Description WM1 707 G / WM1 710 G
Integrated image processing features, specially conceived for the measurement of large
- Blanked parts
- Milled parts
- Plastic parts
- Rubber parts
- Printed circuit boards
Dimensionally stable granite construction of compact and ergonomic design – flexibly configurable and adaptable to every budget
With the WM1 G, we have rounded out the top end of our successful WM1 Series. More than 1000 devices sold worldwide speak for themselves. In the gantry version, you now get the tried and tested technology of the WM1 Series in a large measuring device. As is customary at Schneider Messtechnik, client needs and expectations were kept in clear focus throughout the development process: A flexible approach to client-specific requirements was as much a matter of course as an ergonomic design ensuring user-friendly operation as well clear cost structures for an affordable investment. This high-performance package is rounded off by Schneider’s powerful SAPHIR 3D measurement and analysis software – a valuable asset enabling the user to solve complex tasks easily and intuitively. The clearly structured 3D measurement and analysis software was specially conceived for multi-sensor environments so that it is capable of controlling any measurement probe installed on the machine. Here SAPHIR can then play out all its trumps. No matter which machine or device series you opt for, and regardless of whether the workpieces to be measured are flat, cubic or rotationally symmetrical – one and the same smart software will reliably serve as the heart and hub of your quality assurance.
Like the other WM1 models already established in the market, the WM1 G Series is built on the principle of “customisation by design”, i.e. all models can be readily adapted to fit your needs and budget.
Extensive range of accessories available.
Your benefit
- Camera-aided measurement data acquisition
- Precise edge detection in transmitted light and incident light thanks to intelligent image processing algorithms
- Quick handling with the highest measuring precision
- Upgrading to multisensor device possible
