ZEISS T-SCAN 10/20
A MOBILE MEASURING ROOM FOR INTUITIVE 3D DATA CAPTURING
The modular ZEISS T-SCAN system is your fast way forward: Capture 3D data without any part preparation. Its perfectly matched components – the hand-held T-SCAN laser scanner, the optical tracking system T-TRACK and the touch probe T-POINT – form an intuitive and highly precise 3D metrology solution. In combination with the software GOM Inspect Suite, the ZEISS T-SCAN reaches a new dimension in coordinate measuring technology.
A MOBILE SYSTEM WITH TWO OPTIONS
Combine a hand-held laser scanner and a touch probe with the optical tracking system of your choice: the established ZEISS T-TRACK 20 for large measuring volumes of up to 20 m³ or the new ZEISS T-TRACK 10 for a smaller measuring volume and higher accuracy.
ZEISS T-TRACK 10
The measuring system T-SCAN 10 with the new T-TRACK 10 offers a measuring volume of 10 m³. It allows you to measure parts of up to 2.5 m in length in just one single setup. Thanks to highly reliable ZEISS optical components it is a perfect fit for applications which require higher accuracy. The traceable accuracy guarantees reproducible and reliable measuring results.
ZEISS T-TRACK 10
- Portable systems
- Touch probe for single-point measuring
- High measurement speeds
- Adjustable laser intensity, with capability to scan dark and shiny surfaces
- Captures measurements of moving objects using dynamic referencing
- Multi-camera operation, allowing for measurement of large components from all sides.
ZEISS T-TRACK 20
The measuring system ZEISS T-TRACK 20 offers a measuring volume of 20 m³. Measure parts of up to 4 m in length in just one single setup. Using the system is easy to learn. You can capture 3D data efficiently, accurately and fast. Just put a part into its tracking volume and you are ready to measure – no preparation of reference points is needed. The traceable accuracy guarantees reproducible and reliable measuring results
ZEISS T-POINT
The touch probe T-POINT is the perfect solution for single point measurements on object areas such as (trimmed) edges and standard geometries or optically hard-to-reach areas. It captures the selected measuring positions quickly and reliably. The device can be used with conventional measuring probes which can be replaced easily and quickly.
