Exploring the Versatility of Laser Cutting in Sheet Metal Fabrication

In sheet metal fabrication, laser cutting technology is widely used in various industrial sectors. Sheet metal laser cutting can be classified according to different characteristics and application requirements. Here are some common classification methods:

In sheet metal fabrication, laser cutting technology is widely used in various industrial sectors. Sheet metal laser cutting can be classified according to different characteristics and application requirements. Here are some common classification methods:

Material Type: Sheet metal laser cutting can be applied to various types of metal materials, including steel, stainless steel, aluminum, galvanized steel, etc. Different materials require different laser cutting parameters and tool designs.

Sheet Thickness: Laser cutting can handle sheet metal materials of different thicknesses, typically divided into thin sheet laser cutting and thick sheet laser cutting. Thin sheet laser cutting is usually suitable for sheet thicknesses below a few millimeters, while thick sheet laser cutting can handle thicker sheets.

Cutting Precision: Depending on the required cutting precision, laser cutting can be classified into ordinary laser cutting and high-precision laser cutting. High-precision laser cutting typically requires higher equipment accuracy and more sophisticated control systems.

Cutting Method: Depending on the cutting method, laser cutting can be categorized into conventional cutting, plasma cutting, gas chemical reaction cutting, and other methods.

Assist Gas Type: During laser cutting, it is common to use assist gases to blow away melted metal and debris from the cutting area to maintain cutting quality. Depending on the type of assist gas used, laser cutting can be classified into oxygen-assisted cutting, nitrogen-assisted cutting, argon-assisted cutting, and other types.