1、 Automobile manufacturing

On the vehicle assembly line, the HBM torque sensor is integrated into the electric tightening gun to monitor the bolt tightening torque in real time, ensuring that key parts such as the engine cylinder head, wheels, and airbags reach the design torque (such as ± 3% accuracy), preventing over tightening from causing slipping or under tightening from causing loosening. At the same time, on the powertrain testing bench, it is used to measure engine output torque, transmission efficiency, and electric drive system performance, which is the core equipment for verifying the three electric systems of new energy vehicles.

2、 Aerospace

The aircraft engine test bench relies on high-precision dynamic torque sensors to monitor the output torque of the turbine shaft, evaluate thrust and fuel efficiency; In the testing of helicopter rotor transmission system, stable data collection is required under harsh temperatures and high speeds to ensure the reliability of the transmission chain. Such applications typically require sensors to have strong vibration resistance, high and low temperature resistance (-55 ℃~+125 ℃), and redundant design.

3、 Medical devices

In the joint drive module of surgical robots (such as the da Vinci system), micro torque sensors provide real-time feedback on the force acting on the end of the instrument, allowing doctors to "sense" tissue resistance and achieve precise operations. In addition, in prosthetics and rehabilitation training equipment, it is used to monitor the muscle strength and coordination of patients, supporting the development of personalized rehabilitation plans.

4、 Industrial automation

Servo motors and reducers need to undergo load testing with HBM torque sensors before leaving the factory; The capping machine in packaging machinery ensures consistent sealing of bottle caps without crushing the bottle mouth through closed-loop torque control; Robot collaboration (Cobot) relies on torque feedback to achieve safe human-machine interaction - stopping immediately upon detecting abnormal resistance.

5、 Energy and Research

Monitoring the main shaft torque of wind turbines is used to optimize pitch control and power generation efficiency; Universities and research institutes use high dynamic torque sensors to conduct basic research on material fatigue, bearing friction, fluid stirring, and promote technological innovation.