+31 40 8080 193Laser machines
Below you will find a complete overview of the different laser machines that MetaQuip supplies. The laser machines are classified by category. MetaQuip supplies a complete portfolio for laser cutting and laser engraving of organic materials and plastics to solutions for laser cutting and laser engraving of metals. Laser machines for flexibility and customization to full-fledged laser machines for production applications. In addition to standard laser machines, MetaQuip also supplies custom build and custom solutions. Contact us to see what MetaQuip can do for your application.
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MetaQuip Laser Machines
In essence, we divide our laser machines into 4 categories:
CO2
laser machines
CO2 laser machines are suitable for both laser cutting and laser engraving, especially of organic materials.
Fiber laser
metal engraving machines
Fiber laser engraving machines are particularly suitable for laser engraving or laser engraving of a large number of metals.
Fiber laser
metal cutting machines
High power fiber lasers are used to laser cut metals.
Special one
laser machines
Laser machines for laser engraving or laser cutting with special properties. Extra large, optimized for production applications or laser engraving of plastics.
How does a laser machine work?
LASER is an acronym and stands for “Light Amplification by Stimulated Emission of Radiation”. In simpler words, light particles (photons) that are charged with current emit energy in the form of light. This light is bundled into a beam.
All lasers consist of three components:
- An external pump source
- The active laser medium
- The resonator.
The pump source directs external energy to the laser.
The active laser medium is located inside the laser. Depending on the design, the lasing medium may consist of a gas mixture (CO2 laser machines), a crystal body (YAG laser) or glass fibers (fiber laser). Of low power fiber lasers allow you to laser engrave of, among other things, metals, with high power fiber lasers allow you to laser cut metals. When energy is supplied to the lasing medium by the pump, it radiates energy in the form of radiation.
The active laser medium is located between two mirrors, the “resonator”. One of these mirrors is a one-way mirror. The radiation of the active laser medium is amplified in the resonator. At the same time, only a certain radiation can leave the resonator through the one-way mirror. This bundled radiation is the laser radiation. Source wiki.
Properties of a laser beam: monochrome and high coherence
Laser radiation has three basic properties:
- Monochrome. This means that the radiation consists of only one wavelength.
- High coherence and also phase coherence.
- The waves of the laser are approximately parallel due to the coherence
These properties allow laser light to be used in many ways of modern material processing. The intensity is preserved for a long time by the coherence and can be focused even further by lenses. The laser beam hits the surface of the material and is absorbed. This is how he heats the material. This heat generation allows the material to be removed or completely evaporated. For example, it is possible to laser engrave, laser mark or laser cut a large number of materials.
Different materials react differently to different wavelengths. For example, a wavelength of 10.6 micrometers is used for CO2 laser machines and a wavelength of 1064nm for fiber lasers.
CO2 Laser Machines
CO2 laser machines are suitable for engraving a large number of materials (for metal engraving, you generally need a fiber laser machine!) And laser cutting. Think of a large number of plastics, wood, leather, paper, cardboard and so on. You will find a complete list here.
CO2 LITE2 DESKTOP
Entry model for engraving and light carving. Available in 40W and 60W.
Completely renewed!
CO2 PRODUCTION SERIES
Work surface from 60 x 40 cm to 150 x 90 cm and laser powers from 60 to 150W. Automatic height adjustment.
Fiber laser engraving machines – laser engraving of (precious) metals
Fiber lasers are specially designed to quickly engrave or mark on a large number of metals. Think of steel, stainless steel, aluminum, gold, silver, titanium, copper and so on. This is not possible with a standard CO2 laser. In addition, the speed and resolution of a fiber laser are much higher than if a CO2 laser machine were to be used. Applications: engraving in metals, type numbers, logos, barcodes, QR codes but also very useful for jewelers because of short changeover times to a different design.
Open fiber lasers
Maximum accessibility, also engraving larger objects quickly, but you should take laser safety precautions yourself, such as laser glasses and the like.
Closed fiber lasers
Maximum safety for your operator, when the laser is on, the operator can never be exposed to laser light.
Compact - open
Open fiber laser with control computer with laser engraving software. Laser class 4.
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Desktop - closed
Desk model fiber laser. For smaller objects and limited space. Laser class 3R.
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Production
Maximum safety for your operator. Equipped for production. Laser class 3R.
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High-power fiber laser machines - laser cutting of (precious) metals
MetaQuip has a number of fiber laser cutting machines for laser cutting of metal in its portfolio. Qualitatively these machines can compete with metal cutters from large German laser parties, but at a significantly lower purchase cost and during production these costs remain considerably lower due to the high reliability. From 500-6kW for cutting thick metal. The big advantage of fiber laser metal cutting is that no further processing is required.
Fiber laser cutter S
60 x 60cm
High precision laser cutting of carbon steel, stainless steel, brass plate and other metals, without further finishing. Laser powers from 500 to 1000W.
Schools and SMEs.
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Fiber laser cutter M
130 x 90cm
High precision laser cutting of carbon steel, stainless steel, brass plate and other metals, without further finishing. Laser powers from 500 to 1000W.
Schools and SMEs.
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Fiber laser cutter M
150 x 100cm
Industrial laser cutting of, among others, carbon steel, stainless steel, brass sheet and other metals, without further finishing. Laser powers from 1kW to 6kW.
For production purposes.
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Fiber laser cutter L
300 x 150cm
Industrial laser cutting of carbon steel, stainless steel, brass plate and other metals, without further processing. Laser powers from 500 to 10kW.
For production purposes.
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Fiber laser cutter XL
400 x 200cm
Industrial laser cutting of carbon steel, stainless steel, brass plate and other metals, without further finishing. Laser power from 500 to 10kW. For production. Option: custom dimensions.
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Fiber tube cutter XL
2-20cm diameter
Industrial laser cutting of pipe material and profiles of, among others, carbon steel, stainless steel, brass plate and other metals, up to 6 meters of pipes without further finishing. Laser powers from 500 to 10kW.
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Special laser machines
Laser machines for special applications.
CO2 Laser Machines portal
Portal Lasers are open bed CO2 lasers for laser cutting or laser engraving of large surfaces.
Dimensions up to 150 x 300cm.
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High-speed CO2 Laser Cutting Machine
Accurate and stable cutting at high speeds of thin materials such as fabric or stickers. The most added value is a high-speed machine for laser engraving. Time gains can increase to more than 30%.
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High-speed CO2 Galvo Engraving Machine
Laser engravings up to 5 times faster than with standard CO2 lasers. Metal tube with long life and no moving parts.
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High-Power CO2 Combi Metal Cutter
CO2 lasers with an extra power to cut through sheet material of steel and stainless steel. Also for wood and plastic. MetaQuip also supplies plasma cutters for cutting thicker metal.
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Tampo Press Cliche Laser Engraving Machine
Laser engrave your own printing plates, flexible, fast and cost-effective. MetaQuip has, in collaboration with Tampo Techniek Nederland BV (TTN), realized a complete solution with which you can make your own clichés.
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UV Laser Engraving Machine - Plastic
Industrial UV lasers for engraving and marking of PCB material, a large number of plastics or glass.
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