Self-developed software, electronic control and detection system brings better adaptability
Optimized design of the main structure and temperature field distribution provides stability and measurement speed with better accuracy
Innovative use of linear motor technology in CMMs ensures good motion performance, effectively guaranteeing machine measurement accuracy and improving measurement efficiency.
The single-sided overhead moving bridge design reduces moving mass and brings the drive closer to the moving center of mass to minimize Abbe error
The single-sided overhead moving bridge design reduces moving mass and brings the drive closer to the moving center of mass to minimize Abbe error, thereby effectively improving motion performance and accuracy stability
The high-rigidity and high-performance air-bearing guide is friction-free and wear-free, and all three axes are designed in an enveloping structure with the ability to monitor air-bearing pressure, effectively ensuring stability
The ultra-low line temperature linear expansion coefficient scale used for the three axes is insensitive to temperature changes, effectively improving the accuracy of the machine
The Z-axis is under the protection by both the pneumatic logic of the balancing cylinder and the hardware hold-up mechanism, ensuring the safety of the detection system in an emergency
