.Thin non-metal products - Paper, most materials, materials, mylar stencils, polycarbonate, wood up to.04 inches, and thin acrylics can be cut with a 150 watt normal energy (450 w top power) laser.
.Heavier non-metal laser engraving machine You'll need a laser with an normal energy of between 250 to 500 n (up to 1500 w top power) to cut heavier non-metal products such as heavier plastics and timber up to 1 inch thick. Generally, decrease energy lasers will have to work tougher to really make the same cut. This decreases cutting rate and may result in excessive temperature, substance changes, or injury to the Temperature Affected Zone.
.Material components - Steel components generally involve higher power lasers (between 150 and 1,000 watts (up to 2500 w top power). Some slim metals (such as metal or cold rolled steel) could be cut with 150 watt lasers when oxygen-assist gas is used.
Laser cutting can be used to reduce any number of items from a variety of products such as for instance: jigsaw puzzles, clock faces, material tickets, equipment pieces and components, packaging, signs, patterns, leather upholstery parts, and more.
Laser presents numerous advantages around different forms of cutting. Not only will you cut a number of components such as for instance paper, materials, cardboard, leather, and metal, laser is very precise. When a routine is designed to the laser cutter, it could repeatedly cut precise copies of the sample on workpiece following workpiece. Laser reduce sides are clean. As well as chopping objects, laser may also reduce small, highly detail by detail holes with excellent edge quality.
Ultimately, laser supports don't wear as a result of chopping, causing less pressure on the chopping equipment. Laser has come old and has proven to be always a trusted, useful alternative to different cutting methods.
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