Co2 Laser Cutting Capabilities

1in 2 645mm 2 a 100 watt laser can achieve a power density of 1550 watts mm 2 in a spot size that is 0 6452mm 2 a spot size that is 0 6452mm 2 has a diameter of of 28mm or 280 micron using area pi d 2 2 280 micron.

Co2 laser cutting capabilities.

The two most common types of laser cutting machines are fiber laser and co 2. Cnc precision laser cutting is a very cost effective method for manufacturing small to medium part orders made from flat sheet metal. Comparison of processing speed between co2 laser cutting machine and fiber laser cutting machine in processing stainless steel. Given its dominance in the sheet metal cutting industry this article focuses on laser fusion cutting.

To combat overheating cold water is re circulated through a water chiller connected to the laser tube. A small air pump is included and functions as the default cutting air source for all our co2 laser cutting tables. Below are some examples of some of the projects we have been. Before beginning any cutting project always inspect your machine observe the chiller temperature and gauge your interior temperature to meet the wattage demands of your cutter.

Sheet metal cutting requires a power density of 10 6 watts in 2 source. 1 vision engraving system. Laser cutting materials offers craftsmen and manufacturers precision results utilizing the power of lasers and the strength of co2. Co 2 lasers use an electromagnetically stimulated gas typically a mixture.

1 co2 galvo steered laser. We can see that in the field of plate thickness of 4 0 mm or less the fiber laser cutting machine is able to process at 2 to 3 times the cutting speed of the co2 laser cutting machine. A co2 cutting laser generates a lot of heat. In addition to our laser marking capabilities we also utilize our lasers for coating ablation of a variety of different coatings.

Integrated technology has been on the cutting edge of laser technology for 20 years. Flexible fabrication design with co2 laser cutting. Fiber lasers vs co 2. This method uses gas assisted laser cutters which utilize a jet of gas coaxial to eject the molten material from the cut resulting in a high quality finish.

All laser outputs are 4kw. Where co2 lasers use mirrors to control the cutting beam a fiber laser takes a more direct approach by sending its focused beam of light straight through a fiber optic cable. A lens focuses the beam onto the surface of the material to melt burn or vaporize the localized area. Adjusting the settings on a co2 cutting laser varies the quality and finish of the cut i e making it coarser or finer.

The fiber optic cable which is made of silica glass uses a diode laser pump to reflect and amplify electrons into the powerful fiber laser beam that cuts your materials. This method utilizes the light from the laser s aperture. Cnc precision laser cutting. The above data and calculation is theoretical and may not truly reflect the capability our laser machines provide.