ZEISS CORRELATE
Analyze movements, displacements and strains three-dimensionally
Turn videos into meaningful measurement data. With ZEISS CORRELATE, you can analyze dynamic processes such as displacements, rotations or angle changes. Intuitive to use and equipped with practical functions, the software optimally supports you in your 3D testing applications. Use digital image correlation and point tracking algorithms for sub-pixel accurate measurement of 3D coordinates and track them over time.
The highlights of ZEISS CORRELATE
Fast analyses, customizable functions and much more
Be more efficient by saving each inspection step
Since all evaluations, result variables and dependencies are stored in the background of ZEISS CORRELATE, reports can be updated and new results generated with just a few clicks. Alignments and reference systems are easily created, tracked and adjusted. For recurring tests, you simply create a project template with which you evaluate the entire series - saving time.
Our features for your processes
We develop functions that are requested by our customers. Optimize your processes with useful features like:
- Extensive evaluation functionalities: 6DoF analyses, trajectories, virtual extensometers, combining scan data with motion measurement
- CAD and FEM import including alignments
- Measurement of geometries with probes and not directly visible measuring points via adapter
- Sensor connectivity: generic USB3 cameras, high-speed cameras, ARAMIS sensors and photogrammetry solutions
- Python interface: record operations performed in the software, save, edit and reuse for (partially) automated evaluations
Adapt ZEISS CORRELATE to your needs
Do you need additional functions? Customize ZEISS CORRELATE exactly to your needs with apps. Apps are available for these and other function extensions: You can find all apps in the ZEISS Quality Suite.
- Determination of material properties from tensile tests, Nakajima tests and bulge tests
- Import of FEM data sets and full-field comparison between measurement and simulation data
- Thermo-mechanical deformation analysis using temperature data from thermographic cameras