When it comes to metal laser cutting or any other cutting such as glass, wood, and other hard surfaces, then it is hard to imagine a beam of laser light can cut all of these materials.
A traditional beam of light is not able to cut these materials, but a concentrated laser beam can cut these materials in a breeze.
And do you know what laser cutting is? In simple words, it is a process in which a laser beam is used to heat and cut a workpiece. The workpiece is heated to the point where it is precisely severed. Special laser machines are used for this purpose in which high-powered lasers are used.
A computer is attached with the machine that can control and direct the beam onto the material that needs to be cut. And, then the laser beam melts, vaporizes, and in the end, burns the material on to the predetermined cut line. As a result, you will get precise and neatly cut edge materials.
There are various applications of laser cutting. This technique of cutting materials precisely and accurately is used by manufacturers, schools, businesses, and hobbyists. And the most common materials that are best suitable and go well with the laser punching and cutting machines include:
Thin non-metal materials:
All those non-metal materials that are thin can be cut through this machine effectively. These materials can be mylar stencils, plastics, polycarbonate, wood up to 0.04 inches, fabrics, and also all the thin acrylics can be cut through a laser cutting machine. These materials can be cut with a 150-watt average power laser.
Thicker non-metal materials:
The cutting of non-metal but thicker materials requires a laser machine that can have an average power of between 250 to 500 watts. With this power, it can cut one inches thicker plastics and wood material. In short, the machines with lower power lasers need to work harder in order to get the same cut. This will end up reducing the cutting speed of the machine and can result in chemical changes, excessive heat, and damage to the heat affected area.
Metal materials:
When it comes to cutting metal material, the machine of a high power laser is required to use between 150 to 1000 watts of power. However, with some metal laser cutting machines, thin metals can be cut with 150-watt lasers. In general, this technique is used to cut any number of materials and items. For more information visit our Website