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Large Format CO2 Laser Cutting Machine for Filter Cloth


Large Format CO2 Laser Cutting Machine, specifically designed for industrial filter cloth applications. Featuring medium to high-power CO2 laser technology, this machine is equipped with a high-speed, high-precision gear rack drive system, and a proprietary motion control system developed for industrial fabric cutting. Various marking modules are available.

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CO2 Flatbed Laser Cutting System
- Industrial Class

This large format CO2 flatbed laser cutting machine is developed for automatic and continuous cutting of filter materials. Thanks to the X and Y-axis rack and pinion drives, as well as servo motors, the laser cutter offers high precision and cut quality at the highest cutting speeds and accelerations. It is durable and provides optimal laser stability while laser cutting.

Various laser wattage configurations are available: 300, 600, or 800 watts.

Available in a range of widths and lengths, the laser cutting table can be built to match your application needs.

Working Area: 3500mm×5000mm (Customizable)
X axis (mm): 2100 / 2500 / 3000 / 3200 / 3500
Y axis (mm): 3000 / 4000 / 5000 / 6000


Watch JMCCJG-350500LD CO2 Laser Cutting Machine for Filter Cloth in Action

Configurations Highlight

1. Fully Enclosed Design

A fully enclosed design offers enhanced safety, environmental protection, and operational efficiency for industrial fabric laser cutting machines.
Fully enclosed structure
Enclosing the cutting area ensures that operators and nearby personnel are protected from the laser beam and fumes generated during the cutting process.
The enclosed design helps contain dust and fumes produced during the cutting process, improving air quality in the workspace.
By minimizing external disturbances such as air currents, the enclosed design can help maintain consistent cutting conditions, leading to higher precision and quality in the finished products.
The enclosure can help dampen the noise generated by the cutting process, creating a quieter and more comfortable working environment.
In many regions, industrial facilities are required to adhere to strict safety and environmental regulations. A fully enclosed design can help ensure compliance with these regulations.
The wireless control handle enables operators to remotely control and adjust cutting parameters, enhancing mobility, safety, and precision during operation. Its intuitive interface and emergency stop features contribute to a smoother and more efficient cutting process while ensuring user safety.

2. Gear Rack Dual-drive Transmission System

This laser cutting machine is powered by a gear rack dual-drive transmission system, which harnesses the precision of two servo motors to drive separate gear and rack assemblies.

This configuration ensures pinpoint accuracy and swift movement along the X and Y axes, enhancing the machine’s dynamic capabilities and synchronization accuracy. Even at high speeds, the laser cutting head maintains stability and precision, making it ideal for filter materials and technical textiles cutting that demand high precision and responsiveness.

Significantly improves the dynamic performance of the laser cutting machine, ensuring that the cutting head remains stable and precise at high operating speeds.
Smooth transmission effect, reduced noise and increased gear loading capacity make it particularly suitable for handling industrial filter cloth materials that require high precision and high dynamic response.
Stable operation even under high load conditions meets the stringent requirements of industrial production for durability and reliability.
This feature allows the machine to maintain high efficiency and reliability even in the most demanding production environments, significantly reducing operational costs for businesses while enhancing production efficiency.

3. Tension Feeder with Edge Control

Heavy-duty feeder specifications:
heavy duty feeder with tension control
Tension Control System:

The core of the tension feeder is a sophisticated tension control system that ensures the fabric maintains a constant and appropriate tension during the feeding process. This system typically includes tension sensors, controllers, and actuators that work together to automatically adjust the tension, preventing the fabric from becoming slack or overstretched.

Edge Control:
When the fabric deviates during the conveying process, the correction system can automatically detect and adjust the position of the fabric to ensure it remains correctly aligned during cutting or processing, achieving automatic edge control.
Double-layer Feeding:

Tension feeder can be designed to support double-layer feeding. It refers to the capability of feeding two layers of fabric simultaneously into the laser cutting machine.

This feature is particularly useful in industries where efficiency and productivity are paramount. By feeding two layers of fabric at once, the cutting or processing time can be effectively reduced, leading to increased throughput and productivity in manufacturing operations.

4. Marking Modules

marking systems

Upon request, a Ink-jet Marking module and a Marker Pen can be installed on the laser cutting unit to print or mark the filter materials for subsequent sewing.

Inkjet marking feature:

5. Pressure Bars

pressure bar on flated CO2 laser cutter
This laser cutting machine features pressure bars which are typically located along the edges of the worktable, near the cutting area. The main purpose is to provide stability and hold the fabric or material in place during the cutting process, ensuring precise and accurate cuts.
It helps to keep the fabric or material flat and stable during the cutting process. This is crucial for ensuring accurate and clean cuts.
The pressure bar prevents the material from shifting or moving during cutting, which could result in inaccuracies or errors in the final product.
By holding the material firmly in place, the pressure bar ensures that the laser cuts through the material evenly and consistently, leading to high-quality cuts.

Powerful customization capabilities

The laser cutting machine we produce is specially configured to fulfill your requirements thanks to the modular design. We can customize the system exactly to the needs of your application.

Technical Specifications

Model No. JMCCJG-230230LD, JMCCJG-300300LD, JMCCJG-350400LD, JMCCJG-350500LD
Laser type CO2 RF metal laser
Laser power 300W, 600W, 800W
Working area 2300mm×2300mm, 3000mm×3000mm, 3500mm×4000mm, 3500mm×5000mm (Custom working areas available)
Working table Vacuum conveyor working table
Drive System YYC X & Y-Axis Rack & Pinion Drive, YASKAWA Servo Motors, ABBA Linear Guide
Cutting speed 0~1,200mm/s
Acceleration 8,000mm/s2
Power supply AC380V±5% 50/60Hz 3Phase / AC220V±5% 50/60Hz
Graphic Format Supported PLT, DXF, AI, DST, BMP

Filter materials (filter fabrics and filter mats) suitable for laser cutting:

Polyester, Polypropylene (PP), Polyurethane (PU), Polyethylene (PE), Polyamide (Nylon), Filter Fleece, Foam, Nonwoven, Paper, Cotton, PTFE, Fiberglass (fiberglass, glass fiber) and other industrial fabrics.
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