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Tubes are essential building blocks, whether it's the production of equipment for gyms or small, multifunctional exercise machines that can be used in domestic spaces. Tube processing technologies such as laser cutting and bending are widely used in this industry.

Micrometric Ltd uses the Coherent StarCut Tub laser cutting machine to provide speed and precision in medical and aerospace production.

A CO2 laser is more efficient than a fiber one because it requires less power to create. This means that large chillers for CO2 lasers will require more overall power. With a wall plug efficiency greater than 40%, the fiber laser resonance uses less power and takes up less space.

Tube Laser Cutting Systems Working Principle Pdf

ExactCut 430 is a precision laser cutting system for automated processing of thin and thick metals and alloys, brittle materials like sapphire, PCD, and ceramics.

Even for XXL tubes, this machine is designed for maximum productivity. This machine is robust and solid-state laser capable of processing tubes and profiles of a wide variety of materials and wall thicknesses.

Tube Laser Cutting Systems Working Principle Pdf
How do you cut thin steel tubes

How do you cut thin steel tubes

Some machinery manufacturers use cameras to check tubes. This is done in an effort to close the time gap. Cameras reduce the time required to check quality and reduce the number rotations. This ensures that the machine can retain its productivity and accuracy.

StarCut Tube SL - A complete turnkey machine with an fs–laser, the StarCut Tube SL laser cutter is ideal for complex metal shapes like thrombectomy stent retrievers.

Tube Laser Cutting Systems Used For Sale

With a laser tube-cutting machine, there are no standard towers. Bundle loads are the most efficient method for handling tubes. These loaders feed one tube per bundle into the tube cutter via a singularizing mechanism. This feeding method is not compatible with open profiles such as angles or channels. Because they interlock within a bundle, and don't allow for easy release, this type of feeding doesn't work. Step loaders are employed for open profiles. These machines sequence one section at a time and maintain the correct orientation.

There is a cutting technology that suits every need. Users have two options: CO2 laser cuttingsystems or fiber laser cutting systems, depending on the material to be cut and the level of productivity desired.

Tube Laser Technology
Tube Laser Technology

This is a third of the full 20-foot (240") length of a tube. It makes it easy to make three stock pieces. You can still buy full length tubes without having to waste any material

The solution with the widest working range in tube laser cutting.Tubes up to Ø 9.45" (240 mm)3D cutting modeCO2 or fiber laser

Tube Lasers Cutting Systems Zurich

When fabricators think about fiber laser cutting technology, they might think of high-speed cutting first. That might be true, but when it comes to tube cutting, speed is relative. It’s more about the time it takes to process a tube to meet specifications than actual cutting speed on the tube.

Reduce secondary operations: A tube-laser can cut a piece to size and add holes and other cutouts in one step. It eliminates the need to perform secondary actions or manually remove material. It is possible to keep tight tolerances even on complex fabrications. Parts can be made from one continuous piece. They are easy to put together and fit perfectly. We can also tube laser carbon, stainless steel, and aluminum.

Frequently Asked Questions

Laser tube cutting is a method and technique for cutting tubes, structural shapes, or channels. These items will be cut to the required length during the process. It can also make holes or designs in tubing. It is a precise cutting method.

What is the operation of a CO2 Laser? Modern CO2 machines typically generate the laser beam in a sealed glass tube filled with gas, typically carbon dioxide. A high voltage flows through the tube, interacting with the gas particles and increasing their energy, resulting in the production of light.