Laser has been some of the most versatile tools that have now been incorporated into industrial applications and are being used for functions like cutting, marking and engraving. The leap that is marked over a period of 20 years justifies the fact that laser today has grown out of every possible mechanical method and provides accuracy that is a mark above the rest in terms of speed, precision, efficiency, productivity and output. The application of laser technology in the cutting business is something that scores well above mechanical cutting solutions because of various reasons that improvise fineness and perfection into the task when done through laser systems instead.
By directing a high output beam laser that is controlled through the computer, the material that is to be cut is subjected to this beam that leaves a good high quality finish on the surface. A huge variety of metals and other substances can be marked, cut and engraved with the help of laser. These include carbon steel, aluminum, stainless steel and copper alloys etc.
The laser cutting technology involves highly reduced levels of contamination and a lot better holding capacity of work. The laser beam not only provides improved levels of precision but also does not wear off during the process. Apart from this certain materials are very difficult to work on and for this reason laser technology scores above other traditional means since it can cut to the width of the laser beam, that is a hundredth part of a tiny millimeter. Mechanical systems leave behind a rougher finish and are also energy consuming in comparison while laser provides easy cutting and engraving options.
For more information about one touch laser photo and touch laser photo please visit http://www.versalaser.com/
Wednesday, December 1, 2010
Laser Industrial applications
Laser engraving is also a highly competitive, industry centric technique that involves the removal of dot wise particles from the substance for some of the finest engraving methods. This entire procedure is highly intricate and involves computerized systems handling the job. However monitoring and controlling the procedure with computer systems makes the entire process a lot more accurate and easier to handle.
Even though laser engraving has a lot of technicalities involved, yet it secures to give by a finish that is clear and precise. Mechanical engraving therefore lacks behind in this reason and is also limited to only a few substrates unlike laser which can engrave a variety of materials or substrates like acrylic, glass, crystal, marble, granite, stone, metal, plastic, wood and even stamping material. It can also be used for marking alphanumeric, graphics, logos, barcodes and even bitmaps. Anneal marking, engraving, soft marking are some techniques involved to produce exact results.
For more information about one touch laser photo and touch laser photo please visit http://www.versalaser.com/
Even though laser engraving has a lot of technicalities involved, yet it secures to give by a finish that is clear and precise. Mechanical engraving therefore lacks behind in this reason and is also limited to only a few substrates unlike laser which can engrave a variety of materials or substrates like acrylic, glass, crystal, marble, granite, stone, metal, plastic, wood and even stamping material. It can also be used for marking alphanumeric, graphics, logos, barcodes and even bitmaps. Anneal marking, engraving, soft marking are some techniques involved to produce exact results.
For more information about one touch laser photo and touch laser photo please visit http://www.versalaser.com/
Laser applications
Laser applications are taking up manifold steps into progression for the best of industrial requirements that are needed for the ultimate precision that can ever be experienced in this form of technology. The benefits that laser applications provide include reduced contamination of work piece and also larger work holding capacity ensuring profit.
Laser engraving is the process that will use the computer-assisted, high-energy output lasers in vaporizing the small layer of the outside of the object.
The laser beam will leave the engraved pattern after numerous passes of a beam. While the laser cutting systems include a high power beam of laser controlled by computer directed at the material to be cut leaving an edge with a high quality surface finish. Any material can be cut using these laser systems ranging from carbon steel, aluminum, stainless steel and copper alloys. Laser cutting is employed for heavier work in industries all across the world while laser marking and engraving is a lot more common thing which can be experienced even in daily life like the engraving done on key rings, jewelry pieces and other entities to add to that personal feel. Laser engraving is also a highly competitive, industry centric technique that involves the removal of dot wise particles from the substance for some of the finest engraving methods.
For more information about one touch laser photo and touch laser photo please visit http://www.versalaser.com/
Laser engraving is the process that will use the computer-assisted, high-energy output lasers in vaporizing the small layer of the outside of the object.
The laser beam will leave the engraved pattern after numerous passes of a beam. While the laser cutting systems include a high power beam of laser controlled by computer directed at the material to be cut leaving an edge with a high quality surface finish. Any material can be cut using these laser systems ranging from carbon steel, aluminum, stainless steel and copper alloys. Laser cutting is employed for heavier work in industries all across the world while laser marking and engraving is a lot more common thing which can be experienced even in daily life like the engraving done on key rings, jewelry pieces and other entities to add to that personal feel. Laser engraving is also a highly competitive, industry centric technique that involves the removal of dot wise particles from the substance for some of the finest engraving methods.
For more information about one touch laser photo and touch laser photo please visit http://www.versalaser.com/
Laser the growing industrial technology
This entire procedure is highly intricate and involves computerized systems handling the job. However monitoring and controlling the procedure with computer systems makes the entire process a lot more accurate and easier to handle. Despite technicalities this process renders very clear and clean engravings. This attribute is widely used in one touch laser photo that use the laser to engrave pictures on a variety of substrates without any third party editing, saving a lot of time and effort in the process. Therefore it can be concluded that laser systems are taking leaps and bounds in terms of its recognition and utility among various industries.
Watermarks, logos, barcodes etc are all security information, and producing perfect replicas is of the utmost importance here. Laser replication is as error-free as it gets, with error levels too low for even the most sophisticated machines to detect. Laser works fast and hence a design can be reproduced in a matter of seconds. A laser beam is no more than a few microns thick this is why laser is used on things like glassware, medical implements, barcodes, backlit keyboards etc.
Unlike mechanical engravers, VersaLASER uses non-contact, modern CO2 laser technology to laser mark, cut and engrave a broad range of materials, like plastic, metal, glass, wood, ceramic, fabric, paper and more. VersaLASER functions like a printer and runs from Windows-based graphics programs.
Watermarks, logos, barcodes etc are all security information, and producing perfect replicas is of the utmost importance here. Laser replication is as error-free as it gets, with error levels too low for even the most sophisticated machines to detect. Laser works fast and hence a design can be reproduced in a matter of seconds. A laser beam is no more than a few microns thick this is why laser is used on things like glassware, medical implements, barcodes, backlit keyboards etc.
Unlike mechanical engravers, VersaLASER uses non-contact, modern CO2 laser technology to laser mark, cut and engrave a broad range of materials, like plastic, metal, glass, wood, ceramic, fabric, paper and more. VersaLASER functions like a printer and runs from Windows-based graphics programs.
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