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.
Wednesday, October 13, 2010
Laser systems that make a mark above the rest
Laser technology has grown leaps and bounds to incorporate a variety of unique details into the latest laser systems. The first step that was taken many years back has now evolved to accommodate better means and newer styles that have made laser application a step ahead of other marking methods. With improved precision, better cutting quality, and improved accuracy, laser systems are definitely a choice above the rest. With ever-increasing demands of these applications across all industries, laser cutting, marking, and engraving systems are required world over, and have further transformed into desktop managed systems, which are notably ahead of all technological advancements.
In reference to this growth the VersaLaser original series is one that offers highly acknowledged, technologically groundbreaking, and compact CO2 laser systems that can undertake a variety of tasks such as cutting, marking, and engraving, all with a perfectionist approach. The list of features that VersaLaser has introduced takes the best-selling desktop cutting and engraving systems of the industry to an absolutely new level of recognition and success.
For more information about one touch laser photo and touch laser photo please visit http://www.versalaser.com/
In reference to this growth the VersaLaser original series is one that offers highly acknowledged, technologically groundbreaking, and compact CO2 laser systems that can undertake a variety of tasks such as cutting, marking, and engraving, all with a perfectionist approach. The list of features that VersaLaser has introduced takes the best-selling desktop cutting and engraving systems of the industry to an absolutely new level of recognition and success.
For more information about one touch laser photo and touch laser photo please visit http://www.versalaser.com/
the latest in block printer driver series
VersaLaser proudly boasts the latest in block printer driver series devices coming from next generation lasers that regulate a variety of functions, such as power, speed, pulses per inch, and other operational parameters, setting VersaLASER apart from others. The custom VersaLASER cabinet assemblies are placed in a re-locatable position for maximum portability. Features like a job time estimator, a heat- and scratch-resistant laminated safety glass outlet, a work table entry door with gas lift struts, along with a highly improved graphical user interface (and much more) are unique attributes that set these machines apart from the competition.
The best part is that you get all these superior features at unbeatable prices all across the industry. Most parts are maintenance-free (like the motors) while the others can be repaired at absolutely negligible costs. Along with that, the system has HPDFO (that is High Power Density Focusing Optics), which can intensify the power density of the beam generated, so that a variety of substrates can be marked with ease and perfection. With the lowest ownership costs, and, arguably, the best products, VersaLaser assures customer satisfaction with a highly dependable and supportive team service that you can rely upon.
The best part is that you get all these superior features at unbeatable prices all across the industry. Most parts are maintenance-free (like the motors) while the others can be repaired at absolutely negligible costs. Along with that, the system has HPDFO (that is High Power Density Focusing Optics), which can intensify the power density of the beam generated, so that a variety of substrates can be marked with ease and perfection. With the lowest ownership costs, and, arguably, the best products, VersaLaser assures customer satisfaction with a highly dependable and supportive team service that you can rely upon.
the industrial application a way above the rest
Laser has made a special niche for itself in the world of industrial systems, accompanied by cutting-edge technology, clarity, and synthesis of techniques that stand way above the rest when compared to manual (or even mechanical) ways of cutting, engraving and marking. Industrial laser systems have advanced speed, precision, and versatility, which cannot be matched by any other machinery.
Laser cutting is highly acknowledged because of the greatly reduced contamination of the piece of work, and they also feature a much easier work managing capacity. The laser beam not only provides improved levels of precision, but also does not suffer from premature wear 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, which is a hundredth of a millimeter. Mechanical techniques leave a rougher finish at the edge in comparison to laser techniques, and because of this, they require additional processing to get that standard finish that is so effortlessly achieved through the use of laser technology.
Laser acts as a medium for cutting of high quality products and gives the products an enhanced look in a lot less time. Nowadays, many objects and items are made with the help of this technology. Also, many hard materials are easily cut by the use of laser. Some of the best benefits of this technology are that it has high tolerance, repeatability, and consistency, along with high cutting speed. The qualities of cutting are vastly superior, and totally do away with dye use.
Laser cutting is highly acknowledged because of the greatly reduced contamination of the piece of work, and they also feature a much easier work managing capacity. The laser beam not only provides improved levels of precision, but also does not suffer from premature wear 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, which is a hundredth of a millimeter. Mechanical techniques leave a rougher finish at the edge in comparison to laser techniques, and because of this, they require additional processing to get that standard finish that is so effortlessly achieved through the use of laser technology.
Laser acts as a medium for cutting of high quality products and gives the products an enhanced look in a lot less time. Nowadays, many objects and items are made with the help of this technology. Also, many hard materials are easily cut by the use of laser. Some of the best benefits of this technology are that it has high tolerance, repeatability, and consistency, along with high cutting speed. The qualities of cutting are vastly superior, and totally do away with dye use.
the laser cutting services
If laser cutting services are used during large quantities of manufacturing, it can be an extremely cost-effective process. Laser engraving, or laser marking, is also an important industrial process that involves extraction of tiny spots of the substance on which the procedure is being performed, so that it is delicately engraved (or “marked”) in the process. This technique is usually very complex, and for this reason it uses computer systems that make monitoring and controlling the entire movement a lot easier. Despite complex technicalities involved, this process renders very clear and clean engravings that are superior to other mechanical methods of engraving.
These procedures readily prove that laser systems have taken a great leap to accommodate all that was required out of industrial applications like cutting, marking, and engraving. With the more user-friendly and versatile systems, industrial work was never this easy before.
These procedures readily prove that laser systems have taken a great leap to accommodate all that was required out of industrial applications like cutting, marking, and engraving. With the more user-friendly and versatile systems, industrial work was never this easy before.
The Laser applications
Apart from cutting, the laser is particularly preferred for marking a wide variety of substrates with permanent aesthetic markings. Ranging from kitchen patterns to stained-glass windows, laser leaves its mark everywhere. The preference of laser marking over other methods is due to a variety of reasons, which include faster repeatability and finer precision. Similar to marking, laser engraving is also used by a range of industries, and can be performed on a wide variety of substrates like acrylic, glass, crystal, marble, granite, stone, metal, plastic, wood, and even rubber stamping material.
mechanical engravers leave a rougher edge finish, but laser solutions, by contrast, can cut to the width of the laser beam (measured in hundredths of a millimeter), that is finer. Arrays of tiny dots are finely engraved on the material in this process. This technique is usually very exact, and for this reason, it uses computer systems that make monitoring and controlling the entire movements a lot easier.
mechanical engravers leave a rougher edge finish, but laser solutions, by contrast, can cut to the width of the laser beam (measured in hundredths of a millimeter), that is finer. Arrays of tiny dots are finely engraved on the material in this process. This technique is usually very exact, and for this reason, it uses computer systems that make monitoring and controlling the entire movements a lot easier.
The applications of electromagnetic radiation
The applications of electromagnetic radiation were discovered many years ago, but from then until now, this technology has constantly evolved to provide tailor-made laser systems that can be widely used in a variety of different applications. Centralizing the usage of laser technology to the sector of industrial requirements such as cutting, engraving and marking, this technology is achieving the best possible standards to provide a “perfectionist” approach towards achieving the finest precision, highest accuracy, and improved laser cutting quality. In comparison to all other available mediums, laser is one such means through which all materials can be subjected to rapid processing and consistent, cutting-edge quality. A high output beam laser is focused on the material and is controlled through the computer.
The fine, narrow beam of the laser leaves a good, high quality finish on the surface. A variety of metals such as carbon steel, aluminum, stainless steel, copper, and other alloys can be effectively marked with the help of laser systems. With high-volume cutting rates, the potential of laser systems will score well above mechanical systems (or techniques) in terms of the advantages like exactness, quality of the cutting results, immensely improved productivity, better efficiency, and the economy of the techniques is particularly applied to material fabrication industries. Laser systems immensely reduce contamination involved in other mechanical cutting techniques, which leave behind a rougher finish and also consume more energy in comparison to laser systems.
The fine, narrow beam of the laser leaves a good, high quality finish on the surface. A variety of metals such as carbon steel, aluminum, stainless steel, copper, and other alloys can be effectively marked with the help of laser systems. With high-volume cutting rates, the potential of laser systems will score well above mechanical systems (or techniques) in terms of the advantages like exactness, quality of the cutting results, immensely improved productivity, better efficiency, and the economy of the techniques is particularly applied to material fabrication industries. Laser systems immensely reduce contamination involved in other mechanical cutting techniques, which leave behind a rougher finish and also consume more energy in comparison to laser systems.
Friday, September 3, 2010
modern CO2 laser technology to laser mark
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.
Laser systems are currently being used in a variety of venues, unlike several decades ago when they were only at the beginning of this great journey that has led to the laser systems un-estimable popularity. Apart from uses in scientific, medical, and military applications, laser technology is also used in multiple commercial applications like cutting, engraving, etching, and marking. The application of laser technology in the materials cutting business is an integration that is superior to mechanical cutting solutions, due to various reasons that include a laser precise cutting capabilities, low materials loss due to its narrow-width beam, and complete flexibility in programming.
The laser advantage in cutting is attributed to a directed, high-output, adjustable-lightwave beam that is controlled via computer; the material that is to be cut is subjected to this variable-intensity, precision aligned beam that leaves a good, high-quality finish on the surface. A variety of materials, such as leather, acrylic, fabric, wood, or rubber can be effectively cut with the help of laser systems. This technology is widely used in industries of high-speed fabrication because of the three-fold cutting speed and capacity of laser systems that score well above mechanical cutting systems. Standard techniques, in terms of advantages like precision, quality of the cutting results, improved productivity, higher efficiency, and the related economics, simply do not match the perfection of laser cutting systems.
For more information about Laser Cutting and touch laser photo please visit http://www.versalaser.com/
Laser systems are currently being used in a variety of venues, unlike several decades ago when they were only at the beginning of this great journey that has led to the laser systems un-estimable popularity. Apart from uses in scientific, medical, and military applications, laser technology is also used in multiple commercial applications like cutting, engraving, etching, and marking. The application of laser technology in the materials cutting business is an integration that is superior to mechanical cutting solutions, due to various reasons that include a laser precise cutting capabilities, low materials loss due to its narrow-width beam, and complete flexibility in programming.
The laser advantage in cutting is attributed to a directed, high-output, adjustable-lightwave beam that is controlled via computer; the material that is to be cut is subjected to this variable-intensity, precision aligned beam that leaves a good, high-quality finish on the surface. A variety of materials, such as leather, acrylic, fabric, wood, or rubber can be effectively cut with the help of laser systems. This technology is widely used in industries of high-speed fabrication because of the three-fold cutting speed and capacity of laser systems that score well above mechanical cutting systems. Standard techniques, in terms of advantages like precision, quality of the cutting results, improved productivity, higher efficiency, and the related economics, simply do not match the perfection of laser cutting systems.
For more information about Laser Cutting and touch laser photo please visit http://www.versalaser.com/
Mechanical techniques
Properly developed Laser cutting procedures involve greatly reduced contamination of the piece of work and also includes improved work holding capacity, which is dependent upon the configuration of the laser cutting machine. The laser beam of this cutter not only provides improved levels of precision, but also does not suffer from reduced output during the process. Apart from this, certain materials are very difficult to work with, and for this reason laser technology is a superior option when compared to other traditional means since it can cut to the width of the laser beam (that is a hundredth part of a tiny millimeter).
Mechanical techniques leave a significantly rougher finish at the edges in comparison to laser techniques, and because of this, they require an additional layer of processing to get that “standard finish” that is so effortlessly achieved through the usage of laser machines. Apart from its ability to efficiently cut materials, the laser is also used in other industry applications, like engraving and marking.
Laser engraving involves using a versatile laser system to remove tiny dots of the material so that it is finely engraved (or marked) in the process. This technique is usually very complex, and for this reason it uses precision-designed computer systems to make monitoring and controlling the laser’s movement a lot easier. Despite the technicalities, this process renders very clear and detailed engravings.
This attribute is widely used in one-touch laser photo imaging that uses the laser to engrave photographs or pictures on a variety of substrates without any third party editing, saving a significant amount of time and effort in the process. It is easy to see that laser systems are making leaps and bounds in terms of their recognition and utility among various manufacturing, processing, and machining industries.
Mechanical techniques leave a significantly rougher finish at the edges in comparison to laser techniques, and because of this, they require an additional layer of processing to get that “standard finish” that is so effortlessly achieved through the usage of laser machines. Apart from its ability to efficiently cut materials, the laser is also used in other industry applications, like engraving and marking.
Laser engraving involves using a versatile laser system to remove tiny dots of the material so that it is finely engraved (or marked) in the process. This technique is usually very complex, and for this reason it uses precision-designed computer systems to make monitoring and controlling the laser’s movement a lot easier. Despite the technicalities, this process renders very clear and detailed engravings.
This attribute is widely used in one-touch laser photo imaging that uses the laser to engrave photographs or pictures on a variety of substrates without any third party editing, saving a significant amount of time and effort in the process. It is easy to see that laser systems are making leaps and bounds in terms of their recognition and utility among various manufacturing, processing, and machining industries.
Saturday, August 21, 2010
CO2 Laser Systems: CO2 Laser Systems that are both work and cost efficient
Laser technology is fast-evolving, even after being used in manufacturing environments for many years, and laser systems are continuously improving to accommodate newer and better means to make a business more profitable, efficient, and consistent. This evolution has placed CO2 laser technology as a step above other means and ways of processing materials. Laser systems offer greater levels of cutting precision, better etching quality, and superior engraving capabilities that render higher accuracy and offer more advanced options in comparison to other mechanical mediums, such as routers, saws, or waterjets.
With the improved features of systems designed around a varied range of industries that deal with applications like laser cutting, etching, and engraving, the technology in the manufacturing realm has taken a new turn into further advancement. In the area of laser engraving and cutting systems, the VersaLASER series of CO2 laser machines offer the most recognized, technologically-groundbreaking, and compact laser systems ever introduced in the industry. The VersaLASER can perform tasks like laser cutting, marking, etching, and engraving, and can be set up quickly and easily by an operator with even the most basic of machine operating skills.
If you want more information about Laser Cutting | Laser Marking and Laser Engraving please visit http://www.versalaser.com/
With the improved features of systems designed around a varied range of industries that deal with applications like laser cutting, etching, and engraving, the technology in the manufacturing realm has taken a new turn into further advancement. In the area of laser engraving and cutting systems, the VersaLASER series of CO2 laser machines offer the most recognized, technologically-groundbreaking, and compact laser systems ever introduced in the industry. The VersaLASER can perform tasks like laser cutting, marking, etching, and engraving, and can be set up quickly and easily by an operator with even the most basic of machine operating skills.
If you want more information about Laser Cutting | Laser Marking and Laser Engraving please visit http://www.versalaser.com/
High Power Density Focusing Optics
VersaLASER has taken desktop laser systems to a new level by encompassing several unique features of their Industrial Laser Systems, and built them into the compact-size VersaLASER chassis. To make processing jobs easier, the VersaLASER series has a carefully-designed Windows operating system print driver that regulates everything ranging from the speed, power, pulses per inch, and other operational settings within the laser itself.
Apart from those features, the VersaLASER series also has a job time estimator, gas lift struts supporting the work table entry door, a contoured safety glass that is laminated with a heat and scratch resistant covering, and a highly developed graphical user interface that, all together, deliver a well-designed package for customized setups. Parts, like the motors, are absolutely maintenance-free, while other machine parts, like the belts and bearings, can be easily replaced with very little effort from a handy operator using common mechanical tools and equipment.
One advanced feature, HPDFO (High Power Density Focusing Optics), is used for intensifying the power density of the beam to mark substrates like stainless steel, iron, chrome, and even titanium, without the requirement of a specific compound that is normally used when making on metal. The CO2 laser by VersaLASER provides impressive beam quality, a long service life, and it also boasts the lowest recharge costs found in the industry.
Apart from those features, the VersaLASER series also has a job time estimator, gas lift struts supporting the work table entry door, a contoured safety glass that is laminated with a heat and scratch resistant covering, and a highly developed graphical user interface that, all together, deliver a well-designed package for customized setups. Parts, like the motors, are absolutely maintenance-free, while other machine parts, like the belts and bearings, can be easily replaced with very little effort from a handy operator using common mechanical tools and equipment.
One advanced feature, HPDFO (High Power Density Focusing Optics), is used for intensifying the power density of the beam to mark substrates like stainless steel, iron, chrome, and even titanium, without the requirement of a specific compound that is normally used when making on metal. The CO2 laser by VersaLASER provides impressive beam quality, a long service life, and it also boasts the lowest recharge costs found in the industry.
Laser manufacturing technology
Laser manufacturing technology, which includes laser cutting, marking, engraving, etching, and graphic solutions, has enhanced the aesthetic and monetary value of products and materials by completely transforming their looks, and making them more eye catching, alluring, and vibrant. The market penetrations of laser-crafted products have also tremendously increased with the expert laser marking solutions that allow for consistent, reproducible results when manufacturing in quantities of 10 to 10,000. One unique feature of laser-marking technology is that when marking a product, it renders it free from any form of tampering, corrosion, or deforming, therefore it furnishes effective measures to prevent any type of forgery or counterfeiting, and immensely helps in product identification and tracking.
The laser marking or cutting you find produced by professional engravers is carried out by experts in etching, engraving, and marking who have years of experience in this field, and use advanced marking technologies to provide you high quality engraved products which will be visible and easily recognizable, even from a distance. These professionals offer superior results when marking and engraving on various wood species, many types of plastics, and even metals, too.
The laser marking or cutting you find produced by professional engravers is carried out by experts in etching, engraving, and marking who have years of experience in this field, and use advanced marking technologies to provide you high quality engraved products which will be visible and easily recognizable, even from a distance. These professionals offer superior results when marking and engraving on various wood species, many types of plastics, and even metals, too.
Modern CO2 laser technology to laser mark
Whether its plastic, metal, wood, glass, stone, ceramic, rubber, textiles, paper, or any other natural materials, all that you will require is a well-designed, economical, and durable CO2 laser machine with precision-controlled mechanical armatures and motion control to ensure high quality marking, etching, cutting, and engraving. When you need precise and perfectly reproducible laser cutting and engraving results, VersaLASER’s laser machines are the first products that should come to mind. These machines have become widely popular to engrave initials, names, or even photos in gift items, specialty packaging, and promotional items. CO2 lasers from VersaLASER are largely and widely used for marking, engraving, and cutting wood, plastic, and other organic materials.
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. For more information about one touch laser photo and touch laser photo please visit http://www.versalaser.com/
Imaging Resource PMA 2009 - Universal Laser Systems
The VersaLASER CO2-based laser machine is compact enough to easily fit on your desktop, but is extremely powerful, and can even substitute a workshop filled with equipment. These machines quickly, precisely, and finely laser-etch or cut text, drawings, intricate diagrams, and even photographic images onto almost anything and everything – just use your imagination! If you are curious about laser engraving, the VersaLASER’s CO2 laser beam vaporizes material to a user-controlled depth, creating a flat surface with a high-quality finish. If you interest centers around laser cutting, the powerful laser beam cuts entirely through material along its precision-controlled path, creating polished, high-quality edges.
What’s more, you can also benefit from the laser marking feature, in which the laser beam modifies the material surface, creating permanent marks without removing material or impacting surface integrity. The maintenance of these laser machines is quite easy, as there is no blade, bits, or worn tools involved. So, you can conveniently engrave your name on your keychain, personalize your MP3 player by etching a design, or cut any specialty materials with minimum effort and maximum creative control!
Thursday, July 29, 2010
The advent of laser cutting technology
The advent of laser cutting technology has revolutionized the industrial and business world by leaps and bounds, brought new and welcome changes to manufacturing methods, and ushered in a new era of high-speed customization of materials. This revolution has raised both the standards of production quality and the exposure of affordable quality machines in the industrial, manufacturing, and electronics world. From the latest automobile parts manufacturing to custom-engraved personal media players, lasers have made a positive impact to the bottom line of many businesses.
One significant development is a laser system produced by Universal Laser Systems, who has introduced a laser cutting device that is far better at achieving a perfect cut than any mechanical cutting methods. This technological advancement has made things easier for professionals and hobbyists who prefer laser cutting over mechanical techniques, as it has better finish quality and more precise tolerances in its final output.
For more information about one touch laser photo and touch laser photo please visit http://www.versalaser.com/
One significant development is a laser system produced by Universal Laser Systems, who has introduced a laser cutting device that is far better at achieving a perfect cut than any mechanical cutting methods. This technological advancement has made things easier for professionals and hobbyists who prefer laser cutting over mechanical techniques, as it has better finish quality and more precise tolerances in its final output.
For more information about one touch laser photo and touch laser photo please visit http://www.versalaser.com/
This efficient and effective software
Another development that originated from laser technology includes VersaLASER’s 1-Touch Laser Photo™ software, which allows consumers to engrave their photos effectively without the need to use any third-party software for editing the photograph. This efficient and effective software saves a lot of time and hard work while preparing your photographic source and their unique system helps you engrave your or your client’s photos on a wide variety of materials using your existing computers.
The materials on which VersaLASER’s 1-Touch Laser Photo software can work include leather, anodized aluminum, coated metal, plastic, acrylic, marble, tile, and many other surfaces. Depending on the photo and material used, the photo engraving process can also be enhanced or customized (in terms of size and appearance), using the rotation, cropping, and mirror tools – right in the software’s straightforward interface.
If u want more information about Laser Marking and Laser Cutting then visit http://www.versalaser.com/
The materials on which VersaLASER’s 1-Touch Laser Photo software can work include leather, anodized aluminum, coated metal, plastic, acrylic, marble, tile, and many other surfaces. Depending on the photo and material used, the photo engraving process can also be enhanced or customized (in terms of size and appearance), using the rotation, cropping, and mirror tools – right in the software’s straightforward interface.
If u want more information about Laser Marking and Laser Cutting then visit http://www.versalaser.com/
the 1-Touch software tool
One technique that can be very helpful in the use of the 1 Touch Laser Photo software is an instance where, for example, you would like to remove the background in a picture. You can easily perform this action with the help of the 1-Touch software tool, simply reclaiming the background field to a single color for easy interpretation. Or perhaps you would like a reverse image of the photograph you’re using – you can accomplish this easily by using the technique of mirroring, built right into the software. These photo and image modification techniques have many interesting features, which can give you various options and can be used in close combination with other graphic software programs to enhance the overall effect of the photograph, thus producing an exceptional image on the material of your choice!
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.
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.
The introduction of Universal Laser Systems
The introduction of Universal Laser Systems’ VersaLASER laser solution assists you in solving your manufacturing, cutting, engraving, and etching challenges by simplifying the software necessary to perfectly transfer an image onto plastic, metal, wood, or fabric. Using the examples of industrial laser applications available through Universal Laser Systems, the VersaLASER product line is committed to being the easiest-to-use system available today. From powerful, thoughtful, and intuitive image-processing products to the finest in laser engraving, cutting, etching, and marking machines, your needs are easily met with the VersaLASER line of desktop laser systems.
For more information about one touch laser photo and touch laser photo please visit http://www.versalaser.com/
For more information about one touch laser photo and touch laser photo please visit http://www.versalaser.com/
quality laser systems
It has been twenty years now since laser was first used to make signage and similar products. In this huge time frame, laser systems have evolved to become a technology that is a level above the rest. With the promise of greater precision and improved cutting quality, laser systems are highly accurate and a better option in comparison to other mechanical systems.
Now since there is a continuous increase in demand of this application around different industries dealing with laser cutting and engraving system therefore the world’s most popular desktop laser cutting and engraving system has taken a leap ahead in technological advances. The original VersaLASER was the most successful and technologically-innovative compact CO2 laser engraving, cutting and marking system ever brought to market.
For more information about one touch laser photo and touch laser photo please visit http://www.versalaser.com/
Now since there is a continuous increase in demand of this application around different industries dealing with laser cutting and engraving system therefore the world’s most popular desktop laser cutting and engraving system has taken a leap ahead in technological advances. The original VersaLASER was the most successful and technologically-innovative compact CO2 laser engraving, cutting and marking system ever brought to market.
For more information about one touch laser photo and touch laser photo please visit http://www.versalaser.com/
Thursday, July 15, 2010
the technology offered of around one dollar per day
The new VersaLASER adds several efficient and interesting new features that take the industry’s best-selling desktop cutting and engraving system to the next level. VersaLASER now boasts a next-generation materials-based print driver that mechanically regulates power, speed, pulses per inch and other operational settings as well.
There is also a re-locatable source for custom assembles like a job time estimator; a heat- and scratch-resistant laminated safety glass outlet; a work table entry door with gas lift struts; an improved graphical user interface and much more. At a cost that stands unbeatable like the technology offered of around one dollar per day, VersaLASER extends the lowest cost of ownership in the industry.
There is also a re-locatable source for custom assembles like a job time estimator; a heat- and scratch-resistant laminated safety glass outlet; a work table entry door with gas lift struts; an improved graphical user interface and much more. At a cost that stands unbeatable like the technology offered of around one dollar per day, VersaLASER extends the lowest cost of ownership in the industry.
Motors are maintenance-free
Motors are maintenance-free and belts and bearings can be replaced easily and with little expenditure in the field with bare simple hand tools. Patented High Power Density Focusing Optics (HPDFO) intensifies the power density of the laser to allow for direct marking on substrates like iron, stainless steel, chrome and titanium without the necessity for metal marking compounds. Thus the manufactured CO2 lasers undoubtedly provide superior beam quality, dependable retentive service term and to add upon all the service benefits the lowest recharge costs in the industry.
For more information about touch laser photo please visit http://www.versalaser.com/
For more information about touch laser photo please visit http://www.versalaser.com/
the laser technology was not available to people
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.
For more information about one touch laser photo and touch laser photo please visit www.versalaser.com
the CO2 laser systems
The mechanical cutting required large amount of time and the percentage of contamination of work piece were quite high. But with the laser cutting technology at your disposal you complete the task in fairly less time. Precision is also a crucial factor which can be achieved with the CO2 laser systems.
The other beneficial developments of the laser technology are the 1- Touch Laser Photo. It permits the users to effectively engrave photos to various assortments of materials without any assistance of third-party photo editing software. This highly saves time as well as effort while laser engraving photos. You can conveniently and efficaciously engrave photos from your computer to a variety of materials.
Touch Laser Photo functions
1-Touch Laser Photo functions with eight different materials which include marble, tile, micro surfaced plastic, anodized aluminum, acrylic, coated metal, and leather. The various other characteristics of 1-Touch Laser Photo are sizing, rotating, cropping, and mirroring tools to customize the photo engraving process according to the parameters and requirements of the photo and the material.
For instance, if you desire that the photo is focused on the face and wants to crop out the background and other unnecessary parts you can easily do it with the help of the crop tool. In another case if you desire to engrave an image on the reverse side of a piece of acrylic you can get the work done effectively with the assistance of the mirror tool. So, this 1-Touch Laser Photo is diverse and immensely helps the users to easily save the processed image and also run it with the help of various other graphic software programs.
You can discover the companies dealing with these laser products with the help of the online mode. Just brows through the internet and get yourself acquainted with this technology and move towards the road of success!
For instance, if you desire that the photo is focused on the face and wants to crop out the background and other unnecessary parts you can easily do it with the help of the crop tool. In another case if you desire to engrave an image on the reverse side of a piece of acrylic you can get the work done effectively with the assistance of the mirror tool. So, this 1-Touch Laser Photo is diverse and immensely helps the users to easily save the processed image and also run it with the help of various other graphic software programs.
You can discover the companies dealing with these laser products with the help of the online mode. Just brows through the internet and get yourself acquainted with this technology and move towards the road of success!
Wednesday, June 30, 2010
the room heaters
The new world and its development in the arena of science has brought in new and better opportunities for man and his coming generations where technology will certainly play a very significant role in determining a bright and prosperous future. The circumstances today are such that humans are completely depended on machines and gadgets to adhere to even basic living conditions. Imagine even a single day without these machines who are more or less part and parcel of your routines like the geysers in your bathroom, the ceiling fans, the Air conditioners, the room heaters etc.
It’s practically impossible to run away from such problems without perfect solutions to them. Besides this information technology and computers also play a very important role in our lives. Information technology involves more than just computer literacy; it also takes into consideration how computers work and how these computers can further be used not just for information processing but also for communications and problem solving tasks as well. Thus this arena has progressed by leaps and bounds. for more information about one touch laser photo and touch laser photo please visit http://www.versalaser.com/
It’s practically impossible to run away from such problems without perfect solutions to them. Besides this information technology and computers also play a very important role in our lives. Information technology involves more than just computer literacy; it also takes into consideration how computers work and how these computers can further be used not just for information processing but also for communications and problem solving tasks as well. Thus this arena has progressed by leaps and bounds. for more information about one touch laser photo and touch laser photo please visit http://www.versalaser.com/
the industrial laser system
Laser systems with high-powered fiber lasers, portable hand held laser marking systems are just a few examples of Laser Photonics' advanced, innovative, latest generation laser systems, processes and technologies which have carved its own niche in the market. For industrial manufacturing applications the technique of Laser Cutting is especially used because of its high quality surface finish. This technique is preferred because in comparison to mechanical cutting it offers easier work holding and reduced contamination of work piece which is where its advantage lies.
VersaLaser is a compact, industrial laser system that delivers state-of-the-art CO2 metal marking at a fraction of the cost of an Nd:YAG marking device. Laser marking is a non-contact process that eliminates the problems experienced by having to clamp or lock materials into other types of machines.
Powerful and versatile laser engraving and cutting solutions…the VersaLaser offers a broad range of entry-level laser solutions that can process multiple materials and diverse applications with speed, accuracy and fine feature detail. From Desktop to Platform, the VersaLaser Series is designed to meet the demands of custom, one-off items to identical mass-produced parts. Delivering laser power up to 60 watts with a work area ranging from 610 x 305 mm up to 813 x 457 mm, the New VersaLaser offers users the ability to cut, mark or engrave plastic, metal, wood, glass, stone, ceramic, rubber, acrylic, textiles and many other materials quickly and easily.
VersaLaser is a compact, industrial laser system that delivers state-of-the-art CO2 metal marking at a fraction of the cost of an Nd:YAG marking device. Laser marking is a non-contact process that eliminates the problems experienced by having to clamp or lock materials into other types of machines.
Powerful and versatile laser engraving and cutting solutions…the VersaLaser offers a broad range of entry-level laser solutions that can process multiple materials and diverse applications with speed, accuracy and fine feature detail. From Desktop to Platform, the VersaLaser Series is designed to meet the demands of custom, one-off items to identical mass-produced parts. Delivering laser power up to 60 watts with a work area ranging from 610 x 305 mm up to 813 x 457 mm, the New VersaLaser offers users the ability to cut, mark or engrave plastic, metal, wood, glass, stone, ceramic, rubber, acrylic, textiles and many other materials quickly and easily.
laser technology material
A common technique for economic settings short series and definitive engraving on various objects or plates, made in metal or plastic according to your needs is possible by mechanical engravers who dig into the material with a mill directed by graphic conception software and offer quality results. Thus the new explored world of strong electromagnetic waves or laser offers many unexplored realms to all you tech savvy people.
Our world today has changed a great deal where now things those were once done manually or by hand have now become computerized operating systems, which simply require a single click of a mouse to get a task completed in fraction of seconds. The PCs in our homes, cell phones, fax machines, pagers, email and internet have all not only become an integral part of our very culture but also play an essential role in our day to day activities.
Our world today has changed a great deal where now things those were once done manually or by hand have now become computerized operating systems, which simply require a single click of a mouse to get a task completed in fraction of seconds. The PCs in our homes, cell phones, fax machines, pagers, email and internet have all not only become an integral part of our very culture but also play an essential role in our day to day activities.
Tuesday, June 15, 2010
the laser engraving machines
A laser has long been the preferred tool even for making precise, permanent, aesthetic markings on objects. From the patterns on your kitchenware to the patterns on your stained-glass windows, laser leaves its mark everywhere. The reason why people choose laser marking over methods is because of the speed repeatability and precision.
Laser Engraving and marking is used as a modern industrial technique in place of the traditional practice of incising a design on to a hard, flat surface, by cutting grooves or burning a design into the surface.
Laser engraving has been around for a few years. However, the quality of the laser engraving machines today makes it much simpler to learn and run than in the past. Also very little equipment is needed. Laser engraving has become extremely popular on materials such as wood, metal, acrylic, leather, glass and other synthetic materials. Now almost all material can be laser marked no matter if it is for personal or business purposes. A laser beam which is controlled by a computer marks the surface or material where the engraving needs to be done. Laser engraving can be performed on a variety of substrates and with a better precision in comparison to mechanical engravers which leave a rougher edge finish.
For more information about one touch laser photo and touch laser photo please visit http://www.versalaser.com/
Laser Engraving and marking is used as a modern industrial technique in place of the traditional practice of incising a design on to a hard, flat surface, by cutting grooves or burning a design into the surface.
Laser engraving has been around for a few years. However, the quality of the laser engraving machines today makes it much simpler to learn and run than in the past. Also very little equipment is needed. Laser engraving has become extremely popular on materials such as wood, metal, acrylic, leather, glass and other synthetic materials. Now almost all material can be laser marked no matter if it is for personal or business purposes. A laser beam which is controlled by a computer marks the surface or material where the engraving needs to be done. Laser engraving can be performed on a variety of substrates and with a better precision in comparison to mechanical engravers which leave a rougher edge finish.
For more information about one touch laser photo and touch laser photo please visit http://www.versalaser.com/
Online Laser Engraving & Marking
Laser engraving is the practice of using lasers to engrave or mark an object. The method can be very technical and omplex, and often a computer system is used to drive the movements of the laser head. As the laser moves it removes tiny dots of material. Despite the complexity involved in this technique, very precise and clean engravings can be achieved at a high rate. The technique does not involve tool bits which contact the engraving surface and wear out. This is considered an advantage over alternative engraving technologies where bit heads have to be replaced regularly.
VersaLASER - Laser Engraving, Marking, Cutting, 1 Touch Laser Photo.
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.
VersaLASER - Laser Engraving, Marking, Cutting, 1 Touch Laser Photo.
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.
Lasers mark a wide range of materials
Laser machines render users free from the worry of inaccuracy and labor. Advantages of using laser marking and engraving machines include cost cutting, workload decrease, accuracy, safety, and time management. Laser marking is widely employed on large scale for part identification and traceability.
Lasers mark a wide range of materials that include metals, nonmetals, ceramics, plastics, organics, and semiconductors, to name a few. Laser marking is fast and flexible process that can mark alphanumeric, graphics, logos, barcodes and even bitmaps. Anneal marking, engraving, soft marking are some techniques used to achieve desired marking results.
Lasers mark a wide range of materials that include metals, nonmetals, ceramics, plastics, organics, and semiconductors, to name a few. Laser marking is fast and flexible process that can mark alphanumeric, graphics, logos, barcodes and even bitmaps. Anneal marking, engraving, soft marking are some techniques used to achieve desired marking results.
Unlike mechanical engravers
A like marking, laser engraving can also be performed on a wide variety of substrates starting from acrylic, glass, crystal, marble, granite, stone, metal, plastic, wood and even stamping material. Laser engraving is required in many different applications including jewelry and industrial purposes.
Laser engraving is highly accurate as it is computer controlled. A mechanical cutter can only cut detail as fine as the diameter of the smallest available tool. A laser engraver by contrast can cut to the width of the laser beam, measured in hundredths of a millimeter. Laser engraving can be performed on a variety of substrates and with a better precision in comparison to mechanical engravers which leave a rougher edge finish.
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.
Laser engraving is highly accurate as it is computer controlled. A mechanical cutter can only cut detail as fine as the diameter of the smallest available tool. A laser engraver by contrast can cut to the width of the laser beam, measured in hundredths of a millimeter. Laser engraving can be performed on a variety of substrates and with a better precision in comparison to mechanical engravers which leave a rougher edge finish.
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.
Tuesday, June 1, 2010
the laser etching
Laser machines have made it very easy for people to work without worrying about labor or inaccuracy. There are many benefits of the laser machine systems which include cost cutting, workload decrease, accuracy, safety, and time management. The technological advancement in the field has made it easy for people to work in a better and healthier environment without worrying about the hazards or inaccuracy of the work.
The biggest aspect of having a laser machine is not just its accuracy but also the workload handling becomes easier and you can work with more precision and lesser time. In comparison to mechanical engraving and cutting, laser cutting and engraving has evolved to become a technology that is a level above the rest. laser cutting works by directing the output of a high power laser, by computer, at the material to be cut leaving an edge with a high quality surface finish.
The biggest aspect of having a laser machine is not just its accuracy but also the workload handling becomes easier and you can work with more precision and lesser time. In comparison to mechanical engraving and cutting, laser cutting and engraving has evolved to become a technology that is a level above the rest. laser cutting works by directing the output of a high power laser, by computer, at the material to be cut leaving an edge with a high quality surface finish.
synthetic materials
Laser engraving has been around for a few years. However, the quality of the laser engraving machines today makes it much simpler to learn and run than in the past. Also very little equipment is needed. Laser engraving has become extremely popular on materials such as wood, metal, acrylic, leather, glass and other synthetic materials. Now almost all material can be laser marked no matter if it is for personal or business purposes.
A laser beam which is controlled by a computer marks the surface or material where the engraving needs to be done. Laser engraving can be performed on a variety of substrates and with a better precision in comparison to mechanical engravers which leave a rougher edge finish.
A laser beam which is controlled by a computer marks the surface or material where the engraving needs to be done. Laser engraving can be performed on a variety of substrates and with a better precision in comparison to mechanical engravers which leave a rougher edge finish.
Laser marking and laser etching
A laser has long been the preferred tool even for making precise, permanent, aesthetic markings on objects. From the patterns on your kitchenware to the patterns on your stained-glass windows, laser leaves its mark everywhere. The reason why people choose laser marking over methods is because of the speed repeatability and precision. Laser marking and laser etching are becoming more and more important in a growing number of industries because of the accuracy and durability of the mark.
The mark is extremely durable, permanent and in most cases cannot be removed without destroying the product itself. The laser mark can quickly and easily be changed without any machine change over, and, without replacing any tools. The laser marking process is accurate, 100% repeatable, fast, with very clear sharp results.
The mark is extremely durable, permanent and in most cases cannot be removed without destroying the product itself. The laser mark can quickly and easily be changed without any machine change over, and, without replacing any tools. The laser marking process is accurate, 100% repeatable, fast, with very clear sharp results.
Subscribe to:
Posts (Atom)