Lazer cutters use a laser for cutting materials, and are typically used for professional manufacturing applications. The trimming works by directing the output of any high-power lazer, at the fabric to be cut. The cloth melts (at the light path), burns, vaporizes away, or is blown away with a jet of gas, leaving a superior quality surface finish edges. All those CNC machines uses a computer and cutting software that takes a design file and implements it on the material to be cut to produce the desired cut. https://www.bosslaser.com
Lazer fabrication supports the trimming of a pattern in a pattern. Here are some of the materials a laser cutter can cut:
Plastics – Which includes acrylics, ABS, Lucite, glass, mylar, Kapton tape and styrene
Wood – The laser cutter can lower designs into wood, including personal pencils, wooden charms, wood picture frames, furniture plus more.
Foam – XPS foam for RC aeroplanes, Depron foam, polyethylene (PE), polypropylene (PP), Styrene. Various other material – clothing, newspaper, rubber.
It allows a level of accuracy and complexity difficult if using conventional machining tools. That is well suited for cutting versatile semi-rigid and soft materials. The laser cutter uses a high-density and powerful light energy running through its laser beam, which in turn burns the material. The laser light beam is usually 0. 2mm (0. 008inches) in diameter at the cutting surface, with a power of 1000-2000 watts.
It will eventually produce any 2D shape, including forms cutouts and inserts, by using a CAD file. Its main advantages are high precision, good quality cuts, high processing speed, low deformation of the cut away material and ability to cut small holes and small material (as tiny as 1m in size). Yet , cutting thick polyurethane foam sheets will bring about much slower production time than cutting thin layers. Found in addition, each machine has its own thickness of fabric it can minimize. If the sheet to be cut is heavier than the laser cutter’s abilities, the cuts should be made by tiers, and then can be glued together.
There are endless numbers of industrial sectors and markets using it to fabricate products: Prototyping, Furniture, Packaging, Cases & instruments inlays, Construction, Robotics, jewelry, ornaments, custom products, computer case parts, level model parts, RC models, art pieces, custom indications, letters & logos and so many more.