Dual-Head High-Speed CO₂ Laser Cutting Machine for Industrial Filter Cloth
High-speed dual-head CO₂ laser cutting machine engineered for industrial filter cloth. Featuring symmetrical dual-head operation, automatic tension control, and intelligent nesting software, it doubles productivity compared to single-head cutters while ensuring clean edges, high precision, and long-term stability. Ideal for large-format filter bag production, technical textiles, and continuous high-volume manufacturing.
Description
High-Speed Laser Cutting Machine for Filter Cloth | CO2 Industrial Cutter
Unleash the Power of Dual-Laser Symmetrical Cutting and Smart Automation
With years of experience in developing precision laser cutting systems for industrial filtration, we proudly present our Dual-Head High-Speed Laser Cutting Machine, specially designed for large-format filter fabrics and technical textiles. Featuring dual-head symmetrical cutting, automatic feeding with tension control, and remote operation, this cutting solution delivers exceptional speed, accuracy, and long-term reliability for high-throughput production environments.
What Makes Dual-Laser Symmetry a Game Changer?
Superior Speed and Efficiency
-
Dual laser heads operate in perfect synchronization at speeds up to 400 mm/s.
-
Symmetrical patterns are cut simultaneously, doubling productivity and reducing total cycle time.
Unmatched Cutting Precision
-
Independent yet synchronized dual-laser heads ensure perfect symmetry and edge accuracy, even for complex designs.
Optimized for High-Volume Production
-
Built for industrial-scale operations requiring continuous output, reliable alignment, and precise control.
CO₂ Laser Source for Filter Press Cloth Cutting
Our dual-laser system is powered by sealed CO₂ laser tubes, selected for their high beam quality, reliability, and compatibility with non-metallic materials.
-
Perfect for polypropylene (PP), polyester (PET), polyamide (PA), and other technical textiles
-
Output power: 150W to 300W
-
Delivers clean edges, minimal heat distortion, and long operating life even under continuous use
CO₂ Laser vs RF Laser — Which One Truly Works for Filter Cloth?
| Comparison Item | Sealed CO₂ Laser (200V) | RF Laser (500V) |
| Power Stability | Stable, smooth output | Fluctuates, unstable at low output |
| Usable Output for Filter Cloth | 70–80% without burning | Max 30–35% — higher causes burning |
| Cutting Edge Quality | Clean, no carbonization | Easily charred or melted |
| Cutting Speed | ✅ 200 mm/s (single head) ✅ 400 mm/s (dual heads) |
❌ ~150 mm/s at safe output |
| Material Compatibility | Optimized for PP, PET, PA, and non-metallics | More suited for rigid or metallic materials |
| Maintenance | Simple, low-cost | Complex, expensive RF module |
| System Voltage | 200V — safer and more efficient | 500V — high-voltage, more fragile |
| Lifetime & Replacement | Long tube life, easy to replace | RF module sensitive and costly |
| Overall Cutting Efficiency | ✅ Fast, clean, consistent | ❌ Slow, unstable, with thermal damage |
📌 Key Insight:
In real-world use, CO₂ lasers cut up to 2.5× faster than RF lasers on filter cloths — and without thermal damage.
While RF systems struggle at 150 mm/s, our dual-head CO₂ system achieves 400 mm/s with clean edges and minimal waste.
✅CO₂ is the only laser technology truly optimized for high-speed, high-quality filter cloth cutting.
Smart Automatic Feeding System
Our proprietary automatic feeding technology includes:
-
Automatic Tension Control – Maintains uniform fabric tension throughout the cutting process
-
Real-Time Position Correction – Continuously adjusts fabric alignment for precision
-
Remote Operation – Modify parameters without stopping the machine
-
Higher Efficiency – Less manual intervention, reduced waste, and increased throughput
Real-World Cutting Performance
Here are real-world test results showing how our system performs across different filter cloth materials and thicknesses:
| Cutting Example | Material Size (mm) | Material | Thickness | Cutting Time |
| Diemme Size | 1515 × 2515 | Polyamide mono-mono, 380 g/m² | 0.42 mm | 45 seconds |
| Diemme Size | 1515 × 2515 | PP multi-multi, 550 g/m² | 0.65 mm | 60 seconds |
| Diemme Size | 1515 × 2515 | PP multi-multi, 950 g/m² | 1.10 mm | 90 seconds |
Key Insight:
-
Dual-laser technology reduces processing time by up to 35% for large and symmetrical parts.
-
Even smaller or lightweight fabrics benefit from single-laser high-speed precision.
Key Features
| Feature | Description |
| Dual-Laser Symmetrical Cutting | Simultaneous left-right operation ensures faster output and perfect alignment |
| High-Speed Operation | Up to 200 mm/s (single head), 400 mm/s (dual head) |
| Automatic Tension & Correction | Real-time monitoring of fabric position and stretch |
| Large-Format Cutting Area | Supports materials up to 3 meters wide × 6 meters long |
| Smart Interface | Built-in drawing and nesting software; no external tools needed |
| Remote Control | Adjust settings on-the-fly without pausing production |
| Fume Extraction System | Removes smoke and dust, ensuring a clean and safe work environment |
| Precision Transmission | Servo motors and linear guides provide stable and accurate motion control |
Applications
-
Filter Cloth Manufacturing – High-speed production of precise filter panels
-
PVC & Technical Fabrics – Cutting of heavy-duty industrial materials
-
Plush Toys & Textiles – Flawless symmetrical cuts for pattern-sensitive soft goods
Technical Specifications
| Feature | Specification |
|---|---|
| Laser Type | Sealed CO₂ Laser (optimized for non-metallics) |
| Laser Power | 150W – 300W |
| Operating Area | Width: 1800–3000 mm / Length: 3000–6000 mm |
| Max Linear Speed | 40,000 mm/min |
| Minimum Character Size | 0.85 mm |
| Cutting Depth | ≤ 30 mm |
| Resetting Positioning Accuracy | ±0.05 mm |
| Operating Temperature | 0 – 45 ℃ |
| Supported File Formats | PLT, BMP, JPG, DXF, TIFF, AI, DST |
| Power Supply | AC 220V, 50Hz, Single Phase |
| Special Size Options | Custom sizes available upon request |
What You Gain
-
✅ Accelerated Output – Increase production speed by up to 35%
-
✅ Optimized Yield – Reduce material waste with tension-corrected precision
-
✅ Lower Labor Dependency – Automate repetitive steps and reduce training costs
-
✅ Industrial-Grade Reliability – Designed for continuous use in high-demand environments
Why Choose Us?
-
Industry-Leading Technology – From dual-laser architecture to smart automation
-
Faster ROI – Higher productivity and lower waste bring quicker returns
-
Built to Last – Durable structure and stable performance for long-term operations
Take Your Production to the Next Level
Experience high-speed precision, reliable performance, and smart automation — all in one solution.
The Dual-Laser High-Speed Laser Cutter for Large Filter Cloths is your next step toward intelligent, efficient, and scalable manufacturing.