Special components, high precision, resistant to extreme working conditions, fully traceable

Precision instrument components, with micron-level accuracy, are suitable for extreme space environments

Precision components, high-precision compatibility with power and chassis mass production requirements

Power precision components, high-precision compatible with power transmission and distribution equipment

Medical precision components, medical-grade, high-precision, corrosion-resistant, safe and reliable

Precision hardware components for architecture, with high stability and precision, suitable for ...

During processing, the cutting state is stable, ensuring that the dimensional accuracy of the machined parts is controlled within a very small tolerance range (typically up to ±0.005mm or even higher), which can well meet the precision requirements for small precision shaft components in aerospace, medical devices, and other fields.

With high machining accuracy, precise programming control and stable repetitive machining, the tolerance range can be accurately controlled, ensuring high precision of parts and stable quality of products within the same batch.

With flexible programming, it is easy to handle parts processing with different shapes, sizes, and process requirements, and modifying the program can adapt to new tasks. Utilizing technologies such as multi-axis linkage can complete the processing of parts with complex geometric shapes, meeting diverse product demands.

It can achieve automated and continuous processing operations without frequent manual intervention, reducing downtime caused by manual operations and significantly increasing output per unit time.