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actuma · 2 years ago

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De juiste lasersnijmachine kies je met Trotec Laser

Hoe kies je de juiste lasersnijmachine? In dit blog lees je waar je op moet letten bij een laser snijder kopen. En dat begint met slim vragen stellen. Vraag 1: Welke materialen ga je lasergraveren? Kies eerst je materiaal. Je kunt bijna alles wel voorzien van een gravure, maar afhankelijk van de dikte van het materiaal kan je het wel of niet snijden en graveren. Een korte uitleg: Met een beetje laser graveermachine kan je bijna ieder materiaal bewerken: de laserstraal komt overal wel doorheen en laat een mooie gravure achter. Maar laten we als voorbeeld hout nemen. Veel beginnende graveurs kiezen voor hout door de warme uitstraling en de betaalbare prijs. Laten we zeggen: het doel is om een vaasje van hout te maken zoals hieronder. Bij lasersnijden hout zoals bij dit voorbeeld vaasje kan je alle kanten op. Download wat voorbeeldbestanden en je kan het zo gek niet bedenken of je kunt creatief aan de slag. Vraag 2: Welke soort laserbron heb je nodig? Er zijn verschillende soorten laserbronnen met verschillende toepassingen, voordelen en nadelen. - CO2 laser - Fiber Laser CO2 De meest gebruikte (en veelzijdige) laser voor snijden en graveren is de CO2 laser waar de laserstraal wordt opgewekt in een bron, waar koolstofdioxide in zit (CO2). De laserstraal wordt met spiegels en lenzen gefocust op het te snijden houtwerk. De bron is, afhankelijk van de kwaliteit, gemaakt van een buis van glas of keramiek. Fiber laser Een andere lasertechniek is een fiber laser, daarbij wordt de laserstraal door een glasvezelkabel naar de laserkop gebracht en daar gefocusseerd met een lens. Het bewegen van de straal gebeurt dan door meestal door trillende spiegels. Wij gebruiken in ons voorbeeld een CO2 laser van 30 Watt. Dit is een professionele laser waar je niet de hoofdprijs voor betaalt. Vraag 3 : Hoe snel moet je laser zijn? Op het moment dat je voor wat vrienden en familie deze vaasjes gaat maken dan maakt het niet heel veel uit dat je hier 20 minuten per vaasje over zou doen. Echter, verkoop je het op een webshop, en je hebt een stuk of 100 bestellingen, dan wordt het een ander verhaal. Dan maakt de snelheid waarmee je kunt snijden en graver op de lasermachine wel uit want daar ga je natuurlijk niet urenlang op zitten wachten. Met een 10 Watt laser zou dit veel te lang duren! Vraag 4: Hoeveel vermogen heb je nodig? Met meer vermogen kan je dieper graveren en sneller snijden. Dus hoe krachtiger de laserbron, hoe minder snel je tegen beperkingen aanloopt. Een hobby laser begint bij zo’n 10 Watt en een professionele laser graveermachine verstook al gauw 60 tot zelfs 120 Watt. Voor het snijden van metaal, waarbij een geheel andere lasertechnologie wordt gebruikt, lopen die wattages nog verder op. Vraag 5: Wat kost een laser machine? Voor de goedkopere lasermachines zijn prijzen makkelijk op vragen. Van een Hobby laser van BRM laser, Epilog, Lion Laser zijn voorbeelden van machines waar vaak online prijsinformatie over beschikbaar is, ook al zijn prijzen natuurlijk aan verandering onderhevig. Een aantal verschillende prijsklassen (indicatie) hieronder, met indicatieve wattages: - €100 - €300 | Hobby laser vanaf 0,5 Watt - €300 - €1.000 | Hobby lasers tot 10 Watt - €1.000- €3.000 | Hobby lasers tot 20-30 Watt - €3.000 - €8.000 | semi prof CO2 lasers tot ca. 60 Watt - €9.750 - €15.000 | Professionele lasers tot 120 Watt - €15.000 - €40.000 | Professionele lasers - €40.000 - €200.000 | Professionele lasers, industriële toepassingen Vraag 6: Welke overige kosten zijn er? Denk bij het lasersnijden kopen ook aan welke kosten er nog meer bij komen kijken. Ga je professioneel graveermateriaal gebruiken zoals op graveermaterialen.nl of loop je naar de bouwmarkt voor goedkoop mdf of ‘waaibomenhout? En niet te vergeten, welke software heb je nodig? Sommige fabrikanten leveren gratis software mee, dat scheelt weer een licentie op bijvoorbeeld Adobe Illustrator, en soms kan je starten met open source software of heel betaalbare software zoals Lightburn. Een nieuwe ontwikkeling is de alles-in-1 laser software Ruby, die steeds breder gebruikt wordt. Als je googled op lasersoftware ruby kom je al snel op de juiste pagina om hiermee aan de slag te gaan. Conclusie Door middel middel van vragen stellen kom je al snel aan het rekenen. Wanneer kan het uit qua investering om op te schalen naar een meer professionele laser graveermachine? Op het moment dat je klanten afhaken vanwege lange levertijden weet je niet hoe snel je een betere laser wilt natuurlijk. Of voor een toepassing op school, waarbij in de werkplaats een wachtrij ontstaat. Voor lasersnijden hout zijn er online goede voorbeelden te vinden. Read the full article

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madyjose5 · 4 years ago

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2020 Laser Engraving Machine Market Size: by Application, Type, Trend, Revenue, Overview, Growth and Forecasts-2028

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#Laser Engraving Machine Market

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snehalaxel · 4 years ago

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Fiber Laser Marking Machine Market 2021, Global Industry Analysis, Size, Share, Growth Opportunities and COVID-19 Pandemic Presenting Future Opportunities 2027

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techbravo · 5 years ago

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Introduction to Laser Engraving

Introduction

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Laser Engraving. What is it exactly. According to Wikipedia, https://ift.tt/2ocxBeL

“Laser engraving, which is a subset of laser marking,[1] is the practice of using lasers to engrave an object. Laser marking, on the other hand, is a broader category of methods to leave marks on an object, which also includes color change due to chemical/molecular alteration, charring, foaming, melting, ablation, and more. The technique does not involve the use of inks, nor does it involve tool bits which contact the engraving surface and wear out, giving it an advantage over alternative engraving or marking technologies where inks or bit heads have to be replaced regularly.”

Well that’s about the most boring definition I have ever heard. To me, laser engraving is 21st century expressionism. It’s an artists tool. Just like a pencil, paintbrush, charcoal, what have you, it’s a really neat way of getting your artistic expression on a blank canvas. Where a common painters canvas is, well, canvas, a laser engraving canvas can be just about anything. Instead of building up on that canvas with paint, we use light and heat to burn away the canvas. By using different speed and power and even focus, we manipulate a canvas to burn hotter or lighter creating varied effects. The possibilities are endless. How cool is that? There is one down side though. Variables. Where variables are sometimes a good thing, too many of them can sometimes be daunting and overwhelming. And with a laser, there are almost infinite. For example, lets take speed and power alone. If your laser is adjustable in mm/sec and you can go from 100 to 600 in 1mm increments. And you take power, from 1% to 100% in 1% increments. Well, without going into probability theory and computations and here’s how you figure it. You take 500 (increments in speed) and 100 (percent in power) and that gives you 50,000 different speed and power combinations alone! (I think. It could be more but its 6:20 am and I haven’t slept much) If there are any math whizzes out there that can clarify, please do so. The point is not the number itself, but the vast size of the number. And that’s just two variables! Now take into account substrate, color, shade, hue, saturation, just to name a few, and it’s a wonder why anyone would want to do this.

For me, it’s one simple phrase. Its when someone looks at my artwork and looks at me and goes, how the hell did you do this, and I see the pure wonderment in their faces. That’s what does it for me. I guess its how a magician feels after pulling off a spectacular trick.

So how do you get there? Where do you start? Knowledge my friends……….knowledge. I’ve scoured the internet for tips, tricks, techniques you name it. And don’t even get me started on scrap. You see, for the most part, with a laser it’s one and done. You can’t “unburn” something. Once it’s there, it’s there. Oh sure, sometimes you can go over it again, but how do you do it without ruining it. It isn’t easy.

I once took a 1.5 inch piece of pine that a client wanted me to burn a picture on using a cell phone picture, of a landscape scene. Now let me tell you, 1 Pine, 2 Cell Phone Picture and 3, Landscape are hands down THE WORST scenario you can come up against. So what did I do? I bought a planar, and every time I engraved it and it came out like crapola, id plane it down and start over. This was a big piece of pine, with natural edges. When it was all said and done, I wound up with a ¾ thick piece, and a lot of kindling from shavings. Scrap happens. The key is try to minimize it.

By learning some basics about how a laser works, what substrates work, and HOW they work, and artwork techniques, (such as photo manipulation), by taking these courses, you will be well on your way to developing your own processes, and your own techniques. So let’s get started.

Laser Engraving In A Nutshell

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How a laser works:

I’ll be taking a lot of the clinical definitions from Wikipedia and then simplifying them:

“A laser engraving machine can be thought of as three main parts: a laser, a controller, and a surface. The laser is like a pencil – the beam emitted from it allows the controller to trace patterns onto the surface. The controller direction, intensity, speed of movement, and spread of the laser beam aimed at the surface. The surface is picked to match what the laser can act on.”

Think of it as being a kid with a magnifying glass, burning things using sunlight, only this is really precise

Here are some general terms you will need to become familiar with:

Raster Engrave: Raster engraving traces the laser across the surface in a back-and-forth slowly advancing linear pattern that will remind one of the printhead on an inkjet or similar printer.

Vector Engraving: Vector engraving follows the line and curve of the pattern to be engraved, much like a pen-based plotter draws by constructing line segments from a description of the outlines of a pattern.

Vector Engraving Cuts, Raster Fills, its that simple

Power: The amount of power that is send to the lens

Speed: The speed at which the laser head moves, therefore limiting the amount of time a laser is in the work at once

A vector setting is like using a really precise scroll saw. You just set your lineweight to something small, and the laser will cut along that line.

Types Of Lasers

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Lets talk about the two main types of Lasers: CO2 and Fiber Optic

https://en.wikipedia.org/wiki/Carbon_dioxide_laser

The carbon dioxide laser (CO2 laser) was one of the earliest gas lasers to be developed. It was invented by Kumar Patel of Bell Labs in 1964,[1] and is still one of the most useful. Carbon dioxide lasers are the highest-power continuous wave lasers that are currently available. They are also quite efficient: the ratio of output power to pump power can be as large as 20%. The CO2 laser produces a beam of infrared light with the principal wavelength bands centering on 9.4 and 10.6 micrometers (μm).

What does this mean? Basically it’s the most popular laser on the market today, and readily available for a smaller price tag. It can engrave and cut a variety of substrates including but not limited to wood, plastic, paper, glass, granite, and leather. It cannot, however, engrave most bare metals, because the frequency of the laser is such that the beam bounces off the metal like bullets off Superman’s Chest. There are coatings and such that we will get into in a different course

A fiber laser or fiber laser is a laser in which the active gain medium is an optical fiber doped with rare-earth elements such as erbium, ytterbium, neodymium, dysprosium, praseodymium, thulium and holmium. They are related to doped fiber amplifiers, which provide light amplification without lasing. Fiber nonlinearities, such as stimulated Raman scattering or four-wave mixing can also provide gain and thus serve as gain media for a fiber laser.

Fiber Lasers are used more for marking. Barcodes, Lot numbers, etc, they are used mainly in commercial applications. It does extremely well on metal marking. The one thing about Fiber Lasers. Don’t ever look directly at the beam unless you are looking through Protective Lenses or special glass. It will burn your retinas out.

So I Bought This Laser Engraver…

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I bought my laser after I saw it being demonstrated at a Trade Show. I saw all the cool things it could do, and it blew my mind. I originally wanted to sell glasses online through etsy. So what did I do? I bought this huge top of the line laser engraver from epilog. Its an M2 Fusion and its wicked cool. So what was my business plan? (Um, what’s a business plan) I just wanted to engrave glasses and sell them. Guess what, there’s a lot more to it. A LOT MORE. For the moment let’s focus on CO2 Lasers and what they can do.

Different Mediums

Here we will look at some common substrates:

Wood

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Wood is by far my favorite substrate to work with because there are so many kinds. I especially like, you guessed it, photographs. By photographs, I don’t mean an interpretation, I mean a photograph. So I spent years and tons of money on materials and documenting things like a mad scientist. You see, wood is a funny thing. First of all stick with the hardwoods. Stuff like Maple, Birch, Cherry, Alder, and Walnut. Walnut is the best for text and vector art. It doesn’t overburn and gives a nice rich deep crisp engrave. Birch is the best for photographs. Solid birch. You can do plywood but that is usually the bottom of the barrel birch. If you get a solid piece with a nice smooth grain, it will come out beautiful.

Here are some tips when engraving with wood:

Always sand it first. Your engrave will come out much nicer

When done, wipe it down with water or sand it with 600 grit paper. “Overburn” or edge scorching leaves charred marks around your image. If you sand it lightly, you will get rid of that but still keep the crispness of your image

“Sneak up on it” It’s a term I use when you burn something multiple times fast with low power. It brings out the image a little bit at a time. You can always burn it again, you can’t unburn it. Also if you can sand it in between burning, that will help you as well, as long as your laser repeats

Stay away from Pine. What does pine have more than anything? SAP. When you engrave pine with even a little power, it boils the sap, and boy, is that stuff sticky. Plus one other caution about Pine. It catches fire really easy

Inlay: A Laser is really good for doing inlay work. You can cut and inlay mother of pearl, abalone, wood veneer and even paper! That’s a course for a different time.

Plastic

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Plastic melts. That’s is all a laser is doing to plastic. Melting it very precisely. So Tip#1: Don’t use too much heat in one place for a very long period of time. It will essentially turn to goo.

The best plastic to engrave on is acrylic. NOT POLYCARBONATE. They are NOT the same. Oh and if you are trying to get a nice frosty look on acrylic, use CAST acrylic, not extruded. You will know if you are using extruded because it will engrave clear. And if you REALLY want it to look cool, buy NOVUS polish 1, 2 and 3 and polish it first. It will look like glass. Engraving acrylic, especially photos on acrylic, it tricky at first. But once you get used to what to look for, it comes out great. Then, on clear acrylic, you can light it up using flexible light strips. Again, that’s another class for another time.

Another thing about acrylic. It can’t hold a really high resolution. In acrylic you want to go fast with low power, and around 300 dpi in your image. With acrylic, you can get really cool effects also when you cut it using a vector setting. It almost polishes the edge.

Glass

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Glass, actually, doesn’t engrave. It microshatters. That’s right. It explodes, at a molecular level. Nonetheless, it is violent. What is glass made out of? Sand…….mostly. However, there are air and water molecules trapped within the glass. When the laser hits the air and water molecules, the molecules rapidly expand, causing them to break apart the bonds that hold the silicate together. Do this a couple of million times and you get a rough surface.

Engraving anything on glass takes patience. Engraving PHOTOGRAPHS on glass takes the patience of Mother Teresa, Gandhi, and Buddha put together. Its cool when it works, however it takes LOTS of practice.

Marble & Granite

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Granite and Marble don’t really engrave either. What the laser is doing is removing the polish of the crystals therefore creating a matte finish. Pictures do well on granite and marble. I will do a course on these two substrates as well in the future. The photo prep is not bad, you just have to get some experience at it.

Coated Metals

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Coated metals such as anodized aluminum can be tricky as well because there isn’t really any shading. Its either exposed the underlying material, or it hasn’t. What gives it the illusion of shading is how much of the coating you have removed, and how much of the underlying material you have removed. It’s an interesting medium to work with, and with the addition of other colors, you can get pretty creative.

Conclusion

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This course was created to give you just a taste of what you can do with a laser engraver. In classes yet to come, I will have not only lectures, but hands on assignments of what to do and how to do it. I am going to have guest lecturers, live feeds, seminars, you name it. Thank you for enrolling in this class, and I look forward to teaching you.

The post Introduction to Laser Engraving appeared first on LaserGods.com.

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#Acrylic #Anodized Aluminum #Beginners #How-To #Materials #Poplar #The Laser Engraving Institute #Tri

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kusumsaonerkarblog-blog · 7 years ago

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2017 Global and Europe Laser Marking Machines Market is expected to Generate Huge Profits

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This report presents a comprehensive overview of the Laser Marking Machines market in Europe, which shares the history data information from 2012 to 2016, and forecast from 2017 to 2022.

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Key Players

Telesis Technologies (US)

Han's Laser (China)

Trumpf (Germany)

Rofin (US)

Tykma Electrox (US)

Trotec (Austria)

FOBA (Switzerland)

Gravotech (US)

Videojet (US)

Epilog Laser (US)

Schmidt (Germany)

Eurolaser (Germany)

Keyence (Japan)

SIC Marking (France)

Amada Miyachi (US)

Laserstar (US)

Universal Laser Systems (US)

……

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Key Product Type

By Technology: Fiber Laser Marking Machine, CO2 Laser Marking Machine, YAG Laser Marking Machine, Semiconductor Laser Marking Machine, Other.

By Laser Wavelength: 266 nm, 532 nm, 1064 nm, Other.

Key Applications

Electronic Components

Plastic Packaging

Mobile Communications

Construction Materials

Automotive Parts

Other

Key elements for this report:

1 Market Outline

1.1 Research Methodology

1.1.1 Methodology/Research Approach

Research Programs/Design

Market Size Estimation

Market Breakdown and Data Triangulation

1.1.2 Data Source

Secondary Sources

Primary Sources

1.1.3 Disclaimer

1.2 Regulatory Factors

1.3 End-User Analysis

1.4 Strategic Benchmarking

1.5 Industry Chain and Supply Chain

1.5.1 Laser Marking Machines Industry Chain Structure

1.5.1.1 R&D

1.5.1.2 Raw Materials (Components)

1.5.1.3 Manufacturing Plants

1.5.1.4 Regional Trading (Import Export and Local Sales)

1.5.1.5 Online Sales Channel

2 Global Laser Marking Machines Product Overview

2.1 Global Laser Marking Machines Market Sales Volume Revenue and Price 2012-2017

2.2 Laser Marking Machines, by Technology 2012-2017

2.2.1 Global Laser Marking Machines Sales Market Share by Technology 2012-2017

2.2.2 Global Laser Marking Machines Revenue Market Share by Technology 2012-2017

2.2.3 Global Laser Marking Machines Price by Technology 2012-2017

2.2.4 Fiber Laser Marking Machine

2.2.5 CO2 Laser Marking Machine

2.2.6 YAG Laser Marking Machine

2.2.7 Semiconductor Laser Marking Machine

2.2.8 Other

2.3 Laser Marking Machines, by Laser Wavelength 2012-2017

2.3.1 Global Laser Marking Machines Sales Market Share by Laser Wavelength 2012-2017

2.3.2 Global Laser Marking Machines Revenue Market Share by Laser Wavelength 2012-2017

3 Europe Laser Marking Machines Product Overview

3.1 Europe Laser Marking Machines Market Sales Volume Revenue and Price 2012-2017

3.2 Laser Marking Machines, by Technology 2012-2017

3.2.1 Europe Laser Marking Machines Sales Market Share by Technology 2012-2017

3.2.2 Europe Laser Marking Machines Revenue Market Share by Technology 2012-2017

3.2.3 Europe Laser Marking Machines Price by Technology 2012-2017

3.2.4 Fiber Laser Marking Machine

3.2.5 CO2 Laser Marking Machine

3.2.6 YAG Laser Marking Machine

3.2.7 Semiconductor Laser Marking Machine

….

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roctechcncrouter-blog · 8 years ago

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How does Laser CNC Routers for Woodworking Work?

Laser Woodworking

A pioneering craft for the 21st Century.

Each generation, a new technology in woodworking enables us to work faster, with more precision and more creativity. Carbide-tipped bits and a whole new set of portable power tools, for example, have improved how we work and what we build. For the next generation, CNC lasers may also be one of those tools that transform our shops.

wood CNC router

CNC router machine

CNC Router 4 axis

CNC Router 3 axis

cnc router

5 axis CNC Router

I’m a young, 21st Century woodworker. When Epilog, a maker of CNC Router lasers, asked me to try out the Helix , a mid-size machine from the Legend Elite series, I jumped at the chance. What can it do? How does it work? How far can I push it? Dozens of questions came up. I’ll introduce you to what I found, but one thing I’ll tell you up front: There’s way more to this technology than meets the eye. After days of experimenting, I only scratched the surface.

What is a CNC laser?

To understand a CNC laser, think of it as having two components. First, there’s the CNC Router (computer numerically controlled) part. You’re probably familiar with CNC Router machines–they’re common in factories, and are making their way into small woodworking shops, too. In woodworking applications, a CNC Router usually controls a router. OK, let’s replace that router bit with a highintensity beam of light–a laser. That’s the second part of the machine.

Consider a CNC laser as a type of printer. A computer program moves the machine’s head. But the head shoots a laser, instead of ink.

What can a laser do?

A CNC laser’s beam essentially heats and vaporizes the wood it contacts. By adjusting the intensity of the light, you can determine the depth that it cuts. Usually, the waste is just reduced to smoke, but when the laser is set on high, you may even create a small flame!

You can fine-tune the depth-of-cut however you wish, but think of it as having three levels: shallow, medium and deep. They correspond to three diff erent applications: engraving, relief carving and pattern cutting.

Lots of folks have bought a CNC laser for engraving things like nametags, keychains and other quickly personalized trinkets. It’s a great small business–there’s one in virtually every city in the country. You can copy your own images or download them from the Internet. Basically, any image that can be digitized can be engraved.

Cutting deeper into the wood with a laser creates a three dimensional effect, similar to low relief carving. The laser is extremely precise. You can create very intricate patterns, perfect for medallions, awards, moldings or any design that will embellish a project.

Cutting deeper yet, you can go all the way through a relatively thin piece of solid wood or plywood (up to 3/8" on the Helix I tested). You’re not making images anymore–you’re making shapes. Lasers are commonly used to make wooden clock parts, dollhouse furniture, models, 3-D animal sculptures and more. For workshop applications, you can use a laser to create extremely accurate plywood templates, based on CAD drawings, for shaping parts on a router table. You could also use a laser for intarsia, marquetry or scroll-saw patterns.

That’s just the tip of the iceberg. There’s a wide community of Epilog users online (www.EpilogLaser.com), supported and encouraged by Epilog to push the boundaries of what a laser can do. If you buy a laser for woodworking, or rent time on one, consider yourself a pioneer. Many applications have yet to be discovered!

How does the laser work?

The Epilog’s laser tube is located in back of the machine. The beam of high-energy light passes through a series of mirrors and lenses to a CNC-controlled head, which moves in an X/Y plane (Photo 1). The head moves in a totally sealed and safe compartment containing the workpiece.

The Epilog interfaces with your computer much like a printer. After you’ve set up your project in Corel Draw, the software included with the Epilog (which can be used with a wide variety of graphic-editing programs), you hit print and bring up a print driver screen, which Eplilog refers to as the dashboard (Photo 2). The dashboard is where you make your adjustments. The most important are speed (how fast the laser moves over your material) and intensity (how strong the laser is, and how deep it will cut). Once you’ve zeroed in on your settings for a particular project, you can save and recall them at any time.

What does the Epilog require?

On the hardware side, you’ll need a computer to run the Epilog. You’ll also need an exhaust system, to remove particulates and odor from the machine’s exhaust (Photo 3). Most users in a fixed installation opt to exhaust the fumes out of their shop with a hose or ductwork, but portable filtration units are available for mobile applications (like shows and fairs). Most lasers and fi ltration units only need 120-volt circuits.

On the software side, the Epilog is designed to empower even a novice computer user to get started creating quickly. You don’t have to be an expert! Having grown up in the information age, that part of the operation didn’t faze me, but I was surprised to see how easy the software was to use at its most basic levels.

Types of Epilog lasers

Epilog has two lines of lasers: Zing and Legend Elite. The major diff erences between the lines are capacity (the size and depth of the bed), power (expressed in watts) and resolution (dots per square inch).

The Zings are entry-level lasers with smaller beds and lower-power, capable of cutting through 1/4" wood.

The Legend Elite series lasers have a larger capacity, more powerful beams capable of cutting through wood up to 3/8" thick. Legend series lasers can also engrave at a faster speed than the Zings.

Both lines of lasers have a repeatability of ±.0005". Zing series machines engrave up to 1000 dpi; the Legend series goes up to 1200 dpi.

The Helix I tried out has a 24" x 18" bed, a 60-watt laser. The exhaust system we used is about $3,000.

The bottom line

An Epilog is an investment, no doubt about it. But it can be the foundation of a profitable small business or the tool that propels your woodworking to an entirely new level. To find out more about laser woodworking, contact your local Epilog distributor. He can probably locate an Epilog in your area and help you contract some work or rent some time on the machine. After seeing how quick and easy it is to personalize a project or engrave an intricate design, you just might catch the laser bug. Our photographer sure did–he achieved some remarkable results.

What A Laser Can Do

Engraving: The Epilog can burn a shallow picture or drawing on wood. You can reproduce any digital image, including your own photo or sketch.

Relief Carving: The Epilog can also be set to burn deeper, for shallow relief carving. A laser can quickly and precisely duplicate intricate patterns.

Pattern Cutting: Set to full strength, the Epilog can cut all the way through material. You can duplicate parts large or small, such as these interlocking puzzle pieces.

Inlay: Using pattern cutting and relief carving techniques, the Epilog can cut out an inlay and the recess in which it fits.

How It Works

1. The Epilog laser’s head moves like a printer. It will scan back and forth or follow a continuous line, depending on how it’s programmed.

2. The Epilog’s settings are adjusted in a printer driver window on your computer. By adjusting rate, frequency, intensity and other parameters, a variety of materials can be engraved or cut.

3. The laser beam produces smoke and fumes, so you’ll also need an external exhaust system or a portable filtration unit.

4. The future for CNC laser woodworking is wide open. This shallow relief carving, based on a photo of a tree, cuts through one layer of plywood to reveal the layer below. It’s a beautiful effect that we found with creative experimentation.

#cnc wood carving machine price #homemade cnc router #cnc router kit #woodworking machinery china #cnc router for sale

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acuteresearch-blog-blog · 8 years ago

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Laser Cutting Machines Market Size, Share, Growth, Outlook and Forecast to 2017: Acute Market Reports

In this report, the Asia-Pacific Laser Cutting Machines market is valued at USD XX million in 2016 and is expected to reach USD XX million by the end of 2022, growing at a CAGR of XX% between 2016 and 2022.

Geographically, this report split Asia-Pacific into several key Regions, with sales (K Units), revenue (Million USD), market share and growth rate of Laser Cutting Machines for these regions, from 2012 to 2022 (forecast), including China Japan South Korea Taiwan India Southeast Asia Australia

Asia-Pacific Laser Cutting Machines market competition by top manufacturers/players, with Laser Cutting Machines sales volume, price, revenue (Million USD) and market share for each manufacturer/player; the top players including Trumpf Bystronic Mazak Amada Prima Power Coherent Mitsubishi Electric Koike DMG MORI LVD Cincinnati Universal Laser Systems Tanaka

For Full Report Visit@ http://www.acutemarketreports.com/report/asia-pacific-laser-cutting-machines-market

Epilog Laser Trotec GF CTR Lasers Spartanics Han'S Laser Tianqi Laser Unity Laser HG Laser Penta-Chutian Lead Laser Golden Laser Boye Laser Kaitian Laser HE Laser Dahenglaser Tete

On the basis of product, this report displays the sales volume (K Units), revenue (Million USD), product price (USD/Unit), market share and growth rate of each type, primarily split into CO2 Laser Cutting Machine Fiber Laser Cutting Machine

For Full Report Visit@ http://www.acutemarketreports.com/report/asia-pacific-laser-cutting-machines-market

YAG Cutting Machine

On the basis on the end users/applications, this report focuses on the status and outlook for major applications/end users, sales volume (K Units), market share and growth rate of Laser Cutting Machines for each application, includin Processing Metal Materials Processing Non-metal Materials

1 Laser Cutting Machines Overview 1.1 Product Overview and Scope of Laser Cutting Machines 1.2 Classification of Laser Cutting Machines by Product Category 1.2.1 Asia-Pacific Laser Cutting Machines Market Size (Sales) Comparison by Types (2012-2022) 1.2.2 Asia-Pacific Laser Cutting Machines Market Size (Sales) Market Share by Type (Product Category) in 2016 1.2.3 CO2 Laser Cutting Machine 1.2.4 Fiber Laser Cutting Machine 1.2.5 YAG Cutting Machine 1.3 Asia-Pacific Laser Cutting Machines Market by Application/End Users 1.3.1 Asia-Pacific Laser Cutting Machines Sales (Volume) and Market Share Comparison by Applications (2012-2022) 1.3.2 Processing Metal Materials 1.3.3 Processing Non-metal Materials 1.4 Asia-Pacific Laser Cutting Machines Market by Region 1.4.1 Asia-Pacific Laser Cutting Machines Market Size (Value) Comparison by Region (2012-2022) 1.4.2 China Status and Prospect (2012-2022) 1.4.3 Japan Status and Prospect (2012-2022) 1.4.4 South Korea Status and Prospect (2012-2022) 1.4.5 Taiwan Status and Prospect (2012-2022) 1.4.6 India Status and Prospect (2012-2022) 1.4.7 Southeast Asia Status and Prospect (2012-2022) 1.4.8 Australia Status and Prospect (2012-2022) 1.5 Asia-Pacific Market Size (Value and Volume) of Laser Cutting Machines (2012-2022) 1.5.1 Asia-Pacific Laser Cutting Machines Sales and Growth Rate (2012-2022) 1.5.2 Asia-Pacific Laser Cutting Machines Revenue and Growth Rate (2012-2022)

2 Asia-Pacific Laser Cutting Machines Competition by Players/Suppliers, Region, Type and Application 2.1 Asia-Pacific Laser Cutting Machines Market Competition by Players/Suppliers 2.1.1 Asia-Pacific Laser Cutting Machines Sales Volume and Market Share of Key Players/Suppliers (2012-2017)

For Same Category Report Visit@ http://www.acutemarketreports.com/category/equipment-market 2.1.2 Asia-Pacific Laser Cutting Machines Revenue and Share by Players/Suppliers (2012-2017) 2.2 Asia-Pacific Laser Cutting Machines (Volume and Value) by Type 2.2.1 Asia-Pacific Laser Cutting Machines Sales and Market Share by Type (2012-2017) 2.2.2 Asia-Pacific Laser Cutting Machines Revenue and Market Share by Type (2012-2017) 2.3 Asia-Pacific Laser Cutting Machines (Volume) by Application 2.4 Asia-Pacific Laser Cutting Machines (Volume and Value) by Region 2.4.1 Asia-Pacific Laser Cutting Machines Sales and Market Share by Region (2012-2017) 2.4.2 Asia-Pacific Laser Cutting Machines Revenue and Market Share by Region (2012-2017)

3 China Laser Cutting Machines (Volume, Value and Sales Price) 3.1 China Laser Cutting Machines Sales and Value (2012-2017) 3.1.1 China Laser Cutting Machines Sales Volume and Growth Rate (2012-2017)......

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Acute Market Reports is the most sufficient collection of market intelligence services online. It is your only source that can fulfill all your market research requirements. We provide online reports from over 100 best publishers and upgrade our collection regularly to offer you direct online access to the world’s most comprehensive and recent database with expert perceptions on worldwide industries, products, establishments and trends.

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sherryh5898-blog · 8 years ago

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Market Analysis of Global Laser Marking Machine Industry with a Forecast during 2016-2021

A new research report titled as “Global Laser Marking Machine Industry 2016” has been recently added to the vast repository of Market Research Hub’s (MRH) online research offerings. This research report is a professional and in-depth study on the current state and future prospect of the Laser Marking Machine industry. It provides a complete insight about Global Laser Marking Machine Industry by covering all key aspects and research findings.

Firstly, the report provides a basic outline of the industry including definitions, applications, classifications and industry chain structure. It also includes analysis for the international market including developmental history, competitive landscape and important regions development status. A manufacturing cost structure study is prepared after analyzing factors like raw material suppliers, raw material price and labor cost. Technical data and manufacturing plants analysis are also included in the report to offer precise details to the readers. Factors like capacity, manufacturing plants distribution, commercial production date, R&D status and technology source are properly explained in the report. In the global scenario, supply, import, export and consumption are thoroughly studied. The report also covers upstream raw materials, equipment and downstream consumer analysis. Moreover, industry marketing channel status, channel characteristic and channel development trend are carefully analyzed. Secondly, the report provides progress policies and expansion plans as well as business processes and market structures. The industry market environment analysis is done which includes industrial requirements of resources and technology, industrial technology development trends, impact of macro policy on industry and other influencing factors. For superior landscape analysis, the market is segregated by regions into the following: • United States • EU • China • Japan, and • Others

For every region, import/export, supply, consumption, cost, price, revenue and gross margin are explained. Key players operating in the market are Videojet, Epilog Laser, Tykma, Mecco, Laserstar, Universal Laser Systems, Gravotech, Rofin, Trotec, FOBA, Trumpf, Eurolaser, Keyence, Hans Laser and HG Tech. Information like company profile, product picture, specifications, capacity, production, price, cost, gross revenue and contact information are also provided. In the end, the report presents SWOT and investment return analysis for new and existing investors. Risks and opportunities related with the industry are precisely assessed. Market entry strategies and new project investment proposals can also be viewed in the report. A feasibility report for investments as well as research suggestions are also present in the report. About Market Research Hub Market Research Hub (MRH) is a next-generation reseller of research reports and analysis. MRH’s expansive collection of market research reports has been carefully curated to help key personnel and decision makers across industry verticals to clearly visualize their operating environment and take strategic steps. MRH functions as an integrated platform for the following products and services: Objective and sound market forecasts, qualitative and quantitative analysis, incisive insight into defining industry trends, and market share estimates. Our reputation lies in delivering value and world-class capabilities to our clients.

Web: https://us.hanslaser.net

HAN'S LASER CORP.

2220 O'Toole Ave,San Jose, CA 95131

Phone: (+1) 408-774-9428

Fax: (+1) 669-900-4570

Email: [email protected]

#laser engraving machinelaser engravinglaser etching machinelaser marking machinelaser cutting machineHan's laserwholesale laser engraving ma

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