How Can Tube Laser Change the Future of Laser Processing?

Metals and Mining Review | Friday, January 17, 2020

The tube lasers have now started to come online on a regular basis and are deemed to drive the future of laser processing.

Fremont, CA: Tube lasers are enormous, complicated, and very expensive. Therefore, they have not hit the manufacturing market with the same force as a traditional flat sheet laser. Tube lasers are basically set up to laser cut light structural shapes such as a round tube, square tube, angle, channel, and many more, which has led to advancement in high power laser cutting year-after-year. With the trend of high power lasers going higher, these machines increase performance and thought-put while offering thicker cutting ranges, accelerated cutting speed, and supreme parts edge quality.

Tube lasers come in different sizes, but the machines, are predominantly meant to handle typical 20-24’ lengths of these before the mentioned shapes and sizes. Additionally, most of the machines are created with auto-loaders or semi-auto-loaders, which enable the machine to transport bundles of material via the laser cutting process quickly. A traditional tube laser cuts the tube from 1” OD up to 8”, whereas larger tube lasers are able to cut materials up to 14” OD.

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The intricacy of the machine is difficult to describe in writing, but these big machines can grab a piece of tube, move the tube left to right, spin it rotationally, and also cut the tube at multiple angles. Furthermore, rigorous programming is involved while cutting in round shape compared to shapes like square, verse angle, verses channel shapes.

It is undeniable that most would consider these tube lasers as 5-Axis laser cutting machines. On observing them work, it will come to notice that there is a bunch going on simultaneously.

Any potential customer using traditional methods of saw cutting, drilling, coping, milling, or iron-working, should give a thought about what a tube laser can do to help them gain efficiency. If an individual requires anything other than just a straight saw cut, they should use a tube laser, which can do miter-cuts, slots, holes, taps, or even high precision straight cuts, which mean the tube laser, can easily outpace the traditional methods.

Being the best cutting technology in the market for the tube, angle, channel, and other structural elements, tube laser technology will transform the industry the same way the flat laser did.

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