Why settle for traditional methods when you can enhance them for even better results? This is the approach we took in developing our system. We built upon the established technology of coherence scanning interferometry (CSI) by incorporating interferometric measurements of the surrounding vibrations that negatively affect or corrupt the optical measurement. To achieve this, we utilize an interferometric distance sensor (IDS). Both technologies are seamlessly integrated with our sophisticated software, delivering consistent and accurate measurement results.

Our solution translates this fundamental concept into a practical implementation by integrating a optomechanical unit, electronic hardware, and a powerful software into a cohesive system. The optomechanical unit is specifically designed to suppress optical aberrations, while the electronic hardware ensures precise synchronization between sensor signals and optical data. Moreover, the software incorporates a unique algorithm that effectively eliminates disturbances of a continous manner aswell as impulsive ones, e.g. caused by incidental mechanical impacts, such as a hammer strike on the measurement table.

We can find place in any productional situation that requires contactless, high-precision measurements without the constraint of time-consuming handling from place to place. Instead of checking after the fact whether a process was successful, we actively intervene to optimize it while it is running.