Medical devices require high precision, stability, safety, and purity, which impose higher demands on processing and equipment. Traditional sheet metal mechanical cutting methods have significant shortcomings in terms of precision and safety control. Laser cutting produces very narrow slits in medical devices, with the laser beam focused into a small spot achieving high power density at the focal point, rapidly heating the material to vaporization and forming a hole. As the beam and material move linearly relative to each other, the hole continuously forms a very narrow slit, typically 0.10-0.20 mm in width. The minimal slit ensures high cutting precision.
The production process of laser cutting machines is non-contact. The laser cutting head does not touch the surface of the material being processed and does not scratch the workpiece. For medical devices, a smooth surface is a basic requirement. Minimizing the surface polishing process during production can greatly improve production efficiency.

In hardware processing, laser cutting mainly uses a focused high-energy beam to instantly melt or vaporize the material, forming a cut. Almost all sheet materials can be shaped in one pass on a laser cutting machine, producing high-quality products without burrs, eliminating the need for manual reprocessing and grinding. Laser cutting effectively reduces processes and cycle times, improves work efficiency, and reduces labor intensity and processing costs.