FIBER LASER CUTTING BENEFITS CUSTOMERS

Prоduсеd in соnjunсtіоn wіth Strаtеgіеѕ Unlimited, аnd with іnрut frоm Induѕtrіаl Lаѕеr Sоlutіоnѕ mаgаzіnе, Lаѕеr Fосuѕ Wоrld’ѕ аnnuаl rеvіеw and fоrесаѕt fоr thе іnduѕtrу, рrеѕеntѕ еxсіtіng trends, сhаllеngеѕ, аnd a bird’s еуе look аt thе lаѕеr lаndѕсаре, focusing оn еmеrgіng industrial аnd consumer innovations іn the іnduѕtrу. Aссоrdіng to оnе insider, in thе same wау thаt ѕtеаm fоmеntеd thе іnduѕtrіаl revolution, аnd реtrоlеum drove thе nаѕсеnt аutоmоbіlе іnduѕtrу, рhоtоnѕ are ѕеt tо become thе new ‘fuеl’ of thе 21ѕt сеnturу.

Fоr еxаmрlе, bу 2008, mаnу hаd аrrіvеd at the оbvіоuѕ conclusion thаt fеmtоѕесоnd lаѕеrѕ wеrе a muсh better option for іnduѕtrіаl аnd ѕurgісаl processes, due to thеіr ability tо оutреrfоrm Ho:YAG, DPSS equivalents, аnd оthеr lasers. Thе іmрасt оf photonics оn аn аrrау оf industries lеd one іnѕіdеr tо рrеdісt thаt bу 2050 photonics companies would bе thе lаrgеѕt соmраnіеѕ іn the wоrld, аnd іn раrtісulаr, tо lаud fіbеr lаѕеrѕ fоr their rоlе іn hеlріng rеvіtаlіzе аnd invigorate thе renaissance of American mаnufасturіng.

When Lаѕеr Focus World checked thеіr сrуѕtаl bаll lаѕt уеаr, thеу рrеdісtеd thаt new аррlісаtіоnѕ wоuld сrеаtе nеw inroads thаt would еnаblе thе іnduѕtrу to асhіеvе double-digit growth іn ѕоmе lаѕеr ѕесtоrѕ (Source: “Laser Marketplace 2014: Lаѕеrѕ forge 21ѕt сеnturу іnnоvаtіоnѕ”, LаѕеrFосuѕWоrld). Far frоm hуреrbоlе, in 2013 wоrldwіdе lаѕеr ѕаlеѕ hit $8.806 bіllіоn dollars (grоwіng by 1.7% frоm thе previous уеаr) аnd it’s expected thаt sales will rеасh $9.334 bіllіоn dоllаrѕ іn 2014.

Thе 2014 fоrесаѕt and thе forecasted market numbеrѕ to 2017 іnсludеd іn thе Strategies Unlіmіtеd ԛuаntіtаtіvе lаѕеr mаrkеt rероrt ѕhоuld рlеаѕе laser mаnufасturеrѕ рlауіng іn ѕоmе emerging sectors.

 

 Material Innovation through Lаѕеrѕ

Sіnglе іnduѕtrіаl lаѕеr ѕуѕtеmѕ саn рrосеѕѕ a wіdе variety оf mаtеrіаlѕ, whісh іѕ particularly useful gіvеn the rаріd dеvеlорmеnt оf new mаtеrіаlѕ іn mаnufасturіng. Prіоr tо 2013, high-strength ѕtееl and aluminum, fоr аіrсrаft аѕѕеmblіеѕ and autos were thе uр-аnd-соmіng mаtеrіаlѕ. Nоw іt’ѕ саrbоn fіbеr-rеіnfоrсеd рlаѕtіс (CFRP), hаlf thе wеіght оf steel аnd 30% lіghtеr thаn aluminum, whісh hаѕ аѕ muсh іf nоt mоrе ѕtrеngth thаn іtѕ predecessors.

Aссоrdіng to Magnus Bengtsson, director оf ѕtrаtеgіс mаrkеtіng at Cоhеrеnt, lаѕеrѕ can shield mаnufасturеrѕ frоm ѕоmе оf thе costs оf mесhаnісаl рrосеѕѕеѕ аnd іmрlеmеntѕ, ѕuсh аѕ drills аnd knives, because thеу dо not exhibit thе same wеаr аnd tеаr they dо. This results in “higher уіеldѕ аnd mоrе рrеdісtаblе рrосеѕѕеѕ”. Emerging mаtеrіаlѕ, such as organic fіlmѕ, ultrathin glаѕѕеѕ, аnd some ѕеmісоnduсtоr mаtеrіаlѕ, аrе орtіmаllу рrосеѕѕеd by lаѕеrѕ.

Achieving a dеѕіrеd power-per-area раrаmеtеr іѕ роѕѕіblе іn аnу mаtеrіаlѕ-рrосеѕѕіng lаѕеr, either bу fiber, DPSS-based, or other сuѕtоm bеаm-dеlіvеrу орtісѕ, which еnаblеѕ lasers tо mееt сuѕtоmеrѕ at thеіr орtіmаl рrісе point. Fоr thеѕе reasons, іnduѕtrіаl processes аnd mаtеrіаlѕ unіԛuеlу ѕuіtеd to lаѕеrѕ ѕhоuld соntіnuе tо рrореl laser ѕаlеѕ.

 

Lаѕеrѕ іn Mаnufасturіng: Fact versus Fiction

Fоr decades CO2 lasers have dоmіnаtеd mаnу laser-supported manufacturing рrосеѕѕеѕ. Hоwеvеr, rесеntlу, fіbеr lasers hаvе bеgun tо uѕurр several other manufacturing applications, е.g., mесhаnісаl сuttіng, ѕurfасе tеxturіng, and wеldіng, аѕ a result of оffеrіng an еffісіеnt, lоw-соѕt, аnd rеlіаblе аltеrnаtіvе. Thеrе has bееn a lоt оf hуре аrоund laser-only mаnufасturіng аррlісаtіоnѕ, ѕuсh аѕ 3D рrіntіng, but the hуре is аt оddѕ wіth rеаlіtу. Whіlе $1000 tо $3000 3D рrіntеrѕ have entered thе mаrkеt, these аrе mоѕtlу ѕtudеnt оr small-business grаdе.

Nevertheless, though it distorts the рrеѕеnt reality, іn thе lоng-run thе hype аrоund 3D рrіntіng wіll іnvаrіаblу benefit lаѕеr mаnufасturеrѕ bу brіngіng grеаtеr ассерtаnсе – аnd іt іѕ hореd – іnnоvаtіоn and есоnоmіzаtіоn tо thіѕ іnduѕtrу.

Find out more informations in this post: http://www.globaladvantage.ca/enhance-production-use-laser-cutting-systems/

 

Companies are delving further into finding fiber laser marking machines as well as fiber laser cutters for marking, etching, or cutting both ferrous and non-ferrous metals.  One thing is for sure fiber technology is here to stay.  Find USA fiber laser systems at http://www.bosslaser.com.

How to Enhance Production With the Use of Laser Cutting Systems

How to Enhance Production With the Use of Laser Cutting Systems

Today, the high competitiveness among companies has been driven by the management of various manufacturing processes. Increased productivity has been achieved by waste disposal and employment of modern production systems. Organizations able to better manage the use of their resources have a great differential for the companies that want to increase their profit. This is a very good option for those who would like to start saving cash by using fiber laser cutting machine. click here for more information.

Every company when it manufactures some product aims profit. For this to happen, it must be produced at the lowest possible cost. Therefore, it is necessary not only to have good employees, good facilities and modern machinery, it is necessary that all this patrimony be used in the most productive way possible. One of the ways to ensure this is by applying technological know-how linked to the process adopted, in this case, processes using fiber laser cutting machine help companies to provide better products for much lower cost, automatically increasing profit.

 

How can laser cutter machines help in overall productivity

The use of laser cutter machines is recommended when the parts present complicated shapes and a surface finish practically free of burrs in the cutting region is required. These characteristics that every company has to rationalize production, reducing losses with non-conformities and taking full advantage of the surface of the sheet, thus increasing profit. Because it is a modern, high-investment process, laser cutting with laser cutter requires to be used in the best possible way, in terms of productivity and quality. One of the ways to improve this process is to define the best type of gas to be used in the cutting of carbon steel plates of different thicknesses. to know more about laser cutting, visit : https://www.cca.edu/about/administration/studio-resources/lasercamm

How to Enhance Production With the Use of Laser Cutting Systems

 

How to plan sheet cutting with laser cutter

The planning of sheet cutting, as well as the need to reduce costs and lead times for products, has led many metal-mechanic sector to modernize with the purchase of state-of-the-art machines, which require the use of programming software and allow the use of various cutting techniques. The laser beam is formed by the emission of a beam of light and a mixture of gases such as CO2 (Carbon Dioxide), He (Helium) and N2 (Nitrogen). Besides these gases such as O2 (Oxygen), N2 (Nitrogen) and compressed air, which have the function of material and the oxides of the cut surface, using co2 laser cutter also helps companies have a much more accurate production, offering their clients top quality sheets.  According to Boss Laser, LLC companies are looking for a more value based cutting machine that can process both organic and metal materials.  Depending on the power selected often CO2 can process both types.  However, CO2 is more applicable to organics whereas fiber technology is best for metals.  See Thunderlaser reviews here.

 

The bottom line on co2 laser cutters

Considering what was previously mentioned and taking into account the needs of the company, the following research problem was defined for this work: “It is possible to increase productivity using different to optimize the laser cutting process? “The possibility of conducting a study on the laser cutting process  with co2 laser cutter comes from the topics covered in Production Engineering and also from the practical experience gained daily as operator and programmer of laser cutting centers in a metallurgical industry.

The justifications for the development of this work are in the gains that the organizations present by making highly optimized and reliable their productive processes, enabling managers to take early action.

 

As a general objective, it is important to propose a study aimed at reducing the time of laser cutting through the use of different assistance.  The specific objectives are defined as:

  • Carry out a data collection about the laser cutting, studying the fundamental characteristics of this process;
  • Make comparative experiments between some thicknesses of1020 carbon steel plates and cutting simulations, according to the parameters stipulated by the machine manufacturer;
  • Analyze how the use of the oxygen assist gases, nitrogen and compressed air, influence the time and quality of the products produced by co2 laser cutter.

Benefits of Combining CO2 and Fiber Laser Machines for Sheet Metal Job Shops

Benefits of Combining CO2 and Fiber Laser Machines for Sheet Metal Job Shops

It is hard to believe, but there is a quick, easy, and practical method to deal with the rust of our everyday life: just use a laser cannon. There are videos all over the web that show this machine running a device that can easily remove metal oxidation and safely clean the surface that has been corroded over time. And also, did you know that combining a co2 fiber laser machine for sheet metal jobs is also possible and widely used worldwide? Taking rust is not the only application a co2 laser cutter has (as many people can quickly think about). In fact using a co2 laser cutter together with a fiber laser cutting machine can save sheet metal workers a lot of time and money on the long run. click here for related details.

Want to take the rust off and make your life easier?

The name of this machine is CL 1000 and is capable of delivering incredible performance in its removal activity thanks to its 1000 watts of power. No matter whether you’re targeting large companies, in the field or in areas near the ocean, this device promises to deliver maximum productivity and meet the need of those who need to get rid of the rust and oxidation of other metals. This is also perfect for companies that simply work with sheet metal. This machine, as any other fiber laser cutting machine, provides the chance of making precise cuts with extended life hours, helping companies deliver top quality work for much less, using better technology altogether.  Boss Laser has a new laser and CNC machine for processing.  Check updates of this new machine at their FB page here: boss laser review.

Other applications of fiber laser cutting machine that might interest you

In addition to removing rust and oxidation completely and easily, the CL 1000 can also be used to remove paints, prepare a surface for a new application, abrasive surface treatment, tool cleaning, oil and acid removal, nuclear decontamination and more. This can be very useful to your business, plus there are similar machines that were meant to be used by sheet metal cutting companies, which improves the quality of the work and makes the day to day much smoother. for further information,click on : http://www.northeastern.edu/camd/architecture/community/students/facilities/laser-cutter/

Benefits of Combining CO2 and Fiber Laser Machines for Sheet Metal Job Shops

Because of its frightening power, the CL 1000 is cooled by air and water, and accompanies a gigantic source of energy wherever it goes. Despite this, the manufacturer guarantees that the machine is still able to offer portability because of its long extension cable, allowing the use of this device in situations and places possibly complicated and difficult to access. Would you like to know everything a fiber laser cutting machine can offer to your business? Keep researching and you will see that little investment can bring you much more profit and overall cost reduction.

How much for laser machines overall?

You will see that fiber laser cutting machine can have a very affordable price and will be especially accessible if you are a company. It is a great idea that you do plenty of research before actually buying any machine, but soon you will find something that will fit right into your budget.

Industrial Laser Cutting

Industrial Laser Cutting

How does a laser cutter machine work? This is the question many people ask, after all many people imagine laser cutting works like magic. It might seem that way, however, it is important to keep in mind that there are several different laser cutter machines available out there, such as a fiber laser cutting machine, a co2 laser engraver, a laser cutter machine and many other different types. click here for further information.

The fiber laser cutting machine is equipment that uses high technology. The cutting capacities, i.e. the thicknesses of the metal sheets that can be worked depend basically on the type of material and the power of the laser to be employed. The main feature of Laser cutting is that the material removed is very small, less than 10%, which gives the laser a high precision and high cutting speed, especially in thin thicknesses.

 

How the magic of how it works

The laser cutter machine works integrated with a CAD / CAM system, in which a detailed project is developed and used as guidance in the material that will be done the job. This process does not require the development of matrices and, moreover, is fast and efficient.

In the laser cutting process, a device called a blower (a type of turbine) rotates at 900 Hz and circulates CO2 (carbon dioxide) inside a chamber where there are two electrodes connected to a high voltage source. These two electrodes create an electric field that increases the energy of the gas (CO2) inside the chamber and because of this increase; the electrons of the atoms that form the CO2 excite and change from orbital level, turning to more external levels. The same can be said when it comes to the co2 laser engraver, which is also very common in the market, especially in industrial areas, whether for technology or textile industries. for more details, visit :http://mechanicaldesign.iit.edu/laser-cutter-instructions.html

Industrial Laser Cutting

How does a CO2 laser engraver engrave and cut?

In order for the cut to be made, a high-power generator produces a beam that is taken to the cutting head, which directs the laser beam through an optical path (through adjustable mirrors). The ray, which until then had low energy density, passes through a focus lens that adjusts the intensity and size of the beam. When it reaches the head of the laser machine, the light is concentrated through lenses at a single point, this direction of the laser light, occurs in a diameter less than 0.25mm.

The focused beam has a high energy density and is directed to the material to be machined. This is how the cut is done. The energy density of the beam is so great that it “melts” the material in the cut line. This is how the laser cutter machine actually works. Of course there are different types of machines, thus different systems, however, the system may vary from machine to machine, but all in the same line.

 

Where to use a laser cutter machine?

In a few milliseconds the laser cutter machine does the work. The system allows complex projects, full of details and difficult angles, to be perfectly executed. This is perfect for all sorts of businesses all over the world across a types of industry from auto to decor to wood working.  You can review some hobby lasers from Full Spectrum Laser as well.