Brand new non-contact Surface Profiling Controller

24th September 2009
Posted By : ES Admin
Brand new non-contact Surface Profiling Controller
Armstrong Optical Ltd, in keeping with being at the cutting edge of non-contact surface profiling technology, is pleased to announce the release a new optical controller to operate in conjunction with the Precitec Optronik GmbH range of non-contact surface profiling and thickness measurement systems.
The new optical controller – the CHRocodile S – has an LED light sources equivalent to a 50W halogen source. The use of an LED light source not only ensures a much longer lifetime (several tens of thousands of hours) and lower power consumption, but also guarantees the ability to easily measure surfaces with a wide dynamic range of reflection characteristics without swamping the response of the sensor system.

The CHRocodile S has built-in digital interfaces (RS232, RS422 and USB) allowing remote control for production line integration and has been designed for laboratory and factory-floor operation.

The CHRocodile S is compatible with the existing range of Precitec Optronik GmbH chromatic confocal sensor systems offering sub-nanometre to millimetric measurement resolutions across a huge variety of surfaces from rubber/paper/metals to MEMS and semiconductor components. When used in conjunction with the Precitec Optronik NEMESIS measurement systems components up to 200mm can very simply be interrogated for shape, roughness, flatness, texture, microtopography and thickness. Alternatively the modular nature of the controllers and sensors lends them to easy integration into third-party measurement systems.

You must be logged in to comment

Write a comment

No comments




Sign up to view our publications

Sign up

Sign up to view our downloads

Sign up

The Magnetics Show US
22nd May 2024
United States of America The Pasadena Convention Center
2024 World Battery & Energy Storage Industry Expo (WBE)
8th August 2024
China 1st and 2nd Floor, Area A, China Import and Export Fair Complex