Renishaw is a global company with core skills in measurement motion control spectroscopy and precision machining.
Xl 80 laser measurement system renishaw.
Renishaw has been designing manufacturing and supplying laser systems for nearly 20 years.
The xl 80 is quick and easy to set up and use reducing waiting time and increasing available measurement time whilst still retaining the accuracy benefits of a pure interferometry based system.
Xl 80 laser measurement system jpg file size.
The renishaw xl 80 laser interferometer is the replacement for an older ml10 laser interferometer.
Xl 80 laser interferometer system cmm.
The xl 80 builds on that experience to deliver a real advance in system performance and operational benefits for users.
For the measurements of geometric and rotational errors on machine tools.
Xl 80 offers the ultimate in high performance measurement and calibration for motion systems including cmms and machine tools.
Xk10 alignment laser system.
The same optics can be used with xl 80 or ml10 systems ensuring consistency of measurement set ups and procedures.
An environmental compensator which significantly improves the measurement accuracy of the xl 80 system.
Both the laser and compensator connect to a pc via usb so there is no separate interface required and no complicated set up to worry about.
The ultimate tool for machine tool and cmm verification to international standards.
Image of renishaw s xl 80 laser intereferometer measurement system.
1200 x 1223 px.
The xc 80 compensator is a crucial factor in your xl system s linear measurement accuracy.
Renishaw xl 80 laser measurment system the new renishaw xl 80 laser measurement system offers high performance calibration for motion systems including cmms and machine tools.
All measurements are interferometric and therefore use the traceable international standard wavelength of laser light allowing you to have total confidence in the results.
Renishaw has reduced the typical warm up time for the laser to around 5 minutes.
Changes in air temperature pressure and relative humidity can affect the wavelength of the laser light and the measurement readings taken.
