.5, 1.0, 10, 100, 1k, 10k, 50k N·m, they can accurately measure small torques and stably adapt to large torques, fully covering various application scenarios. The product has flexible configuration and reliable performance, supporting 5VDC, 9VDC, 12VDC, 24VDC working voltages and multiple signal outputs (mV/V, 0-5V, 0-10V, 4-20mA, RS485) to match various industrial control systems. With 0.1%, 0.2%, 0.3%FS precision levels, stable and accurate data, and 100us fast response, it adapts to both dynamic and static scenarios, supports customization, and is the preferred choice for torque measurement in various industries.

MANYYEAR MPT pressure sensors and transmitters cover a comprehensive range of specialized types, including high-temperature, low-temperature, combined pressure-temperature, corrosion-resistant, level, and high-pressure variants, designed to meet diverse measurement challenges across industrial Technology's MPT pressure sensors and pressure transmitters cover various special sensors such as high-temperature, low-temperature and temperature-pressure integrated types, suitable for multiple scenarios including industrial detection and precision measurement. With a pressure range of -20kPa to 10kbar, they support multiple stress types, 5-36V voltage adaptation, various signal outputs, 0.1%-0.5%FS high precision and -196℃ to 1000℃ wide temperature range, ensuring efficient signal transmission and being the preferred choice for industrial pressure measurement.

Digital display control instruments include pressure controllers, weighing controllers, force measuring instruments and HMI instruments, widely compatible with various control applications such as weight transmitters, weighing ADCs and electronic scales, covering pressure, weighing and force measurement scenarios. They support a wide working voltage range (3.3vdc, 5vdc, 9-12vdc, 24-36vdc, 95-240vac) to adapt to different power supply conditions.
With rich signal outputs, including analog signals (mv/v, 0-5vdc), control signals (Relay, Ttl, I/O) and digital signals (Rs485, Rs232), they ensure stable and efficient transmission. Equipped with multiple functions like calibration and zeroing, they offer flexible display options (LED, LCD, HMI, pointer display) for easy operation. Applicable to packaging scales and automatic control, they meet stress measurement and multi-channel digital weighing needs, being the preferred choice for industrial control measurement.

The MSG-BF-XX series resistance strain gauges adopt constantan and nichrome wire grids, with phenolic and polyimide substrates optional. Polyimide substrates are available for high-temperature working conditions. It features standard resistances of 120Ω, 350Ω and 1000Ω, and output signals of 1.8mV/V, 2.0mV/V and 2.2mV/V, with a working temperature range of -30℃ to +80℃. As mainstream weighing and force-measuring strain gauges, it covers multiple configurations. Arranged in targeted directions, the gauges detect diverse strains, suitable for load cells, structural testing, vehicle, rail transit and aerospace applications, supporting high-precision force measurement and mechanical test development.