Torque sensors are used to precisely measure mechanical torque in a wide range of industrial and technical applications. They detect the rotational force applied to a shaft or component and convert it into an electrical signal, enabling reliable monitoring, analysis and documentation of mechanical loads in test benches, machinery and development environments.
Modern torque sensors are available in various designs, including reaction sensors for static measurements and rotary sensors for dynamic applications. Depending on the model, they measure torque in both clockwise and counter-clockwise directions and capture steady or rapidly changing loads. Some sensors also measure speed or angular position, which is beneficial for power calculations and advanced drivetrain analysis.
Typical characteristics include high accuracy, strong linearity, stable signal output and robust construction suitable for industrial use. Interfaces such as USB, analog or digital outputs allow easy integration with amplifiers, indicators or software systems, enabling data visualization, storage or direct use within automation workflows.
Torque sensors are used in quality assurance, motor and gearbox test benches, mechanical engineering, screw-driving and assembly processes, as well as in research and development. They help companies optimize mechanical connections, improve process safety and efficiently monitor technical operations.
With their precision, versatility and reliability, torque sensors are essential wherever torque must be measured, monitored or analysed.
