Laser beam can be used to cut a wide variety of materials. With a laser cutting machine, newspaper and plastic can be easily cut much specifically. Even plywood up to 1″ thick can be cut by this machine. You can use it to cut metal bedding as well. Typically electric power of the laser is modulated to choose various levels cutting.

Small mirrors are being used to guide light from the laser to a particular location on the fabric. The base of the cutting area is made from a honeycomb material to let the laser light pass through. This should be replaced routinely. 

Laser cutting machines are distinct from traditional physical cutters. Considering that the laser never makes physical contact with material and there is less opportunity for the material to become infected. Laser cutting machines also cut material with higher precision than that of mechanical means. Besides their advantages over conventional physical cutting, laser cutting is a quiet process. Protection is also important and, as a result, most laser machines are completely enclosed to prevent injuries.

The most frequent type of laserlight cutter available in industry today is the CARBON laser. It provides advantages over other types of lasers for cutting in cost, efficiency and power available and have become the industry standard.

Laser trimming with a CO2 lasers finish is fantastic in evaluation to processes such as oxy or plasma. Accurate use of efficient valve, feed speeds, pulse adjustments and gas pressures will produce good square slashes with a smooth surface finish. For most applications only minimal post finishing is required. However, CO2 lazer cutting cannot replicate a machined finish. Parts regularly have a heat afflicted zone, but this is small in comparison to the more traditional operations. Heat distortion is very minimal which is one of the important thing features of the process.

CO2 laser system can be used almost anywhere the more typical processes such as oxy and plasma cutting are used. However a CARBON laser cutter has the advantage in having the capacity to minimize a wider variety of materials such as materials and wood. CO2 lasers can be mounted on various different motion systems from small desktop models for small work, to huge gantry systems for cutting large plates, to robot arms for 3D IMAGES cutting.
Just some of the wide variety of applications for CO2 laser beam cutting are profiling of steel shapes, cutting or drilling of holes in steel parts, cutting of thin sheet metals, trimming of plastic signs and masks, cutting of single profiles in wood and slicing of fabrics and plastic material films.