ZEISS Surface Finish and Roughness Solutions
In-Depth Surface Understanding.
For every task you face.
Assuring quality for long-term productivity
Surface finish and roughness solutions from ZEISS
ZEISS is the one-stop A-Z solution provider for surface finish and roughness measurements that underpin quality assurance and production monitoring. Its portfolio delivers detailed and informative data for confident decision-making in all applications, ensuring dynamic and reliable results. These tactile and optical solutions can be used to inspect, characterize, and measure complex geometries, topographies, and roughness levels of finished and functional surfaces.
Discover how ZEISS helps you tackle key challenges during the inspection, characterization, and measurement of your parts.
Tactile solutions from ZEISS
Profile/linear roughness measurements
ZEISS ROTOS is a versatile tactile surface texture sensor for use on ZEISS CMMs. It offers state-of-the-art measurement capability on various technical surfaces combined with maximum flexibility. ROTOS delivers outstanding accessibility, using its three +/- 180° stepless rotational axes to orientate the profiler in every possible direction. The modular design, which currently features a total of eight easy-to-change stylus arms, supports a wide range of accessibility options in numerous applications.
Optical solutions from ZEISS
Flexible solutions for inspecting, characterizing and measuring complex parts
Optical surface measurement scans surface fine structure and sensitive materials without contact. 2D characteristic values and 3D surface parameters can be determined that capture the properties of the microstructure.
ZEISS LSM 900 Mat: 3D topography, surface/area roughness, layer thickness measurements
ZEISS LSM 900 Mat provides three-dimensional topography, measurements, and information relating to the surface roughness of manufactured parts, all with the highest precision and repeatability. Its non-destructive optical technique is perfect for sensitive surfaces and provides a complete qualitative and quantitative characterization of the surface under evaluation.