IMAGE URL PLACEHOLDER: YOUR_COMPONENT_IMAGE_URL_01Projection Flyknitting Alignment
A high-resolution projector provides fine, accurate lines that help position Flyknit uppers precisely before laser processing.
IMAGE URL PLACEHOLDER: YOUR_HERO_IMAGE_URL_HEREChanxan Laser · Model CW-1610TY
Projector CO₂ Laser Cutting Machine for Footwear
The CW-1610TY upgrades the standard CW platform with dual laser heads and a projection flyknitting system. Projection technology accurately aligns Flyknit uppers for fast, reliable cutting, while the selected laser-head configuration can be tailored to production requirements.
1600 × 1000 mm Working Area High-Resolution Projector Positioning Independently Movable Dual Laser Heads
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Compatible Materials
Designed for footwear production workflows centered on accurately aligned Flyknit uppers and multi-layer composite midsole materials.
Flyknit Uppers Knitted Textiles Mesh Fabrics Shoe-Upper Materials Multi-Layer Composite Midsoles Footwear Textile Composites
Core Values & Key Components
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IMAGE URL PLACEHOLDER: YOUR_COMPONENT_IMAGE_URL_02Dual-Head Asynchronous Cutting
Independently movable dual laser heads support fast cutting for footwear patterns and adaptable production layouts.
IMAGE URL PLACEHOLDER: YOUR_COMPONENT_IMAGE_URL_03Stable Production Platform
Vacuum adsorption, dual-belt transmission, Taiwan HIWIN linear rails and a casting structure support stable processing.
Key Features
Precision Projection Positioning
Projection technology accurately aligns Flyknit uppers, helping achieve consistent positioning for footwear cutting operations.
Fast Dual-Head Cutting
Dual laser heads deliver high-speed cutting, with the laser-head specification selectable to suit production requirements.
Multi-Layer Midsole Capability
The platform can cut multi-layer composite midsole materials for expanded footwear-manufacturing flexibility.
Smart Continuous Production
Auto-feeding, smart nesting and unlimited-length processing support material flow and efficient footwear production workflows.
Automated Equipment Care
An auto-oiling system and robust casting structure support stable operation and straightforward day-to-day machine use.
Energy-Conscious Operation
The machine is designed with low overall energy consumption for Flyknit upper production applications.
Technical Parameters
| Specification | CW-1610TY |
|---|---|
| Model | CW-1610TY |
| Laser Power | 80W / 100W / 150W |
| Laser Type | CO₂ Laser Tube, 10.6 μm |
| Working Area | 1600 × 1000 mm |
| Linear Rail | Taiwan HIWIN Linear Rail |
| Motor Type | 3-Phase Stepper Motor |
| Cooling System | Water Cooling System |
| Table Type | Vacuum Adsorption Cutting Platform |
| Scanning Speed | 0–70,000 mm/min |
| Cutting Speed | 0–40,000 mm/min |
| Positioning Accuracy | ≤ ±0.01 mm |
| Maximum Scanning Precision | 2500 DPI |
| Supported File Formats | PLT, AI, BMP, DST, DXF |
| Compatible Software | CorelDRAW, Photoshop, AutoCAD |
| Color Separation | Supported |
| Working Voltage | 220V, 50Hz / 110V, 60Hz |
| Operating Temperature | 0–45°C |
| Additional Features | Auto-Feeding Device, Dual-Belt Transmission, Independently Movable Dual Laser Heads, 1–100% Software Adjustable Power, Camera Positioning |
FAQ
What is the CW-1610TY designed for?
The CW-1610TY is professionally designed for footwear manufacturing, with a focus on projected alignment and cutting of Flyknit shoe uppers as well as multi-layer composite midsole materials.
How does the projection system support footwear cutting?
The high-resolution projector projects fine lines to accurately align Flyknit uppers, supporting precise positioning before the cutting operation begins.
What cutting configuration does the machine use?
The system uses independently movable dual laser heads with asynchronous cutting capability. Laser power can be selected from 80W, 100W or 150W.
Which production-support functions are included?
Specified additional features include auto-feeding, dual-belt transmission, software-adjustable power, camera positioning, auto-oiling, smart nesting and unlimited-length processing support.
