A Guide to Buying Your First Laser Cutter

Introduction

If one apparatus’ pined for by Maker spaces more than some other, it must be the laser cutter. These high-exactness machines can create both practical and lovely things. Their flexibility enables anybody with access to one to go into generation with his or her plans rapidly.

Purchasing Your First Laser Cutter

Go to your neighborhood independent specialty reasonable,and I wager you’ll discover laser-cut adornments. Specialty stores are supplied brimming with laser-cut scrapbooking things. Indeed, even huge box stores are not invulnerable to the wonder of laser-cut things, offering laser-cut window shades, occasion decorations, apparatuses, and that’s just the beginning. The intensity of the laser cutter originates from its capacity to slice through a wide scope of materials with high exactness. Drag-blade cutters — like those on specialty cutters and vinyl cutters — can’t infiltrate hard and thick materials, while a laser can cut through them like margarine. What’s more, a CNC switch experiences serious difficulties making ultra-sharp subtleties (think about cutting a letter V: the outside edges can be removed pointedly with covering passes however the inward point must be as pointy as the measurement of your switch bit). A laser’s bar is narrow to the point that it can give you that exact detail.

Building structures with laser-cut parts have turned into an all-around characterized practice. Modules to consequently produce boxes are accessible for the prevalent vector illustrations application Inkscape, making it a snap to make a case for an undertaking. Caught nuts with tab-and-opening development make parts simple to collect and dismantle, in contrast to stuck forms. Work area 3D printing wouldn’t be the place it is today without laser cutters — MakerBot, Printrbot, SeeMeCNC, Ultimaker, and numerous different organizations began delivering 3D printers generally produced using laser-cut parts.

Epilog Laser

Epilog is the best quality level in case you’re searching for a fantastic, easy to understand laser cutter. Two major points of interest: Epilog’s print driver makes the way toward sending your plans to the machine snappy and easy, and unique air-cooled laser tubes made by Epilog decrease the issues and potential risks of their fluid cooled rivals. The accommodation doesn’t come modest,however; the Zing line, they’re most moderate, begins at just shy of $8,000 for a 30-watt, 16″×12″ machine.

Full Spectrum Laser

Full Spectrum Laser began by bringing in Chinese lasers, tuning them up, and rebranding them for American deals. While trying to expand unwavering quality and usability, FSL chose to make their laser cutter framework and discharged the H-Series. To decrease cost, the H-Series skirts a customizable bed — rather, you alter the laser center by moving the last focal point get together. With a stage up in programming from the standard import contributions, the H-Series beginning at $3,499 offers incredible esteem. Read more.

Chinese Imports

Imported laser cutters are so famous; they’re right around a brand themselves. In case you’re on a financial plan or searching for the greatest value for your money, they are an incredible alternative. You may discover machines as shoddy as $400 on eBay, yet hope to pay $1,000 or more for a good cutter, contingent upon mods and programming redesigns you have to make. Be set up to swap out little submersible siphons proposed to go in pails for brilliant chillers, and to redesign your ventilation framework. The packaged programming commonly offers an exceptionally poor client experience. However that is something you can figure out how to function around — particularly with the potential reserve funds.

Conclusion

In case you’re searching for an instrument that can broaden your limits, a laser cutter has a vast expanse of potential outcomes. Purchasing your first laser cutter can be an overwhelming test, particularly in case you’re spending plan disapproved. Give this diagram of three distinct sorts a chance to manage you on your way.

5 Reasons to Revisit the Laser/Punch Combination Machine

Laser/punch combinations have evolved in recent times and this is why it is important for fabricators to have a second look at the technology. Some of this advancement in technology has helped to push the laser/punch back into the spotlight. The most dominant of this laser cutting technology is the emergence of the solid state laser as a lot of the combination machines designed today is with this technology at the forefront. This fabricating technology can help to increase the profit of fabricators in some instances. Here are 5 reasons to revisit the laser/punch combination machine.

They can Work Independently

For any fabricator that has struggled with sorting parts that comes off a solid-state laser, this simple question will catch your attention: what if there is a machine that could do that for you? The luxury that was previously enjoyed by punching machines over laser cutting machines is now a benefit that is part of today’s laser/punch combination machines. This machine’s software is capable of determining the best way to tackle the blanking of the part and also what bin the chute should deposit the part. Processing can be taken to the next level if a fabricator combines material handling with laser/punch combination machine. Fabricators looking to maximize labor resources will especially find these type of machines useful.

They Work Intelligently

The development of advanced control software and an increase in the use of sensors have led to machine tools that are much more efficient and reliable than what it used to be. This will be most beneficial for metal fabricators wanting to maximize uptime in the face of a robust manufacturing economy. For instance, the punch monitor checks the sensor to see if a hole has been punched into the sheet or not. The control software allows the machine to continue with the task if the hole is clear. Apart from protecting the fabricator from redoing the parts, this system also notifies the operator when a punch break is likely to happen.

They Can Be Used to Expand a Fabricator’s Capability

The design of the solid-state laser generator is such that it can be networked to two machine tools. This gives the fabricator an opportunity to make investments that are cost-effective in multiple capabilities without having to buy another laser welding device. For instance, it is possible for a fabricator to operate a laser/punch combination with a solid-state laser processing unit. Fabricators can get maximum usage from the laser generator with the help of this network.

They Can Process More Materials

CO2 laser cutting machines are known to have difficulty with reflective materials such as copper and brass; it is best suited for materials that are less reflective. A solid-state laser cutting machine has changed that with a wavelength of about 10 times smaller than that of the CO2 laser. The laser energy is absorbed more easily as reflective materials do not reflect the smaller wavelength laser.

5 Reasons to Revisit the Laser/Punch Combination Machine

Laser/punch combinations have evolved in recent times and this is why it is important for fabricators to have a second look at the technology. Some of this advancement in technology has helped to push the laser/punch back into the spotlight. The most dominant of this laser cutting technology is the emergence of the solid state laser as a lot of the combination machines designed today is with this technology at the forefront. This fabricating technology can help to increase the profit of fabricators in some instances. Here are 5 reasons to revisit the laser/punch combination machine.

 

They can Work Independently

 

For any fabricator that has struggled with sorting parts that comes off a solid-state laser, this simple question will catch your attention: what if there is a machine that could do that for you? The luxury that was previously enjoyed by punching machines over laser cutting machines is now a benefit that is part of today’s laser/punch combination machines. This machine’s software is capable of determining the best way to tackle the blanking of the part and also what bin the chute should deposit the part. Processing can be taken to the next level if a fabricator combines material handling with laser/punch combination machine. Fabricators looking to maximize labor resources will especially find these type of machines useful.

 

They Work Intelligently

 

The development of advanced control software and an increase in the use of sensors have led to machine tools that are much more efficient and reliable than what it used to be. This will be most beneficial for metal fabricators wanting to maximize uptime in the face of a robust manufacturing economy. For instance, the punch monitor checks the sensor to see if a hole has been punched into the sheet or not. The control software allows the machine to continue with the task if the hole is clear. Apart from protecting the fabricator from redoing the parts, this system also notifies the operator when a punch break is likely to happen.

 

They Can Be Used to Expand a Fabricator’s Capability

 

The design of the solid-state laser generator is such that it can be networked to two machine tools. This gives the fabricator an opportunity to make investments that are cost-effective in multiple capabilities without having to buy another laser welding device. For instance, it is possible for a fabricator to operate a laser/punch combination with a solid-state laser processing unit. Fabricators can get maximum usage from the laser generator with the help of this network. Click here.

 

They Can Process More Materials

 

CO2 laser cutting machines are known to have difficulty with reflective materials such as copper and brass; it is best suited for materials that are less reflective. A solid-state laser cutting machine has changed that with a wavelength of about 10 times smaller than that of the CO2 laser. The laser energy is absorbed more easily as reflective materials do not reflect the smaller wavelength laser.

Set up guide for laser cutting and engraving?

Students are not permitted to use the laser cutter. Charges apply per minute for the laser beam used. What is a Laser? The ultimate way to explain what a laser does indeed is that it’s a printer.The preferred program to use the Laser cutter is – AutoCAD.Typical Set Out for AutoCAD designs. The pulling should be attracted to model size, NOT REAL SIZE. It should be saved as the DWG or a DXF

 

Setting up your laser work

 

It is not the responsibility of the providers of the laser cutter beam to fix laser beam data when work is published on the wrong size mattress sheets. All work attracted incorrectly will be going back to the student to solve. Once resubmitted, it’ll be positioned in the queue.

 

Usually, do not use tiers – Make certain all laser work is at layer

 

After drawing the model always ‘overkill’ your drawing. Overkill is an add-on in AutoCAD. It could only be filled when installing off the drive. See laser cutter in Technical Services (level 4) for more information. This add-on looks for double lines which can be a problem when it’s scanned into the lasers as the dual lines are recognized and can be in the thousands especially on scanned, hands drawings. When you have a green collection over a magenta brand the laser will engrave it as well as trim it. Always overkill before shade coding your pulling as it’ll change the color of some lines.

 

Sheet Sizes

 

DO NOT Utilize the outside ends of the sheet as a border as explained above, always allow an offset of 5mm minimum amount around all edges as shown in the example sheet below. See more.

 

Materials

 

Please do not bring plastics to be lower as it transmits a harmful gas Students can source their own materials but also for convenience a few of the above-mentioned materials are for sale to purchase from the laser cutter workshop.

 

The workshop stocks and shares the next materials: MDF 3mm, 6mm, 9mm Strawboard 1mm, 2mm, 3mm White pasteboard 1mm, 2mm

The workshop securities these materials as the materials are in one provider and the wetness content is constant and the operator knows the options and test tests aren’t required. If offering your own, please offer an additional part (100mm x 200mm) to allow the operator to check cuts before chopping your model. 1mm straw motherboard is the most cost-effective material to build models.

 

Various ways of trimming and engraving

 

Below are the description and the colors needed to create the laser. They must be true colors. The most inexpensive way of using the Laser beam is by vector trimming and vector engraving using AutoCAD. Vectors are lines. Make an effort to use common lines where one brand makes two objects according to the example attracting sheet.

 

Hopefully, now you have your own laser lower (or etched) thing. Whether you made a decision to etch into clear Plexiglas to make an LED Sign, your computer so that it looks that a lot greater, or you’re preferably these guidelines where helpful. If on your voyage to etch and lower things with a laser cutter, you will find anything here baffling, or you think I’m lacking something important, please I want to know, and I’ll add it immediately! Click here for more information: http://www.denverfordpartsltd.com/co2-laser-machine-maintenance-keep-it-clean-save-money-2/

 

Set up guide for laser cutting and engraving?

Students are not permitted to use the laser cutter. Charges apply per minute for the laser beam used. What is a Laser? The ultimate way to explain what a laser does indeed is that it’s a printer.The preferred program to use the Laser cutter is – AutoCAD.Typical Set Out for AutoCAD designs. The pulling should be attracted to model size, NOT REAL SIZE. It should be saved as the DWG or a DXF

Setting up your laser work

It is not the responsibility of the providers of the laser cutter beam to fix laser beam data when work is published on the wrong size mattress sheets. All work attracted incorrectly will be going back to the student to solve. Once resubmitted, it’ll be positioned in the queue.

Usually, do not use tiers – Make certain all laser work is at layer

After drawing the model always ‘overkill’ your drawing. Overkill is an add-on in AutoCAD. It could only be filled when installing off the drive. See laser cutter in Technical Services (level 4) for more information. This add-on looks for double lines which can be a problem when it’s scanned into the lasers as the dual lines are recognized and can be in the thousands especially on scanned, hands drawings. When you have a green collection over a magenta brand the laser will engrave it as well as trim it. Always overkill before shade coding your pulling as it’ll change the color of some lines.

Sheet Sizes

DO NOT Utilize the outside ends of the sheet as a border as explained above, always allow an offset of 5mm minimum amount around all edges as shown in the example sheet below.

Materials

Please do not bring plastics to be lower as it transmits a harmful gas Students can source their own materials but also for convenience a few of the above-mentioned materials are for sale to purchase from the laser cutter workshop.

The workshop stocks and shares the next materials: MDF 3mm, 6mm, 9mm Strawboard 1mm, 2mm, 3mm White pasteboard 1mm, 2mm

The workshop securities these materials as the materials are in one provider and the wetness content is constant and the operator knows the options and test tests aren’t required. If offering your own, please offer an additional part (100mm x 200mm) to allow the operator to check cuts before chopping your model. 1mm straw motherboard is the most cost-effective material to build models.

Various ways of trimming and engraving

Below are the description and the colors needed to create the laser. They must be true colors. The most inexpensive way of using the Laser beam is by vector trimming and vector engraving using AutoCAD. Vectors are lines. Make an effort to use common lines where one brand makes two objects according to the example attracting sheet.

Hopefully, now you have your own laser lower (or etched) thing. Whether you made a decision to etch into clear Plexiglas to make an LED Sign, your computer so that it looks that a lot greater, or you’re preferably these guidelines where helpful. If on your voyage to etch and lower things with a laser cutter, you will find anything here baffling, or you think I’m lacking something important, please I want to know, and I’ll add it immediately!

Read more in this post: http://www.globaladvantage.ca/rotary-laser-cutting-method-best/

Rotary or Laser: Which cutting Method is Best

Many people are wondering if they should purchase the laser cutter or the rotary cutter. This is because they have different cutting methods and they don’t know which one is best to use. In order to be able to choose the right one, you need to know more about these machines and know the pros and cons of these machines. Then, you will know for sure which engraving method is the best.

The rotary cutter

This is one rotational tool that many companies are utilizing for cylindrical shaped items.  This isn’t because this is the best method, but because this is the method that they know and that they are familiar with. A rotary cutter is a huge machine and you need to have lots of different space for it. So much different from the laser cutter machine.

With the rotary cutter, it is difficult to cut the materials, and you can’t really use a variety of different materials to cut. This is the best option if you have a large number of products that need to be cut simultaneously, but you need to have a large space available for this machine.  Maintenance and running costs are also a lot more expensive.  Find rotary attachments for your laser machine here:  https://www.bosslaser.com/rotary-attach/.  Rotary attachments are great for engraving cylinder shaped objects.  

The laser cutter

There is a huge difference between the rotary cutter and the laser cutter. This is a newer machine for cutting commercial products. It takes a lot less space and it easier to cut without wasting any materials.

The problem is that there are only a few people that are familiar with this cutter and that knows that it is best to invest in this one instead of the rotary cutter. This cutter is a lot faster than the rotary cutter and is more efficient. The cost of the machine is more than the rotary cutter, but because it is easier to work with and that it is working faster, this is making the costs value for money. See more.

Which one is the best

Even if there are many people that are still using the rotary cutter, this doesn’t mean that this is the best option for you and your company. This just means that they don’t have the information or the finances to switch to the laser cutter.

If you are looking at everything thing, the pros and cons included, you will see that the laser cutter machine is the one that is the best for cutting. You can use this machine a lot easier, and it is the machine that is more recommended. Even, if the startup costs of this machine are a lot more than the rotary cutter.

The rotary cutter or the laser cutter? Which one is really the best to use, especially in the long run. When you are considering everything, you will see that the laser cutter is the one that people are recommending the most. This is a newer way of cutting different material, without losing too much material in the process. The machine is easy to use and anyone can use the laser cutter machine without any problems.

 

Create A Smart Dream Home with The Best of Technology

Technology rules this world and one day AI is going to make us all uncomfortable about future developments. The news items come like the world is changing at a scorching pace. Most of us wish we can find our place in this scary fast-moving world. In nature every animal or living being has some sort of  ‘home’; what kind of home will AI have? Human beings are at odds with nature but our reality is all natural so we come to the basic question of what to do about technology and how to manage it.  Technologies like the laser engraver is becoming more common today.  You can see one from BossLaser here.  They can really help the design and the decor of any new home adding a lot of custom finishes.   Whether you are a DIY’er or a hobbyist you can really use these laser cutting machines to produce fantastic creations in your next new home.

 

We are the end users of technology so it’s inevitable we end up using it in our homes and in our activities like sports and entertainment. New breakthroughs are not only for leading industries but for our rural homes as well.Green and smart tech innovations are changing not just homes but also industries and work places. Smartphones are getting more complex as new smart apps add more things to do with your phone. Every innovation will not become a success because the real world use of an innovation is often a cruel test. Robot vacuum cleaners, smart bulbs, air purifiers are slowly making their way in our homes.

 

New smart tech products are costly and whether they are worth it; is often questioned. Technology changes as people respond with their opinion. An important indicator here is what is the average person user experience when he uses a certain tech product. Are their multiple uses to the new fanciful gadget? Most new products become mainstream only they are widely used by the public and the public will use it only if it finds the product good, providing value, safe to use, adding to productivity etc.take the example of laser cutting tools; they are used in wide

ranging fields from hospitals, cars, farming to glass and metallic materials. New smart technology will have to be like the lasers of the past to be successful in the real world.

 

Whistle While You Work – Then Drop Down and Give Me 20 Squats!

Laser cutters might produce some exquisite works, but no one said working the industrial-sized machines was easy.  The same critical eye used in other machine shops must be applied to laser cutters, especially those used in heavy industrial production and this can be tiring work. When there’s a push to fill orders and keep employees working long hours, they have little time to engage in fitness routines.  Science shows mixing work and fitness is good for the bottom line because it boosts productivity, aids collaborative interactions and improves the mood of employees who perform dull and repetitive jobs.  Not every company can afford to subsidize the activities of their employees, nor can they build a facility for them to use onsite.  What they can do is encourage them to take walks, leave early to put in time at the gym or other fitness facility and make sure they take breaks, days off and full vacations.  Researchers have noticed a disturbing trend in American employees leaving millions of hours of vacation on the books.  They choose to stay at work in lieu of taking a week off because they don’t want to appear disloyal.  There’s talk also that the H1b visa program worries some American workers so much they would rather forfeit their vacation than risk being replaced by a foreign worker they might have to train.

 

Finding time to exercise at work is particularly interesting because of the effects it has on the morale of the employee.  Far from the distraction management first thought it to be, they now see the science behind it which shows it’s a performance booster.  Some employees decide to become certified fitness professionals.  Many use the services of the American Council on Exercise and take their certification courses or continuing education classes and put what they learn to use at work.

 

Education and Laser Cutting Technologies

Laser cutters in education is also becoming a viable opportunity for trade schools, high schools, colleges and universities to teach laser technology.  You can find laser companies that serve educational institutions and get ideas with their laser cutters here.  There’s a lot to choose from so be sure to read tech support reviews and not just the product itself.

 

Even if your laser cutter company lacks what Google graciously provides its employees – on-site fitness centers, 200+ exercise classes, bocce courts, a bowling alley and the like, you can still fit in an exercise routine at your desk that will get effective results.  See some reviews of Laguna tools reviews as well.  Its actually not a bad company to find affordable tools or laser equipment from what I’ve found (as a side note :).

Why use a laser cutter

The Laser is the abbreviation of “Light Amplification by Stimulated Emission of Radiation”, that is to say Amplification of Light by Stimulated Emission of Radiation. It is a system that produces a coherent and concentrated beam of light through electronic stimulation or molecular transmissions to lower energy levels in an active medium (solid, liquid or gaseous). When applied in the processing of materials, it is verified that the high energy density of the Laser beam on the laser cutter promotes the fusion and evaporation of these, in regions very localized as a function of the high thermal gradient generated.

Where is it used?

At present, it is possible to verify the application of the laser cutter in different areas, such as: Materials Processing (welding, cutting, surface thermal treatment, machining and engraving). Dimensional control, medicine, dentistry, entertainment, telecommunications, etc.

In the Materials Processing industry the application of the Laser is present in the following markets:

-Cars (Assemblers and Autoparts)

-Mechanical Transformation (Machines, Equipment and Service Providers)

-Electroelectronics

-Transportation (Road, Rail, Metro, Maritime, Air)

-Farming

-Glass and Non-Metallic materials

What are the advantages of Laser Cutting for the industry?

Why have a good laser cutter?It is often said that “Laser is a sharp and wear-free cutting tool”.

In fact, the Laser is the most advanced technological process for thermal cutting, which has as main advantages:

-High precision

-Excellent quality of cut surface

– Minimum deformation levels, emissions of smoke and noise

-Minimum Thermally Affected Zone (ZTA)

-Extensive breathing (Kerf), reducing material loss

-High cutting speed

-Extremely versatile when processing an immense variety of materials

– Automated system that enables the cutting of complex geometric figures with 2D or 3D

 

What About A Laser Cutter for Students At School?

es It used to be working class when I was young.  Now students have classes on learning how to use a laser cutter and the graphics programs associated with operation.   Schools and Universities are more and more show casing their institutions cutting edge on education with laser technology.  And kids love it!

 

Why invest in a laser engraver?

Added to these characteristics, the increasing technological evolution has enabled, in recent years, the reduction of the cost of the initial investment in equipment and the increase of the power of these, accrediting the LASER CUT procedure as an excellent option not only for an exclusively technical evaluation, In the case of processing of non-metallic materials, but also by a cost-benefit analysis for cutting metals. It is with this vision that LASER ENGRAVING MACHINES have increasingly emerged within many more companies, expanding on a large scale in the world scenario and particularly in South America and particularly – Brazil.

 

How effective is this process?

The efficiency of the co2 laser engraver process is mainly related to:

Cutting-laser-Correct selection of characteristics of the Laser Generation System

-Quality of the positioning system and relative movement of the material set / cutting head

-Layout

-Capacitation of operators and programmers

-Quality of gases used

-Quality of gas supply facilities

-Technical assistance

There are many offers of Laser Systems on the market and an evaluation of all the variables that influence the complex phenomena involved in this process is fundamental to obtain the desired results. Among the main variables, we can highlight:

-Type of material to be processed, its chemical composition and thickness

-Quality required for cutting and its geometry of

-Production Scale with co2 laser cutter
Check out with http://www.instructables.com/id/10-Tips-and-Tricks-for-Laser-Engraving-and-Cutting/ for more informations and help

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.