Laser Cutting Machines

Although the word laser is used as a generic name, it is actually an acronym for light amplification by stimulated emission. The highly concentrated light beam produced can quickly energize even small areas. It can be easily controlled by mirrors and lenses, essentially as light. It can move at the highest possible speed, navigate straight through empty space, and transmit information.

Due to these properties of laser light, lasers have many applications. Among them are cuts. A laser cutter works by focusing the enormous amount of energy it produces into a small area (even a microscope). If a certain amount of light hits that area, it melts or evaporates. Cuts are produced by moving the object to be cut or by moving the laser beam over the surface.

As a cutting tool, laser cutting machines have several uses. Some of its well-known uses are medicine as a surgical tool, craft manufacturing and lithography as an etching tool, the clothing industry as a fabric cutter, and metalworking as a welding and cutting tool.

Laser cutting of metals is the most common and visit most profitable industrial application of lasers. A laser cutting machine allows you to easily and seamlessly cut metal with complex profiles and contours. Its high-quality cutting ability and fast cutting speed eliminate the need for further processing of the metal, reducing production costs and increasing productivity for certain companies using this technology.

Advancements in laser cutting machines, including improvements in beam quality, laser power, ease of use, maneuverability, and materials, have enabled laser cutting machines to cut metal in multi-dimensional tubular profiles. An advanced laser cutting machine with this feature is very useful in the automotive industry.

Laser cutting machines used to cut metal include flying optic lasers, hybrid lasers, punch laser machines, pivot beam lasers, and pulsed lasers.

Flying Optic laser cutters have fast cutting speeds and are inexpensive due to the fixed X and Y axes. They can move over the material being cut in two dimensions. The other, more efficient and powerful pivot beam laser has X-axis translation capability.

The punch laser machine is a high power laser that can cut metal at up to 3,500 watts. It performs several tasks such as punching, marking, contouring and bending. They are mainly used for cutting outer parts and complex inner contours. Pulsed laser machines, on the other hand, produce high power in a short period of time. High output can be obtained in a short time, making it ideal for piercings.