Production
The CO2 resonance is larger and requires more power as electricity is used to heat a mixture of gases to produce the laser beam. Mirrors increase the intensity of the light and prepare it to leave the resonator. After leaving the resonator the beam must travel through a path made up of several cooled lenses until it reaches its destination. This travel results in a loss in power and quality for the laser beam.
Find the exact solution for your laser fabrication requirements while maintaining process quality and efficiency to both metal and other materials.
Sheet laser cutting is a complex process that requires material loading and unloading automation. There are many solutions available. Tube laser cutting systems with vertical storage systems for tubes and section bars that can automatically handle bars and allow for unmanned production changes, on the other hand, have only been around for a few decades.
Gulf States Saw & Machinery Co., Inc.’s team of experts can assist you with innovative designs that can improve the aesthetics, increase functionality, and deliver new products faster to market.
Our system solutions have the most flexible selection available for small and large-scale production. They are available in diameters of 10 to 324 mm and lengths of pipe and profiles up to 12.5 m.
Laser tube cutting is our specialty. We provide the perfect solutions. You can learn more about laser tube cutting and how they can simplify the process while increasing the production of parts.
The right cutting technology for every requirement. Depending on the materials that are to be processed and the desired cutting quality and level ofproductivity, users have the choice between CO2 laser cuttingsystems and fiber laser cutting systems.
North America's most important magazine for metal forming and fabricating, The FABRICATOR is the FABRICATOR. The magazine provides news, technical articles and case histories to help fabricators do their jobs better. Since 1970, the FABRICATOR has been serving the industry.
StarCut Tube L 600 comes with a fiber or USP laser. StarCut Tube SL, a compact model that has the smallest footprint available on the market, is the StarCut Tube SL.
You might have noticed that cutting speed has not been discussed yet. While it is possible for a tube to be cut at up to 500 inches per min, that is not always possible. Laser tube cutting requires that you focus on the time it takes to load a tube and index it in order to cut. Laser tube cutters are slow and take a lot of time to process parts.
Traditional tube features can take a lot of time. FabLight makes it simple to have exactly what you want, and how you design it in just minutes.
Some things are very obvious. A fiber laser's laser generator is smaller than a CO2 resonator. The fiber laser is actually made from banks of diodes, which are assembled in a module the size of a briefcase. It can produce power from 600 to 1,500 Watts. The final powered resonator is made up of multiple modules that are connected together. It can be as small as a small filing cabinet. Fiber-optic cable amplifies the light produced and channels it. The light that exits the fiber optic cable is exactly the same as it was when it was generated. There is no loss in power or quality. The light is then focused and adjusted to determine the material that will be cut.
We offer the best solutions to laser tube-cutting. Lasers can be used to eliminate whole processes while also increasing the variety of parts you are able produce.
You can save time and reduce the number components. Tubular frames and metal structures are faster and more precise to assemble. You can complete your part in one programming step.