In high-end manufacturing, medical devices, food machinery, architectural decoration, and precision instruments, stainless steel is widely used due to its excellent corrosion resistance, high strength, and aesthetically pleasing surface.

65Mn manganese steel laser cutting technology not only solves the efficiency and precision bottlenecks of traditional processing but also opens up new possibilities for complex structural designs.

In modern metal manufacturing, laser cutting of products has become the preferred process for forming complex contours of iron products due to its advantages of high precision, high flexibility, and non-contact processing.

Pulsed manganese steel laser cutting reduces peak heat input by releasing energy intermittently, making it suitable for precision machining that is sensitive to the heat-affected zone.

Laser cutting processing, as a non-contact, high-energy-density processing method, shows great potential in the manufacture of micro-parts, but it also faces many challenges, including heat-affected zone control, dimensional accuracy assurance, and ma

Copper, due to its excellent electrical and thermal conductivity, and ductility, is widely used in electronic heat sinks, radio frequency devices, decorative components, and precision instruments.