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Sheet metal laser cutting refers to the process of using a high-power laser beam to irradiate metal plates (stainless steel plates, carbon steel plates, etc.) or non-metallic plates (acrylic panels, wood panels, etc.) so that they are rapidly melted, vaporised, or ablated. The slag is blown away by a high-pressure gas, thus achieving precise cutting.

Sheet metal bending is a metal processing technology that applies external force to the sheet metal to produce plastic deformation, obtaining a specific angle and shape, such as a V-shape, U-shape, groove or arc, etc., which is commonly used in the manufacture of a variety of boxes, brackets, shells, and other structural components.

Sheet metal stamping refers to the processing method of using stamping equipment and molds to apply external force to the sheet metal to produce separation or plastic deformation (bending, stretching, punching, dropping, etc.), so as to obtain the required shape and size and performance of the parts.

Sheet metal welding refers to the process of melting or plastic deformation of metal materials by heating or pressurization, or both, followed by cooling and solidification so that two separated parts are connected into a whole.

Sheet metal CNC machining processing refers to the use of computer numerical control (CNC) machine tools to carry out precise cutting, drilling, bending, milling or engraving, and other processing operations on sheet metal to process the sheet metal material into parts that meet the design requirements. CNC technology makes sheet metal processing more automated, precise, and efficient.