
The
NewView 8000 series of 3D optical surface profilers are the successors to the highly successful
NewView 7000 series. Providing the user with powerful versatility in non-contact optical surface profiling, the
NewView 8000 improves upon the impressive data collecting and manipulating abilities of the
NewView 7000.
Measurements are nondestructive, fast, and require no sample preparation. The latest 64 bit software allows for superior 3D surface visualisation, with an easy to use interface. Advanced software tools characterise and quantify surface roughness, step heights, critical dimensions, and other topographical features, with excellent precision and accuracy.
- MX Software - Windows 7 64bit: Completely new software replacing MetroPro, with a user friendly, Windows-style interface, and simple to set up automation and stitching. Functions that previously required separate applications, are all features of the one application.
- Enhanced data collection: See surfaces previously unobtainable. The latest Zygo algorithms gather data from more challenging surfaces, and additionally an oversampling feature can be used for the most difficult samples. Examples would include: low reflectivity surfaces, specular surfaces, and extreme high slopes.
- SureScan™ technology: Digital compensation for environmental noise and vibration, virtually eliminating all mechanical vibration during extended scans.
- Built in vibration isolation: The main metrology unit can come with an air table built into the base, for desk-top operation.
Zygo optical profilers are designed to be metrology tools where gage R&R is of prime importance.
We are able to demonstrate the capabilities of the
NewView 8000 at Lambda Photometrics. If you are interested in learning more about the
NewView 8000, or would like a sample measured, our application engineers would be happy to discuss with you.
For further information, or to arrange for a sample to be tested, please
click here or contact
Ken Middleton or
Alexander Barton, by
email or telephone
01582 764334.
