A laser tube cutter is a cutting tool that uses the principle of focused beams of light to cut through various materials using compressed gas mixtures. There is also a wide array of laser tube cutting tools in the market today, which are roughly categorized into two groups based on the axial feed method of their tube. The first one is called the unipolar, and the other is known as the bipolar. When these two types of machines are combined in a single machine, they form a single device that can cut through any material including plastic and metal.
The most commonly used type of laser tube cutting machine and a laser cutting machine Canada is the bipolar, which utilizes two independent channels. One channel is installed in the stationary side of the machine and the other in the process moving mode. The working principle is the same, although the motion is not continuous. The moving process is usually controlled by the computer or by another device via a control interface.
A bipolar uses two cylindrical tubes, one in the stationary mode and another in the process moving mode. Each of these tubes is placed inside an aluminum tube that is fastened to the work surface. It is vital for these tubes to be fastened as they will produce sparks if they are moved in a wrong manner. This may lead to a catastrophic accident at your workplace. To avoid accidents such occurrences should be prevented to the best of your ability. To prevent sparks, you may use compressed air, hydraulic pressure, or high-pressure steam.
Although there are a number of uses for laser tube cutters, the most popular use is for cutting down delicate but hard-to-reach areas like dental crowns. These machines are often used for this procedure because it offers a higher level of precision than other common methods. The precision achieved with these machines makes them ideal for use on dental crowns. However, the machines are also used for other precision work.
CNC mills are used for CNC laser tube cutting, to manufacture precision metal tubes. The laser tube cutter cuts the tubing by compressing and redirecting the gas. A laser is then used to heat up the compressed gas to produce the pulsations needed to cut the tubing. CNC metal tubes are also commonly used for precision testing purposes. These machines are capable of producing precision cuts that are up to 0.3mm in diameter.