80 mW
-
-
The high-precision laser module
The laser module ZX20 sets new standards for machine vision illumination due to its automated production in which all optical components are aligned by a high-accurracy robot. The ZX-laer impresses with precision. The Borsesight error is less than 0.8 mrad. The user can choose from IR, red, green, or blue wavelengths depending on the application and material to be inspected. The right working distance can easily be adjusted with the tool-free manual focus option. The ZX20 with its industrial-suited design and stable performance works perfectly as an integrated module in machine vision aplications, sensors, or processing machines.
-
Small size, great performance
The ZX-laser series offers diverse, application specific customization possibilities. The user can choose from violett to infrared wavelengths depending on the application and material to be inspected. The focusing optics achieves a boresight of less than 0.8 mRad. The industrial-suited design along with stable performance works perfectly as an integrated module in machine vision applications, sensors or processing machines. The laser module contains no driver electronics (ZX10-ND) and is therefore ideally suited for OEM applications. Upon request, licensing and integration of the Z-LASER electronics can be provided (ZX10-LD).
-
The precise laser module
Thanks to an automated production process in which all optical components are aligned with the help of a 14-axis robot, the ZX20 laser series sets new standards for lighting in machine vision applications. With a boresight error of less than 0.8 mrad, the ZX laser is one of the most accurate lasers on the market. Depending on the application and the material to be tested, the user can choose between IR, red, green, or blue wavelengths. The tool-free, manual focus option allows the user to easily adjust the projection according to the working distance. Its industrial grade laser design, along with consistent performance make this laser perfect for harsh environments. It can be used in complex machine vision setups, in sensors, and can even be integrated into sturdy processing machines such as saws.
