Batch processing of various shapes of sheet metal

The advantages of laser cutting sheet metal processing

High precision: The cutting seam is narrow, generally between 0.1-0.3mm, with a tolerance as low as 0.003mm. It can accurately cut complex shapes and achieve micrometer level cutting accuracy, ensuring product size accuracy and shape consistency. It is suitable for processing sheet metal parts with high precision requirements, such as precision parts for electronic devices.

Good quality: The cutting surface is smooth, without defects such as burrs or collapsed edges; The heat affected zone is small, the degree of deformation of the board is low, and the subsequent processing steps are reduced; The cutting edge is flat and smooth, without any residue, and does not require subsequent polishing treatment to improve the appearance quality of the product.

High efficiency: Fast cutting speed, significantly higher processing efficiency than traditional cutting methods (such as shearing machines, punching machines, etc.), can cut a large number of workpieces in a short time, shorten the production cycle, especially suitable for large-scale production; Laser processing technology has improved the labor productivity of sheet metal processes and promoted their development.

High degree of flexibility: Through CNC programming, workpieces of any shape can be cut without the need to make molds, and can quickly respond to multiple varieties, small batches, and customized order requirements. The advantage is obvious when product design changes frequently.

Strong material adaptability: It can cut various metal materials, including carbon steel, stainless steel, aluminum alloy, copper alloy, etc., as well as plates of different thicknesses (although there are certain limitations on cutting thicker materials, the disadvantages will be mentioned later).

High degree of automation: It can be integrated with automated production lines to achieve unmanned operation, reduce labor intensity, and minimize labor costs and errors; It can also achieve automatic cutting and nesting, improve material utilization, and reduce production costs.

No cutting force: The machining process has no cutting force, which will not cause scratches on the surface of the workpiece, damage the material surface, have no tool wear problems, and have a long effective life of the equipment.