Laser cutting processing

Laser cutting processing Laser cutting processing

Laser cutting is a high-precision process that utilizes a laser beam to cut materials. This technique is commonly applied to cut various materials such as metals, plastics, wood, and glass. Laser cutting is suitable for tasks requiring high precision and complex shapes. It allows materials to be cut quickly and accurately, especially thinner materials.


During the laser cutting process, a high-energy laser beam is focused into a tiny spot. By locally heating the material to high temperatures and then using gas to blow away the melted or vaporized material, the cutting is achieved. This method offers extremely high cutting accuracy and can accomplish cuts with intricate shapes. Therefore, it finds widespread applications in manufacturing, particularly in the fields of metal processing and precision component manufacturing.


The advantages of laser cutting include:

*High Precision:Laser cutting achieves exceptionally high cutting precision, handling intricate geometries and small cutting details.

*Non-Contact Processing:The laser beam doesn't physically touch the material surface, eliminating the risk of surface damage.

*High-Speed Cutting:Laser cutting enables fast and efficient cutting, making it suitable for large-scale and rapid production needs.

*Versatility with Materials:Laser cutting is applicable to a variety of materials, including metals, plastics, wood, paper, leather, etc., and can handle different material thicknesses.

*Complex Geometries:Laser cutting can cut complex shapes, including internal and external contours, holes, and bevels.

*Low Heat Affected Zone (HAZ):The laser beam's focused nature results in a small heat-affected zone, reducing thermal damage to surrounding materials.

*Automation and Flexibility:Laser cutting can be integrated with computer numerical control (CNC) technology for automated production. It's easy to adjust and modify cutting designs.

*No Tooling Required:Unlike traditional cutting methods, laser cutting doesn't require tools or molds, saving time and costs associated with tooling production.


Laser cutting's precision, speed, flexibility, and material adaptability make it widely used in various manufacturing applications across different industries.