In modern manufacturing, stainless steel is widely used in medical devices, aerospace, food machinery, automotive parts, and precision instruments due to its excellent corrosion resistance, high strength, good thermal stability, and aesthetically pleasing

In aerospace, automotive manufacturing, consumer electronics, medical devices, and even architectural decoration, aluminum parts, due to their low density, high strength, good thermal and electrical conductivity, and excellent machinability, have become i

In contemporary toy design and development, details often determine success or failure—a lively gaze, a delicate armor pattern, or a movable micro-joint not only breathes life into the toy but also directly impacts children's emotional connection and inte

On the operating interface of medical imaging equipment, each button carries crucial instructions—from starting a scan to emergency stop, from adjusting parameters to switching modes.

When cutting stainless steel, high-pressure coolant can effectively reduce the temperature of the cutting zone and inhibit the formation of built-up edge, thus providing conditions for increasing the feed rate.

Improving the internal structure of aluminum materials through heat treatment or cold working can enhance their machinability and reduce built-up edge formation.