Compact automation for the metrology lab. Non-contact 3D measurement cell combining a UR10 cobot and ZEISS COMET fringe projection sensor. Fast changeovers, simple setup and repeatable results.
WHY CHOOSE IT
- Plug & play with QBOX software: guided programming, no advanced robotics skills required.
- Low-volume / high-mix: the program is generated from the first scan.
- Overlay: no markers or complex fixtures required, reducing preparation times and costs.
- Ergonomic and collaborative: safe operation without barriers.
The system integrates a collaborative UR10 cobot with a ZEISS COMET optical fringe projection sensor, combining automation and metrology-grade precision in a single compact solution.
The measurement cell is completed by an integrated rotary table, which facilitates the scanning of all part surfaces, and by QBOX software, which guides the user through cycle programming without requiring advanced robotics skills.
The complete system is designed to deliver repeatable results even in complex production environments.
CELL SPECIFICATIONS
QBOX MiniCobot includes the following specifications:
- Configuration: 1.7 × 0.8 × 2.2 m
- Maximum part load: 300 kg
WHAT IT IS USED FOR
To automate 3D scanning and inspection quickly and efficiently, especially in contexts involving different parts and low- to medium-volume batches.
The overlay approach, without markers or complex fixtures, reduces preparation times and costs, delivering productivity up to 4 times higher than traditional manual procedures.
Fill out the form with your information to request the brochure in PDF format.
Inside, you’ll find detailed information, images, technical specifications, and everything you need to determine whether this solution meets your needs.
A selection of projects carried out in collaboration with partners and system integrators demonstrates how our automation solutions are applied across various industry sectors. Each case study details a specific implementation process: from the initial need to the results achieved.
No posts were found for provided query parameters.
