Worldwide unique calibration device for the smallest torques
In the world of measurement technology, the calibration of torque transducers in the low measuring range poses a particular challenge. A new type of calibration device based on the proven mass-lever principle sets new standards here. It enables high-precision calibrations from a torque of just 0.5 mN-m – a globally unique feature.
Precision thanks to the mass-lever principle
The mass-lever principle utilises a precisely defined mass that is attached to a precisely manufactured lever arm at a specific distance from the axis of rotation. This generates an exactly reproducible torque. The special design of this calibration device makes it possible to generate and measure even extremely low torques with maximum accuracy.
Advantages and areas of application
- High accuracy: Due to the direct physical principle, measurement uncertainties are minimised.
- Unrivalled measuring range: The ability to start at 0.5 mN-m is unrivalled to date.
- Traceable calibration: The device is traceable to national and international standards and therefore offers maximum measurement reliability.
- Areas of application: Particularly relevant for medical technology, precision mechanics, micromechanics and electronics production, where the smallest torques are of crucial importance.