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Web at benco technology, our flat sheet lasers can cut sheets sized up to 83″ x 162″ with a maximum thickness of 1″ for hot rolled,.75″ for stainless, and.5″ for aluminum. The process is directed by optics and computer numerical control (cnc) technology, which accounts for the high precision of laser cut parts. Continuous and automatic bundle loading and unloading. Prototyping designs or testing product requirements; Laser cutting solutions are an essential part of turning sheet metal into finished parts. The laser “generator” on a fiber laser is much smaller when compared to a traditional co 2 resonator. Web flat sheet laser systems. Web laser sheet and tube cutting on a single machine, with the performance of two dedicated systems. Metal laser cutting goes as far back as the 1960s with early machines needing lots of power to operate. Braun fabrication solutions can help you identify the best laser type and specific machine for your application. Steel, titanium, aluminum, brass, and copper, with extreme precision and speed. Laser cutting is commonly used for: Web most metal fabricators have a strong understanding of what fiber laser cutting technology has done for flat sheet processing, but just what has the fiber laser done for tube cutting? There are a variety of methods that fabricators take to cut metal, but with flat sheet lasering, we can cut components rapidly and precisely. Web laser cutting is a manufacturing process where a laser beam pierces raw sheet stock to produce flat geometries. Laser cutting with fiber and co 2. A range of metals are available, which work well for components such as washers, mounts, brackets, and housings. History of sheet metal laser cutting. Today, laser cutters are now capable of cutting a variety of metals, including: Efficiencies of scale up to 50.