With so many 1000 Watt Laser Cutter for sale, it can be hard to plan which is top for your needs. An industrial laser cutter is just a machine that uses a laser to do various cutting applications on metal parts. Although, there are lots of different variations of these machines designed for different applications. The 3 main kinds of laser cutter contain: neodymium, CO2, and neodymium yttrium-aluminum-garnet.
CO2 lasers are designed for cutting, boring and engraving works. This is among the most general laser cutting equipment used in fabrication and production facilities today due to its versatility. They are most generally used to cut titanium, mild steel, aluminum, stainless steel, plastic, wood, paper and fabric.
They work mainly by a current being passed via a combination of helium, carbon dioxide, and nitrogen gasses, but can also be produced using energy created by a radio frequency. The radio frequency technique is becoming increasingly famous due to the fact that it causes less electrode erosion than the other technique.
Nd laser cutters are designed for boring features where top energy is needed. This kind of machine tool also has a much lower repetition speed as matched to other kinds of laser machinery.
Nd-Yag is designed to even higher powered engraving, boring and metal trimming applications. This kind of cutter is extremely similar to the neodymium version. They are generally used to process ceramic and different metals.
Another type of laser cutter for sale is the microjet laser which utilizes a mixture of water jet and laser to cut stuff. The water jet is used to guide the laser as it cuts, but also removes wastes and cools the workpiece during the cutting process. This kind of material cutting tool has several benefits over other laser cutting machinery including cleaner cuts, cutting speeds, and improved fracture power of cut materials.
Besides the different kinds of machines, there are also a big range of laser cutting processes used in the industry. These processes contain: vaporizing and reactive cutting, fusion cutting, thermal stress cracking, and silicon wafer stealth dicing.
Reactive cutting generally uses a laser beam to cut similarly to that of an oxygen torch. This process can be used to cut thin and thick stuffs with pretty low amounts of power.
Vaporizing cutting uses a targeted beam of energy which heats the area of the workpiece to melting point. For this reason, materials that cannot melt such as carbon and wood generally use this cutting technique.