The Co2 laser CNC cutting method uses a beam that etches and censored wood, cardboard, paper, cardboard, acrylic, textile, jeans, plastic, fleece, broadsheet, ABS, EPDM, PE, PES, PUR, PVB, PTFE, PMMA, and thin metals, fabric, , PVC, PUR and many more.
Most of the manufacturing industries, like school education, small businesses, small shops, etc., use it.
The laser cutter edge, laser cutting crown, laser lens, water cooler, control board, laser glass, laser initiator, and laser power source are all mechanisms of the CO2 laser cutter and CNC computer arithmetical system, Non-metallic laser cutting apparatus, CO2 laser etching cutting machine, CO2 laser engraving machine.
A co2 laser blade is a co2 laser cutter machine, such as a laser cutting system, a laser co2 graver, or a co2 laser engraving cutting machine; these are all types of co2 laser cutter machines.
What are the utilities of a CO2 laser cutter?
A CO2 laser blade machine is a smart cutting tool that cuts automatically; it uses a laser tube numerical system that controls it.
To shine their laser beam on the object’s surface, and at the same time, it put out high energy to dissolve and evaporate the texture of the object.
The laser beam has a distinct wavelength and puts great-power light or color on a thing. The CO2 laser has infrared rays in the light spectrum, so humans cannot see it with their naked eyes.
The later ray travels from the laser resonator; its diameter is about 3/4 inch, which creates a beam through the path of a machine. It glanced from different dimensions on various mirrors, and after that, it ultimately focused on the plate.
When the laser beam knockouts the plate, it goes through the bore of the spigot right before. A trodden gas, such as nitrogen or oxygen, runs through the nozzle bore.
Lower laser power is typically used for printing, while higher laser power is typically used for cutting.
During work, you can modify the laser’s power speed. When you need to cut, turn it up, and when it needs to engrave, turn it down. The depth of engraving also depends on the power level of the laser and the thickness of the cutting.
What are the main purposes to use a CO2 laser cutter?
All cutting and wood engraving industries, plywood, MSF, cardboard, fabric, leather, acrylic, plastic, paper, ivory, rubber, bamboo, and many more use Virmer CO2 laser cutting machines, as do industries that use halogens, phenolic or epoxy resins.
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Arts and crafts industry
- MDF
- Bone
- Wood
- Leather
- Plywood
- Paper
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Packing and printing industry.
- Plastic board
- Plywood board
- Double-layered board
- Rubbery board
- MDF board
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The Leather and Clothing Industries
- Synthetic leather.
- Man-Made leather.
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Architectural Model Industry.
- Production Totem Industry.
- ABS board.
- Appliance signs.
- Anti-fake commodities.
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Advertising Industry.
- Organic glass
- Crystal cup
- Double-colored board
- Warranty signed
The CO2 laser is not good for cutting thick metal sheets as compared to the fiber laser.
The most commonly used products include structural components of automatic elevators, elevator panels, machine tools, grain machinery enclosures, various electrical cabinets, switch cabinets, textile machinery parts, engineering machinery structural components, and large motor silicone. Steel Sheets etc.
Patterns, signs, symbols, and fonts made of stainless steel (typically 3 mm thick) or non-metallic materials (typically 20 mm thick) for use in decoration, advertising, and the service sector. Examples include
- The design of art photo albums,
- signs of businesses,
- Units, hotels, and shopping centers, and Chinese and English fonts used in stations, docks, and public spaces.
Special components that demand precise slitting:
Die-cutting board is the most widely used standard component used in the packaging and printing industries.
In a 20-mm-thick wooden formwork, a slot between 0.7 and 0.8 mm wide must be cut through it. A blade is then inserted into the slot. To cut different packaging boxes with printed designs, use the fashion feature on the die-cutting machine. Oil screen pipe has recently been used in a new field. The wall thickness of the alloy steel pipe is 6 to 9 mm, and a uniform slit with a width of 0.3 mm is cut on it to prevent sludge from entering the oil pump.
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