1. Capable of processing a wide variety of metallic and non-metallic materials. It demonstrates particular advantages when marking materials characterized by high hardness, high melting points, or brittleness.
2. It is a non-contact processing method; it does not damage the product, involves no tool wear, and produces high-quality markings.
3. The laser beam is fine, material consumption during processing is minimal, and the heat-affected zone is small.
4. It offers high processing efficiency, utilizes computer control, and is easily automated.
