The High Power Fiber Laser Cutting Machine with Decoiler Straightener is a fully automated metal processing solution designed for continuous coil-fed cutting operations. It integrates decoiling, straightening, feeding and fiber laser cutting into one efficient production line.
This automated system transforms metal coils directly into finished laser-cut parts. By combining a heavy-duty decoiler, precision straightener and high power fiber laser cutting machine, it delivers consistent quality, reduced material waste and significant labor savings for large-scale manufacturing.
Integrated decoiler enables smooth coil unwinding, continuous feeding and reliable handling of heavy-duty metal coils.
Multi-roller straightener removes coil memory and deformation, improving flatness, accuracy and repeatability.
Available from 3kW to 12kW or higher for fast cutting of thick materials with stable, low-maintenance performance.
Decoiling, straightening, feeding and cutting work together to reduce manual intervention and improve output.
Intelligent nesting, real-time monitoring and CypCut / FSCUT compatible controls maximize material utilization.
Reinforced frame design reduces vibration and supports continuous industrial use with long service life.
| Laser Power | 3kW - 12kW+ |
|---|---|
| Working Width | Up to 1500 mm, customizable |
| Coil Weight Capacity | 5 - 15 Ton |
| Sheet Thickness | 0.5 mm - 25 mm, material dependent |
| Feeding Accuracy | +/-0.1 mm |
| Max Cutting Speed | Up to 120 m/min |
| Power Supply | 3 Phase, 380V / 50Hz |
This coil-fed laser line is widely used where speed, repeatability and low handling time are critical.
Fully automated production, higher output, reduced material waste, consistent precision and lower operational costs.
Coil handling safety, emergency stop, overload protection, optional laser enclosure and fault detection sensors.
It turns coil material directly into finished parts with unmatched speed and accuracy for modern manufacturing.
Share your coil size, material, thickness, power requirement and expected production output. We will suggest the right configuration.