Using laser processing, high production efficiency, reliable quality and economic benefits.

The workpiece in the closed container can be processed by transparent medium, and the robot can be used for laser processing in the harsh environment or other places that are difficult to access.

There is no "tool" wear and no "cutting force" acting on the workpiece during laser processing.

It can process many kinds of metals and nonmetals, especially the materials with high hardness, high brittleness and high melting point.

The laser beam is easy to guide and focus, to change all directions, to cooperate with the numerical control system, to process complex workpiece, so it is a very flexible processing method.

No contact machining, no direct impact on the workpiece, so no mechanical deformation, and the energy of high-energy laser beam and its moving speed can be adjusted, so a variety of machining purposes can be achieved.

In the process of laser processing, the laser beam energy density is high, the processing speed is fast, and it is local processing, which has no or little influence on the non laser irradiated parts. Therefore, its heat affected area is small, the workpiece thermal deformation is small, and the follow-up processing amount is small.

The divergence angle of the laser beam can be less than 1 mA, the spot diameter can be as small as micrometer, and the action time can be as short as nanosecond and picosecond. At the same time, the continuous output power of the high-power laser can reach the order of kilowatt to 10kW, so the laser is not only suitable for precision micromachining, but also suitable for large-scale material processing. The laser beam is easy to control and combine with precision machinery, precision measurement technology and electronic computer to realize high automation and high machining accuracy.