Laser Cutting is a technology typically used in many industries all over the world for various applications. This technology uses the laser, a device that emits electromagnetic radiation to cut, modify the materials and it is once of the finest technology that helps industries to yield more accurate products. It is the one and only technology that helps to cut materials like metals, plastics, papers, wood, clothes etc.
Laser cutting is mainly used in Industries but now-a-days it is widely used in many places like schools, small businesses, medium scale industries, hobbyists and more.
This technology works mainly with the help of computer; the computer directs the output of high power laser at the material to cut. With its increased flexibility, high level of accuracy and its high power makes the material to either melt, burn, vaporizes away leaving an edge with a luxury surface finish.
There are two types of lasers normally used for cutting one is the Carbon-dioxide CO2 laser and another one is Neodymium (Nd) and Neodymium yttrium-aluminum-garnet (Nd: YAG) both come under Nd but with different specifications. The Carbon-dioxide CO2 laser is suited to boring, cutting and engravingwhile the Neodymium (Nd) laser is used for high power boring, engraving where CO2 laser is not able to do. But both lasers work well in welding.
The commercial uses of laser cutting differ from fields to fields but to be frank it occupies most of the places and it is widely used. Laser cutting are quick, accurate and silent and its sever materials at speed between 400 to 500 inches per minute. They simply reduce costs and it helps fasten manufacturing up to the core. Below the areas which is widely used:
In Textiles
Here laser cutters helps to sheets of fabric for clothing. There are textile laser cutting machines available that suits for clothing, textiles and leather, etc. It is especially designed for the cutting of non-metal materials. Lower-power lasers, fewer than 100 watts, can cut these softer materials.
In Metals
The lasers are helpful to cut sheets of metals with good surface finish. It also helps modify the materials, fixing and other process. Here the energy is used over 1000 watts.
In Plastics, Rubber and Wood
Being softer than metals the rubber and plastic are easier to cut where lasers use lesser energy, but the issues like odors, gas emission exist still today.
Lasers can engrave and cut wood in intricate, decorative shapes and patterns. Depending on the wood type, pieces up to 1 1/2 inch thick may be machined this way.
Laser cutting is mainly used in Industries but now-a-days it is widely used in many places like schools, small businesses, medium scale industries, hobbyists and more.
This technology works mainly with the help of computer; the computer directs the output of high power laser at the material to cut. With its increased flexibility, high level of accuracy and its high power makes the material to either melt, burn, vaporizes away leaving an edge with a luxury surface finish.
There are two types of lasers normally used for cutting one is the Carbon-dioxide CO2 laser and another one is Neodymium (Nd) and Neodymium yttrium-aluminum-garnet (Nd: YAG) both come under Nd but with different specifications. The Carbon-dioxide CO2 laser is suited to boring, cutting and engravingwhile the Neodymium (Nd) laser is used for high power boring, engraving where CO2 laser is not able to do. But both lasers work well in welding.
The commercial uses of laser cutting differ from fields to fields but to be frank it occupies most of the places and it is widely used. Laser cutting are quick, accurate and silent and its sever materials at speed between 400 to 500 inches per minute. They simply reduce costs and it helps fasten manufacturing up to the core. Below the areas which is widely used:
In Textiles
Here laser cutters helps to sheets of fabric for clothing. There are textile laser cutting machines available that suits for clothing, textiles and leather, etc. It is especially designed for the cutting of non-metal materials. Lower-power lasers, fewer than 100 watts, can cut these softer materials.
In Metals
The lasers are helpful to cut sheets of metals with good surface finish. It also helps modify the materials, fixing and other process. Here the energy is used over 1000 watts.
In Plastics, Rubber and Wood
Being softer than metals the rubber and plastic are easier to cut where lasers use lesser energy, but the issues like odors, gas emission exist still today.
Lasers can engrave and cut wood in intricate, decorative shapes and patterns. Depending on the wood type, pieces up to 1 1/2 inch thick may be machined this way.
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