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Fiber lasers have a wavelength of 1.06 microns, which is 10 percent smaller than that of a CO2 laser beam. With its much smaller wavelength, the fiber laser produces a beam that is much more easily absorbed by the reflective material; a CO2 laser is much more likely to reflect off the surface of these materials. Because of this, fiber laser cutting machines can cut brass, copper, and other reflective materials. It should be noted that a CO2 laser beam that reflects off the material can not only damage the machine�s cutting lens, but also the entire beam path. Using a fiber-optic cable for the beam path removes this risk.

Let's examine the benefits of using an automated tube storage system and section bar storage system in conjunction with a Lasertube-cutting system.

It is unnecessary to coordinate multiple orders and vendors. Gulf States Saw & Machinery Co., Inc. will handle everything, from material procurement through past delivery.

You don't need to spend a lot of money or be very technical in order to have your own laser tube cutting. Anybody can cut like no one has ever seen, from students to engineers.

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Let's see below the advantages of using an Automatic Tube and Section Bar Storage System with a Lasertube Cutting System.

Some things are obvious. A fiber laser has a smaller laser "generator" than a CO2-resonator. Actually, the fiber laser is made by banks of diodes which are combined in a small module. These modules can have a power range from 600 to 1,500 W. To create the final powered resonance, multiple modules are spliced together. This is usually the same size as a small filing cupboard. The fiber-optic cables channel the light and amplify it. Fiber-optic cables transmit the same light as when they were generated, with no loss of power and quality. The fiber-optic cable is then adjusted and focused to cut the appropriate material.

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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.

See how NIT uses a Coherent laser cutting machine for vertical manufacturing of nitinol and other metal components with exceptional precision and edge quality.

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Lasertubes are our 2D- and 3D laser cutting machines for tubes and bars. Available in sizes from 12 mm - 610 mm (.5" - 24") and lengths up to 18m (60")

A laser cutting machine that cuts sheet metal can change out a sheet in seconds. The same can be done on a laser tube cutting machine, but it�s a whole different story as to how it�s done.

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This is your easiest route to tube laser cutting. Tubes as large as O 4,72" (120mm).2D cutter laser

The very nature of a tube prevents the need for a machine with a very high-powered laser. Whereas flat sheet laser cutting machines now are available with laser generators as powerful as 12 kW, tube laser cutting machines usually only require a maximum of 5 kW of power. With a tube, you always have to think about the opposite side of the tube you are cutting. A more powerful laser simply would blow through the other side of the tube during cutting. (Of course, if you are processing a beam or a channel on the tube laser you don�t have to worry about another side.)

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How do you compensate for that? Traditionally, you are going to come down and touch the face with a sensor that marks the contact point. The tube is then rotated, and the opposite side of the tube is touched. That gives the control an idea of just how bowed the tube is. This method is accurate and can ensure those through-holes work out for the application. But keep in mind that each time a rotation of the tube occurs, the ability to deliver very high tolerances is reduced.

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