Precision Ceramic Laser Cutting Machine

Basic Info

Model No.: BCLC4060

Application: Laser Cutting

Applied Material: Acrylic

Additional Info

Transportation: Ocean,Land,Air

Port: Shanghai Port,Shandong Port,Guangzhou Port

Product Description

The ceramic laser cutting machine focuses into tiny light spots through the optical system, irradiates the surface of the ceramic material to instantly generate high temperature to melt and vaporize the material, and then forms a cutting groove. As the laser moves, the cutting head moves horizontally and vertically with the workbench and feed system, and finally cuts and punches the ceramic material into the desired shape. Ceramic laser cutting machine is widely used in the processing of ceramic materials such as zirconia, aluminum nitride, and alumina due to its high precision, high efficiency and non-contact advantages.

‌Advantages of ceramic laser cutting machine

Equipped with long and short focal length pointed and flat nozzle fine laser cutting heads;

Capable of fine processing such as laser cutting, drilling, grooving, and scribing

Provide optional functions of vacuum suction cup or precision thin-walled tube sleeve support system;

Compatible with multiple file formats, automatic optimization of cutting path;

Provide optional functions such as visual positioning, automatic loading and unloading system, and dynamic processing monitoring

The laser energy output is stable, the spot diameter is small, and the beam quality is high, which is suitable for fine processing of ceramics;

Ceramic laser cutting machine parameters

Application of ceramic laser cutting machine

Ceramic laser cutting machine is mainly used for laser processing of high hardness, high brittleness flat and regular curved materials such as alumina, zirconium oxide, aluminum nitride, silicon nitride, diamond, sapphire, silicon, and gallium arsenide. Such as cutting, punching, and splitting of ceramic circuit boards, cutting and forming of ceramic components, forming of MIM watch rings, drilling of silicon oxide ceramics, forming of zirconium oxide ceramic micropores, forming of ceramic mobile phone back covers, forming of ceramic biosensor substrates, and cutting and forming of high-end ceramic decorations. It is widely used in the fields of aerospace, automobile, electronic 3C, medical equipment, architectural decoration, etc. to manufacture lightweight structural parts and components, and is especially suitable for the needs of complex patterns and fine processing.‌

Sample display