Medical devices are far different from general industrial products. They directly or indirectly affect the human body and affect human life. This determines that the state monitors the production process of this industry, which is more strict than any other type of manufacturing products. In order to achieve strict standards, the product accuracy should not be sloppy at all. At this time, laser processing plays a key role.
Laser cutting can realize blanking and cutting of metal parts of medical equipment, or use ultra precision laser processing to make micro medical equipment, or use laser directly to achieve minimally invasive surgery.
The applications of laser cutting in medical device manufacturing include: manufacturing stents, heart valves, medical tools and equipment components. The advantages of laser cutting mainly include: minimizing the deformation of parts, accurate cutting ability, no tool wear, faster prototyping and cutting most metals and materials. Laser technology plays an important role in the medical field because of its high precision, high efficiency, non-contact and other characteristics.