After the global epidemic crisis in the past year or so, human beings are paying more and more attention to the research and development of medical biotechnology. Currently, medical chips and other application areas are very scarce and need a breakthrough.

Medical devices are related to the safety of human life and play an important role in human life. China's medical device processing and manufacturing technology was severely constrained by international advanced technology companies until the application of high-precision laser micromachining, the quality of China's medical device manufacturing has improved dramatically, medical device sales have increased, and the development of medical industry has accelerated.

Microfluidic chips are widely used because they integrate the basic operation units of sample preparation, reaction, separation, and detection in biological, chemical, and medical analysis processes into a micron-sized chip, which is used to achieve automatic completion of analysis. Because of its great potential in biology, chemistry, and medicine, it has developed into a new research field at the intersection of biology, chemistry, medicine, fluids, electronics, materials, and mechanics. Some micro flow channels in medical electronic chips need to be processed by laser cutting, but when laser cutting the thin films of micro flow control chips, there is generally a serious phenomenon of carbonization at the edges of flow channels, which affects the assembly and detection accuracy of micro flow control chips.

Therefore laser micromachining system for medical devices as processing accuracy, stability and other characteristics, formed an important function, standard special machine, automation system, auxiliary services of the autonomous system solutions.