Fiber laser cutting systems can be used to cut various metal materials (sheet steels. metal tube. metal profile. 3D curved metals. and irregular metals). They are capable of cutting carbon steel, mild, stainless steel. spring steel. galvanized. aluminum, copper. gold. silver. alloy. titanium. iron. brass. manganese. chromium. nickel. cobalt. lead.
Marking is the kind of operation in which the laser does not penetrate fully into the substrate material. It only changes the properties and the appearance of the material. When the laser comes in contact with the substrate, it creates high contrast marks because of the heat of the beam.
There is absolutely no restriction. It can equally cut steel, aluminum, tungsten, brass, nickel, or iron. It does so with such a nice finishing and accuracy that it is impossible to resort back to those old-fashioned metallic cutters.
Then come the diodes which charge up this mixture of gas. In some cases, electric discharge is also used to charge this mixture. This charging of gases emits energy which comes out in the form of the laser beam.
This 2022 laser cutter buyer’s guide provides information for CNC machinists professionals, novices, experts, craftsmen, operators, machinists, specialists, craftsman, operators, beginners, and newbies at a low price and high quality.
Add the ability to engrave and mark metals with the addition of a fiber laser to your CO2 laser machine, available in the Fusion Pro Series. A dual source laser machine will expand your capabilities even further, and help increase your business's product offerings and profits.
The laser resonator is the powerhouse of any laser cutting machine. It consists of a glass tube with two mirrors placed with their faces facing each other. The tube consists of gases like CO2, hydrogen, nitrogen, and helium.
Laser cutting systems are ideal for use in industrial manufacturing, commercial, education, school, home, hobbyist, and craftsman.
In any case, the choice is yours but the output varies with every choice. So you better make it right!
A CNC controller is used for controlling the movement and cutting parameters of X,Y, and Z axes.
Laser cutting machines are differentiated based on the types of lasers being used. Consequently, the type of laser determines the type of substrate and thickness of the material.
Send your design to the laser. In the print driver you’ll select the laser parameters you want to use, or select a preset material setting from GSS Machinery’s extensive database.
A cooling system is a water cooler that cools the machine. An example of this is the electro-optical converter rate, which is 33%. About 67% of electric energy is converted to heat energy. The chiller should be cooled down by water to maintain the equipment's normal operation.
The working principle is to guide the output of a high-power focused pro laser beam to melt the material so that the edge has a high-quality surface finish.
Laser power of 80W. A laser can typically cut up to 10mm acrylic and up to 9mm soft woods.
Cutting thick materials is difficult.
The less effective laser cutting becomes as the material thickness increases. For example, when it comes to cutting thick sheets of carbon steel, laser cutting may be difficult.
Thickness: A 40W to 45W CO2 laser, such as the Muse Core or 3D autofocus, can generally cut up to 14" thick wood, whereas a 90W tube laser, such as the P-Series PS24 or Muse Titan, can cut up to 12" thick wood.