9060 CO2 Acrylic Laser Cutting Machine Non-metallic wood board
laser cutting
This 900mm×600mm CO₂ laser engraving and cutting unit is engineered
for both high precision and extensive adaptability. It can handle a
varied range of non-metallic materials, including timber, acrylic,
glass, rubber, and many more. Fitted with an auto-focusing laser
head, a sealed CO₂ glass tube, and a cutting-edge RUIDA control
system, it ensures efficient cutting speeds of up to 1200mm/s
alongside superior engraving accuracy. The machine’s sturdy
structure incorporates TAIWAN square rails, Leadshine drive parts,
and imported mirrors and lenses, offering dependable performance
for sectors like advertising, manufacturing, and garment
production.
Rubber, plastic, fabric, leather, woolen fabrics, crystal, organic
glass, ceramic tiles, jade, bamboo, wood, and so on.
Textile, embroidery, fabric processing, toy production, furniture
manufacturing, glove making, bag crafting, leather processing,
advertising, decoration, electronic products, rubber processing,
acrylic product manufacturing, medium-density fiberboard
processing, and precision handling of non-metallic sheets.
Why Choose Us
1. Advantages of Ball Screw Transmission
With a unique spiral meshing technical structure, this transmission
method controls cutting deviations to less than 0.2mm. When
compared with traditional transmission solutions, this marks a
significant improvement in precision performance. Moreover, its
rigid connection design effectively resolves the elastic
deformation problem—a inherent shortcoming of flexible transmission
setups—making it highly suitable for precision manufacturing fields
that demand strict compliance with contour accuracy requirements.
2. Long-term Stability
By combining Japanese Mitsubishi servo drives with TPI lead screws
and PMI guide rails, the machine achieves a dependable component
configuration. This setup ensures that the equipment operates
continuously with consistent and stable performance over long
timeframes.
3. Durable and Sturdy
The device adopts a structural design where 0.5mm square steel
tubes are fully welded; after welding, a tempering procedure is
carried out to eliminate internal stress. This robust structural
processing enables the equipment to work normally without major
faults for a service life ranging from 8 to 10 years.
4. Easy Maintenance
There is no need for regular maintenance work on this system.
Additionally, users do not have to worry about the decline in
precision that would otherwise be caused by the wear and tear of
belt parts.
Equipment parameters
Name | CO2 laser cutting machine |
Model | T9-L9060S |
Working Size | 600mm*900mm |
Laser Source | CO2 Laser Tube |
Laser Power | 80W/100W/130W/150W/180W/200W |
Light Path | Flight optical path system |
Cooling Method | S&A CW-5200 Chiller |
Drive System | Mitsubishi Servo Driver & Motor from Japan |
Transmission System | TBI Ball Screw & PMI Linear Guide from Taiwan |
Control System | Ruida RDC6442 / RDV6445 |
CCD edge patrol cutting function | Optional |
Positioning Accuracy | 0.02mm |
Repet.Positioning Accuracy | 0.01mm |
Max.Speed | 40m/min |
Working table | Blade platform / Cellular platform (optional) |
Red-light Positioning | Yes |
Auxiliary Equipment | Air pump, centrifugal fans |
Power supply | 220V,50/60Hz |
File format | DXF, PLT, AI, DST, DSB,BMP,GIF,PEG,PCX,DWG |
Dimensions | 1430*1300*1200mm |
Net Weight | 350KG |
Application Materials | Fabric,Leather,Acrylic,Paper,Wood,Bamboo,Ceramic, Rubber,Sponge,Plastic,etc. |
Exhibition and Visitation
Logistics and Packaging
To ensure the smooth operation and maximum performance of the 9060
CO2 Laser Cutting Machine, we provide comprehensive product
technical support and service guarantees:
- Certified technicians will conduct on-site equipment installation
and operation training, which not only ensures standard
installation of the equipment but also helps operators master the
correct usage methods.
- Multi-channel real-time technical support is available via phone,
email, or online customer service to promptly answer questions and
resolve unexpected issues that may arise during equipment
operation.
- Scheduled maintenance services are offered to maintain the
equipment in optimal operating condition and avoid downtime losses
caused by mechanical failures.
- Users are granted access to software updates and technical
documentation to ensure the equipment's functions are synchronized
with the latest upgrades and its performance is continuously
optimized.
- Optional extended warranty and value-added service packages are
provided to add protection for users beyond the standard warranty
period and eliminate usage concerns.
After the order is confirmed, the 9060 CO2 Laser Cutting Machine
will be shipped within 3-5 business days. We cooperate with
qualified and reliable logistics companies to deliver the equipment
to the address specified by the user, and provide a logistics
tracking number to facilitate users to check the transportation
progress in real time.
Q: What materials can the 9060 CO2 Laser Cutting Machine cut?
A: The machine can cut a variety of materials, including common
ones such as acrylic, wood, leather, fabric, and paper.
Q: What is the maximum cutting thickness of the 9060 CO2 Laser
Cutting Machine?
A: The maximum cutting thickness of the 9060 CO2 Laser Cutting
Machine varies by material, and it can typically cut materials with
a thickness of up to 20mm.
Q: Does the 9060 CO2 Laser Cutting Machine come with design and
cutting control software?
A: Yes, the machine is equipped with dedicated software, which can
be used to design processing plans and accurately control cutting
parameters.
Q: What is the maximum cutting speed of the 9060 CO2 Laser Cutting
Machine?
A: The maximum cutting speed of the 9060 CO2 Laser Cutting Machine
is affected by the material type and design complexity, with a
maximum speed of up to 500mm/s.
Q: How often does the laser tube of the 9060 CO2 Laser Cutting
Machine need to be replaced?
A: The service life of the laser tube of the 9060 CO2 Laser Cutting
Machine depends on the frequency of use, and it usually needs to be
replaced every 2,000-3,000 hours of operation.