.webp){kind=icon}
.svg){kind=icon}
The WM | RS-C optical 3D sensor is a two-dimensional white light interferometer and was developed for measuring, qualifying and testing topographies, roughness and the finest structures in a microscopic environment.
Sensor can be replaced like a probe system | Integrated in 5-axis WENZEL CORE measuring machine | Use as a stand-alone device
Exchange system | Fully integrated in WM | Quartis | Working in the component coordinate system | Fully integrated in automated measurement process
The WM | RS-C captures 3D surfaces holistically as a point cloud or triangulated STL network and thus enables 2D and 3D roughness evaluation in accordance with DIN EN ISO. The particular strength of the sensor lies in the measurement of vertically and horizontally high-resolution surfaces. The WM | RS-C optical 3D sensor uses the short coherence length of “white” light to measure technical surfaces with maximum vertical resolution. It uses an internal GigE camera with full HD resolution and an integrated LED with optimized spectral distribution. The interferometer is traditionally operated with interchangeable Mirau lenses and, in the table configuration, works with a piezo-operated actuator, which makes it possible to scan topographies in high resolution.
