Measurement requirements
Scan the three-dimensional topography of the metal parts after wear, and use the software algorithm to fit the surface to measure the wear volume

Overview of key features
1. Non-contact measurement, integrated design

2. Three-dimensional topography scanning, multi-function data processing
3. Suitable for accurate measurement of various materials

4. Simple to use, easy to assemble and disassemble

5. Fast scanning speed and high positioning accuracy

6.±0.5 to ±1μm repeat accuracy guarantee

7. High stability and strong anti-interference ability

Measurement results
The wear volume is about 12000000μm3, and the wear depth is about 25μm

Solve the problems of the current measuring device
1. Small amount of wear, difficult to measure

2. There are certain requirements for materials

3. Contact measurement, damage to the measurement material
4. The wear position is uncertain and the measurement speed is slow
5. Low precision and large measurement error

6. Complex structure and high cost