Hardware accessories processing is an industry that uses metal materials as its core and precision technology to manufacture various functional components. Its products are widely used in machinery, electronics, automotive, aerospace, and architectural de
The emergence of multi-axis CNC machining technology has completely changed this situation. With "digital design—automated machining—high-precision output" as its core, it truly achieves efficient, high-precision, and integrated forming of complex parts t
In high-end manufacturing, many critical components—from turbine blades in aero-engines and joint structures in medical implants to positioning components in semiconductor equipment—approach physical limits in terms of dimensional accuracy and surface qua
In aerospace and medical device manufacturing, even a tiny part often carries the weight of life and safety—aircraft engine blades must operate continuously at temperatures exceeding 1,000 degrees Celsius, and artificial joints must function stably within
CNC machining centers on "digital design—automated machining—high-precision output," achieving efficient and precise manufacturing of complex parts through program control, multi-axis linkage, and closed-loop feedback.
In the field of CNC machining, thin-walled parts are prone to deformation during machining due to their structural characteristics, which directly affects the precision and quality of the parts.
