In the design of microwave products, it is necessary to establish a quantitative relationship model between surface roughness and dielectric loss.

In the design and manufacturing of medical products, part surface quality goes far beyond mere appearance; it directly impacts patient safety, device performance, and infection control.

Thermal deformation in CNC machining medical products is mainly caused by cutting heat accumulation and temperature rise of the machine tool system.

Precision parts in microwave products perform critical functions such as guiding, amplifying, filtering, and reflecting microwave signals. As operating frequencies increase toward gigahertz and even terahertz levels.

The stable operation of precision parts in extreme environments of high temperature, high pressure, and severe corrosion relies not only on breakthroughs in a single technology but also on the collaborative innovation of multiple disciplines

Amidst the rapid advancement of medical technology, the precision, safety, and environmental performance of medical devices and products have become core elements crucial to patients' health and well-being.