What is the working principle of a fiber optic cutting machine?

The working principle of fiber optic cutting machine is to use laser beam to perform high-speed thermal processing on the workpiece. The specific process is as follows:

The laser emits a high-energy density laser beam.

The laser beam is focused into small dots through lenses and lenses, forming a high-energy density spot.

The light spot is irradiated onto the workpiece, causing its surface to be heated and melted or vaporized, thereby achieving cutting, carving and other processing purposes.

Fiber optic cutting machines control the processing effect by controlling the position and power of the laser beam, thereby achieving high-precision and high-efficiency processing.

Fiber optic cutting machines are widely used in the processing fields of metal materials, non-metal materials, electronic components, medical devices, and other industries, with advantages such as high cutting accuracy, fast speed, and high efficiency.