| Customization: | Available |
|---|---|
| After-sales Service: | 24 Hours Online Service |
| Warranty: | 1 Year |
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Features:
1. Adopt DSP digital controlling technology, self-designed laser power supply, and incorporate a designed frame and structure to guarantee stable work.
2. The newest software is matched to Auto CAD, coreI DRAW CAD and all other graphics processing softwares for outputing original graphics.
3. This series of machines firstly uses a USB port data interface which supports hot-plugging and momentary data transmission to realize high efficiency without accounting for computer resource. The LCD controlling panel brings a friendly computer-human interface and easy operation.
4. It uses a USB port data interface with a large mass storage device to provide high working speed and efficiency. 
| CO2 LASER MACHINE APPLICABLE MATERIALS | ||
| MATERIAL | ENGRAVE | CUT |
| Acrylic | YES | YES |
| Ceramic | YES | |
| Cloth | YES | YES |
| Corian | YES | YES |
| Cork | YES | YES |
| Delrin | YES | YES |
| Fabric | YES | YES |
| Fiberglass | YES | YES |
| Glass | YES | |
| Leather | YES | YES |
| Marble | YES | |
| Matte Board | YES | YES |
| Melamine | YES | YES |
| Mother of Pearl | YES | YES |
| Mylar | YES | YES |
| Painted Metals | YES | |
| Paper | YES | YES |
| Plastic | YES | YES |
| Pressboard | YES | YES |
| Rubber | YES | YES |
| Tile | YES | |
| Wood | YES | YES |
| Wood Veneer | YES | YES |
| Working size | 1300x2500/1300x2600/1600x3000mm |
| Cutting depth | ≤ 25mm (according to material) |
| Laser power | 60w-180w |
| Laser type | CO2 glass laser tube |
| Laser power supply | 60w-180w |
| Mirror and Lens | 25mm Dia. Si mirror; 20mm Dia. Znse IIV-VI lens |
| Engraving speed | 1-60000mm/min |
| Control system | RDC6445 RUIDA |
| Control Software | RDWORKS V8 |
| Working Table | Cellular platform or a blade platform |
| Laser head | red dot positioning |
| Air compressor power | Haili 135W |
| Motor&Driver | Stepper Motor&Driver |
| Exhaust fan Power | 550W |
| Transmission | Japan SMG linear rail+JB belt |
| Cutting speed | 1- 10000mm/min |
| Resolution ratio | ≤0.0125mm |
| Interface | USB2.0 |
| Minimum shaping character | letter 0.5mm, Chinese 0.5mm |
| Cooling type | Circulation water cooling CW5200 |
| Support format | JPG,JPEG, PLT, DST, PLT, BMP, DXF, AI |
| Voltage | 110V/220V 50HZ 60HZ |
| Operating temperature | 0-45C |
| Operating humidity | 5-95% |
| Warranty | Machine:1 year, Laser tube:12 months |
| G.W | 650KGS/850KGS |
| Size | 2.03*3.78*1.15m W*L*H |
* Highly Experienced Team
Our team of expert technicians boasts over 13 years of invaluable hands-on experience, ensuring that every service we provide is crafted with the utmost expertise and precision.
*100% Customer Satisfaction and Feedback
We pride ourselves on swift responses to all inquiries, offering comprehensive guidance through videos, images, and a multitude of tools to address and resolve any issue our customers may face.
* Guaranteed After-Sales Support
By forging strong alliances with industry leaders such as MAX, RAYCUS, and others, we guarantee rapid after-sales service and steadfast support, ensuring your complete satisfaction and operational efficiency.
Q. What materials are suitable for CO2 laser cutting machines?
CO2 laser cutting machines are suitable for cutting and engraving non-metallic materials, such as: Wood (plywood, density board, etc.), Acrylic (PMMA), Plastics (such as ABS, PE, PVC), Cloth, leather, Cardboard, paper, Rubber, Engraving on glass surfaces (no deep cutting)
Note: not suitable for direct cutting of metal materials, but some models can mark or process thin metal surfaces (the effect is not as good as fiber laser cutting).
Q. What is the service life of a CO2 laser tube? Can it be replaced?
The normal service life of a CO2 glass laser tube is generally 2,000-10,000 hours, depending on the power, frequency of use, and cooling system.
Yes, it can be replaced, and the replacement cost is generally moderate.
It is recommended to regularly check whether the cooling system (such as water cooling device) is operating normally to extend the life.
Q. Will the laser cutting edge burn?
Whether it is burnt depends on:
Material type (such as acrylic edge can be melted smooth, but wood is easy to carbonize)
Cutting parameter settings (power, speed, frequency)
Gas assist (some models support air or nitrogen assist to reduce the burnt edge)
note: Reasonable parameter adjustment can effectively reduce the phenomenon of burnt edge.
Q. Is it necessary to install a dedicated smoke exhaust device?
Yes, a smoke exhaust system or a filtration system must be installed.
Smoke and odor will be generated during cutting, especially when cutting acrylic, leather or plastic.
It is recommended to equip an external fan or activated carbon filter to ensure environmental protection and health.
Q. How to choose the power of CO2 laser cutting machine?
Common power ranges include: 40W, 60W, 80W, 100W, 150W, 180W, etc.
Mainly for engraving: 40W~80W is recommended
Cutting acrylic and wood: 100W or more is recommended
Deep cutting or high-efficiency production is required: choose 150W+
Q. Is special maintenance or care required?
Yes, regular maintenance is important:
Clean the lens and reflector regularly (to avoid laser loss)
Check if the laser tube is leaking water/air
Check if the optical path is offset
Ensure the normal operation of the fan and cooling water pump
Maintenance cycle recommendation: weekly simple inspection, monthly deep maintenance
Q. Can CO2 laser be used to cut metal?
Not recommended. CO2 laser has high reflectivity to metal, poor cutting effect and low efficiency.
If cutting metal, it is recommended to use a fiber laser cutting machine.
In some cases, it can be marked or processed with very thin metal films, but deep cutting is not allowed.
Q. Will laser cutting affect the physical properties of the material?
Generally, it will not affect the overall structure of the material, and there will only be a heat-affected zone (HAZ) at the edge.
For most applications (signage, crafts, packaging industry, etc.), the impact can be ignored.
For industries that require high-precision performance (such as medical devices), cold processing technology or fiber laser processing is recommended.
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