One of our newest developments is our Bi-Directional Force Sensor, designed for both static and dynamic ultra-precise force measurements. The sensor measures forces up to 5 N and uniquely combines force sensing with simultaneous nanometer-resolution displacement measurement of the contact surface. Unlike traditional strain-gauge-based technologies, the force sensor leverages an innovative sensing principle that enables 0.001 N force resolution while providing high robustness and mechanical stability. Its design allows for mounting in any orientation, making it suitable for a wide range of applications, from high-speed pick-and-place systems to static materials testing. Custom versions with alternate force ranges or vacuum compatibility are available upon request.
→ Read more: Ultra-Precision Force Sensor
We also presented our new Cryogenic Capacitive Displacement Sensors, now validated for reliable operation at 3.6 K. At temperatures approaching those of liquid helium, most sensor systems face significant challenges due to thermal contraction, changes in dielectric properties and electrical instability. Our cryogenic-ready sensor technology is engineered to maintain exceptional stability, sensitivity and repeatability under these extreme conditions. This makes the measuring probe system ideal for demanding applications such as quantum computing, superconducting technologies, cryogenic nanopositioning and low-temperature physics instrumentation.
With high-resolution, low-noise feedback available at 3.6 K, users can develop cryogenic motion systems and experiments with greater confidence and reduced measurement uncertainty.
→ Contact us for more information+
The third product highlighted at the Precision Fair is our Smart Air Bearing, an air bearing with fully integrated fly height measurement. The plug-and-play solution will allow users to set fly height during installation plus measure static and dynamic changes during operation, with resolutions in the 10s of nanometers. By measuring the fly height directly at the functional interface, the system eliminates alignment errors and ensures extremely accurate, real-time gap feedback. When extreme precision is key, the integrated measurement approach not only simplifies the mechanical design, removing the need for external sensors and their associated mounting and calibration challenges, but also enables active air-gap control and safer operation at smaller gaps. Continuous gap monitoring further provides valuable diagnostics and insight into the dynamic behaviour of the air film.
In short, the Smart Air Bearing transforms a mechanical component into a compact, intelligent and highly reliable building block for next-generation precision motion systems.
→ Contact us for more information
We were delighted to share these innovations with the precision engineering community and to discuss challenges and applications with our visitors. Contact us, if you would like more information on any of the products showcased at the event or on our website. Our team is here to help!