Tube Lasers Cutting Systems Llc
PowerLineC CO2 laser-based systems that can precision drill, cut, scribing mark, and emboss many non-metals like glass and organic material.
The CO2 solution for large diameter tubes and profiles.Tubes up to Ø 14" / 24" (355 mm / 610 mm)3D cutting modeCO2 laser
Medical device manufacturing is possible with precision and maximum uptime using Coherent Laser Systems for cutting, welding drilling, texturizing and marking.
The TruLaser Tube 5000 fiber achieves record speeds. It takes full advantage of the strengths of solid-state lasers. For the user, this means short processing times and a wide range of possible parts.
Most metal fabricators are familiar with the capabilities of fiber laser technology to cut flat sheets. But what can it do for tube-cutting? A lot, actually.
Micrometric Ltd uses the Coherent StarCut Tub laser cutting machine to provide speed and precision in medical and aerospace production.
Fitness equipment must be built with the highest standards of design, durability, usability, efficiency, and compactness.
Cameras are being used by machinery manufacturers to inspect tubes. The quality check takes only about half an second, and the rotations required are reduced. This allows the machine's productivity to be maintained as well as its accuracy.
Large diameter tubes and profiles can be cut with CO2. Tubes up O 14"/24" (355mm /610mm)3D Cutting modeCO2 laser
There is no perfect tube. They also have bows. The tube's interior can also be exposed by welding seams. It can be challenging to process this material quickly and consistently when inconsistencies exist between products.
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Some things aren’t quite as evident until you take a closer look at a fiber laser in operation. Because its beam diameter is often one-third the size of a CO2 beam, a fiber laser has a greater power density than a CO2 laser beam. Not only does this allow the fiber to cut faster, but it also allows it to pierce faster. This smaller beam size also gives the fiber the ability to cut intricate shapes and leave sharp edges. Imagine cutting a company logo out of a tube when the spacing between the logo’s letters is 0.035 inch; a fiber can make that cut, while a CO2 laser can’t.
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.
Large diameter profiles and tubes can be made with the fiber solution. Tubes up O 14 inches (355 mm).3D cutting modeFiber Laser