Laser cutting
Laser melting cutting: In laser melting cutting, the workpiece is partially melted and then the molten material is ejected with the help of nitrogen or air. Because the transfer of material only occurs in its liquid state, the process is called laser melt cutting, usually cutting stainless steel.
Laser flame cutting: Laser flame cutting differs from laser melting cutting in that oxygen is used as the cutting gas. With the help of the interaction between oxygen and heated metal, a chemical reaction occurs that further heats the material. Due to this, the cutting rates achievable with this method are higher than with melt cutting for the same thickness of structural steel. Usually cutting carbon steel.
Laser gasification cutting: During the laser gasification cutting process, the material vaporizes at the cutting seam. In this case, very high laser power is required.
The advantages of high-efficiency laser cutting applications:
Comparison of Advantages between Traditional Cutting and Fiber Laser
Plasma Cutting
Laser cutting
High pressure water cutting
Laser cutting
Wire cutting
Laser cutting
Application scenarios