With the help of Renishaw laser interferometer XL80 our specialists can:
- Perform diagnostics on the running accuracy
- Identify the causes of poor accuracy, such as ball screws and bearings wear
- Check the geometry of guides and bed
By means of the Renishaw QC20W sensor it is possible to receive a full-fledged picture of the machine status, bring the corresponding compensations to the СNС and give consultations about elimination of the revealed faults.
Guaranteed accuracy of linear measurements is ± 0,5 mm due to the laser light source with a high degree of stabilization and accurate compensation of the environmental changes. Indications can be read at a frequency up to 50 kHz, with a peak linear velocity measuring 4 m / s and a linear resolution of 1 nm, even at maximum speed. All measurement procedures (not just linear displacement) are based on interferometric method that ensures the accuracy of the recorded data.
It doesn't matter what equipment is used, the machine or a reference system of movements, it is necessary to be sure that it is ready to work, even before the cutting operation, material processing or measurement of details parameters are carried out.
Now it is possible to receive a detailed picture of changes in time of each characteristic determining the accuracy of machine positioning. Renishaw equipment for measurement machines accuracy allows to improve characteristics of the machine due to the proper planning of target maintenance and proper error compensation. Calibration, monitoring and control of the technical state of manufacturing and measuring equipment using recognized methods and systems to ensure template correspondence is one of the requirements of quality standard ISO 9000.
Use of the laser interferometer XL-80 in a combination with the rotary RX10 device for calibration of rotary axes gives a unique chance to carry out COMPLETELY AUTOMATIC calibration of rotary axes of machines and coordinate measurement machines. There are software packages for automatic compensation of linear positioning errors along the axis, compatible with the most part of CNC systems.