Plasma+Laser Cut Part

Brief introduction:

Laser cutting: allows cuts through a material with a concentrated laser beam that melts and separates a local part of it. In most cases, the process will be accompanied by a gas that blows the melted material out of the way, or the freshly cut material will be turned from a solid to a gas (called sublimation), also getting it out of the way, but this time in vapor form. Laser cutting is quite versatile, as it can be used to cut structural and pipe materials in addition to thin sheets.

Plasma cutting:Unlike laser cutting, plasma cutting forces a hot, electrically charged gas like argon or nitrogen through a small nozzle. It hits the surface with speed and high pressure, essentially melting and eroding the material as it passes through. The similarity, however, is that, like laser cutting, plasma cutting is a thermal cutting process because the plasma it forms can reach up to 20,000°C.
With plasma cutting, you can only use conductive metals like steel, stainless steel, and copper, because these complete the electrical circuit. That’s why most of our customers who use plasma cutters are often in sectors like auto repair and restoration, fabrication shops, and industrial construction. This diagram breaks down the plasma-cutting process:

Main grades:

Q235B/SS400,Q355B,1.2311/P20,S45C/1045,S50C/1050,A3,NM400,NM500,Mild Steel etc.,

Delivery Condition:

Hot rolled+Plasma/Laser Cut+Milled/Milled

Delivery time:

Mill manufacture sizes:3-7 days

Application:

Industrial and machinery parts

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