Laser cutting principle

The laser generates ultra-short pulses with extremely high energy and interacts with the workpiece in a very short time. When the beam propagates and acts in the material, it destroys its stress structure to form micron-sized filaments. Micro-cracks are formed by optimizing the spatial distance, and the cutting is achieved with the break process.

Processing advantages

✓ High speed processing of shaped workpiece;

✓ Zero taper on cutting edges, small chipping, no hand injury;

✓ Seamless switching of production of various specifications, simple operation, easy to use;

✓ Low operating cost, high yield rate, no consumables, no pollution;

✓ It does not produce waste residue, waste liquid or waste water and will not scratch the surface of the product.

Process Application

Suitable for cutting various hard and brittle materials, such as ordinary glass, optical glass, quartz, sapphire, strengthened glass, optical filters, mirrors, etc. The internal holes can also be taken for specific dimensions.