IMAGE URL PLACEHOLDER: YOUR_COMPONENT_IMAGE_URL_01Flying Galvo Optical Path
Dynamic galvanometer scanning enables continuous processing while material moves, creating a high-speed basis for uninterrupted production.
IMAGE URL PLACEHOLDER: YOUR_HERO_IMAGE_URL_HEREChanxan Laser · Model CW/X-1414
Flying Galvo CO₂ Laser Cutting Machine
The CW/X-1414 combines a dynamic galvanometer scanning flying optical path with precision motion control for continuous material processing. It supports cutting, engraving and punching across a broad range of non-metallic materials, helping increase throughput without interrupting material movement.
1300 × 1300 mm Working Area 0–8000 mm/s Galvo Processing Speed Optional 80–300W Laser Power
Get a tailored solutionApplication Video
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Compatible Materials
The CW/X-1414 is configured for cutting, engraving and punching a broad range of textile, technical-fabric and non-metallic materials.
Natural Fabrics Technical Fabrics Denim Leather PU Wood Acrylic / PMMA Paper Cardboard Vinyl EVA Rubber Plastics
Core Values & Key Components
IMAGE URL PLACEHOLDER: YOUR_COMPONENT_IMAGE_URL_01
IMAGE URL PLACEHOLDER: YOUR_COMPONENT_IMAGE_URL_02Intelligent Laser Control
Professional software automatically corrects the optical path, supports path optimization and delivers real-time laser-energy adjustment.
IMAGE URL PLACEHOLDER: YOUR_COMPONENT_IMAGE_URL_03Precision Industrial Platform
High-quality optical components and a high-rigidity mechanical structure support stable, accurate continuous operation over time.
Key Features
Continuous-Motion Processing
Dynamic follow-up cutting processes material in continuous movement without pauses, helping improve production efficiency.
Full-Scale Flying Cutting
The galvo scanning optical path and motion-control technology enable large-area flying cutting across the working field.
Seamless Area Consistency
Large-scale seamless splicing technology is designed to maintain processing consistency across the complete work area.
Adaptive Path & Energy Control
Automatic path optimization and real-time energy adjustment give operators flexible, convenient process control.
Long-Run Precision Stability
Optical and mechanical components are engineered to retain processing accuracy and stability under long-term continuous operation.
Technical Parameters
| Parameter | CW/X-1414 |
|---|---|
| Model | CW/X-1414 |
| Working Area | 1300 × 1300 mm |
| Laser Power | Optional 80–300W |
| Total Machine Power | 2000W |
| Laser Type | CO₂ Glass Laser Tube / CO₂ RF Metal Laser Tube (Optional) |
| Cooling Type | Water Cooling |
| Galvo Processing Speed | 0–8000 mm/s |
| Cutting Speed | 0–800 mm/s |
| Laser Power Control | 0–100% Software Adjustment |
| Control System | Chanxan Professional Laser Intelligent System |
| Supported Graphic Formats | DST, PLT, BMP, DXF, DWG, AI, LAS |
| Supported Software | TAJIMA, CorelDRAW, Photoshop, AutoCAD, etc. |
| Machine Weight | 500 kg |
| Drive System | Servo Motor and Module Drive System |
| Accessories | Exhaust Fan and Pipe |
| Working Voltage | 220V ±10%, 50Hz (60Hz) |
| Working Conditions | Temperature: 1–45°C, Humidity: 5–95% |
FAQ
What is the main processing advantage of the CW/X-1414?
The dynamic flying configuration processes material during continuous movement rather than requiring stop-and-process cycles, helping increase throughput in suitable workflows.
Which laser sources can be configured?
The machine can be specified with a CO₂ glass laser tube or an optional CO₂ RF metal laser tube, with optional laser power from 80W to 300W.
Which materials can this machine process?
It can process many non-metallic materials, including natural and technical fabrics, denim, leather, PU, wood, acrylic, PMMA, paper, cardboard, vinyl, EVA, rubber and plastics.
What software and graphics formats are supported?
Supported graphics include DST, PLT, BMP, DXF, DWG, AI and LAS. Compatible software includes TAJIMA, CorelDRAW, Photoshop and AutoCAD.
