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Laser Cutting Process

Normally the Carbon dioxide (CO2 laser is used here for precision cutting of materials. CO2 laser is typically produced by passing a current into the DC –excited gas mix. The laser beam is then directed and controlled by computer to cut the work piece.

Fig.1: Laser Cutting Process

Level of surface finish achieved: 6.3-0.20 micro meters

Advantages:

–      Very fast rate of operation

–      Narrow heat affected zone

–      Complicated profile can be cut

–      Very hard brittle materials can be cut

Disadvantages:

–      Costly equipment

–      Maximum thickness that laser can cut is 6mm for plain carbon steel

Ideal applications: the laser cutting can be applied for boring, cutting, engraving variety of materials including stainless steel, mild steel, aluminum, titanium, epoxy, plywood, copper.

About 

Suvo is a production engineer by profession and writer/blogger by passion. Apart from maintaining this blog, he also get some freelance work like: Mechanical design, CAD, CAE, Assignment report writing, Website design.
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