ZEISS COMET
The ultra-compact 3D sensor offers great flexibility, a high measuring speed and impressive performance
With the ZEISS COMET, you’re using the latest sensor technology and project-orientated software for simple and reliable 3D data capture. Map the 3D data of your components quickly and accurately and gain increased scope for a multitude of measuring tasks thanks to the unique flexibility of the system.
The high-performance software platform colin3D ensures a consistently efficient and project- oriented procedure during the entire measuring process.
Achieve optimal measurement results quickly and easily
In just a few simple steps and without any lengthy preparation, the ZEISS COMET sensor is ready for use - enabling you to concentrate on measuring.
This comprehensive solution uses the latest sensor technology and the project-oriented software colin3D for data capture and data processing. It affords you a high level of efficiency in oper- ating sequences and generates high-quality measurement data. Thanks to the minimal working distance, it is possible to work in cramped conditions without any difficulty.
High precision for demanding applications
Innovative technology
With the high light intensity and fast camera on the ZEISS COMET sensor, you have the flexibility you need when using it at different sites.
The system delivers precise 3D data and automatically rec- ognizes changes in vibration and exposure, even in difficult ambient conditions - high-end technology for exceptional data quality with maximum ease of use.
Moreover, the enormous light yield and the sensationally high measuring speed ensure reliable data capture on different ob- ject surfaces.
The ZEISS COMET delivers excellent data quality and highly accurate measuring results, making the system the ideal solution for demanding applications in quality inspection. With the colin3D software, you’ll generate easy false color comparisons for individual analysis as well as reports for docu- menting measuring results
A vast range of applications
• Quality control / inspection
• Tool and model making
• Design
• Rapid manufacturing
• Reverse engineering
• Archeology, documentation of art-historical objects, etc.