What Is Laser Tube Cutting?

Laser tube cutting is one of the most popular processes used in manufacturing amongst industries like automotive, aerospace and construction, whether for structural support or larger assemblies. Find out what exactly goes into creating a tube laser-cutting product.It’s important to know what you’re looking at before investing. The tube laser cutting process cuts tubes, structural shapes, or channels. In addition, some machines can drill, etch and mark materials.

Product features of 6kw low carbon steel laser cutting machine for metal cutting:

How Does Tube Laser Cutting Work?

As mentioned above, laser beams pierce through walls of metal tubes or pipes. The laser beam is focused on the surface of the tube, creating a narrow and intense beam of light that melts and vaporizes the metal.

The laser cutting machine utilizes a powerful laser beam that focuses on the materials and vaporizes the metal at contact, producing an excellent clean cut.

Laser tube cutting is a precision machining process that utilizes a high-powered laser to cut through various types of metal tubes or pipes with accuracy and efficiency. Here’s an overview of how it works.

Prep

A tube or pipe is mounted to a machine to help hold things in place during the cut. Most of the time, the laser cutting machine is programmed with a specific cutting pattern and dimensions.

Focus

The laser beam focuses on the surface using a lens that helps determine the thickness and width of the laser cut.

Cut

The beam is activated along the tube to create the cut. The laser cuts through the tube wall, leaving a smooth and precise edge.

Finish

After the cut, sharp edges or burrs are removed through post-processing techniques such as deburring or sanding.

Why Use Tube Laser?

Tube laser cutting offers several advantages over traditional methods. It is more precise, faster, and can easily cut complex shapes and patterns. It also produces less waste material and is more environmentally friendly.

Automated laser tube cutting machines can run high-volume parts with automatic loading and part unloading while also being able to cost-effectivenessly cut a low-volume component because of the fast setup and changeover times.

The most significant value of laser tube cutting becomes apparent when considering the laser’s capabilities during a product’s design stage. Speed, quality, flexibility, and repeatability are benefits that can be used to the designer’s advantage.