Ferric Machinery proudly supplies high-efficiency coil fed laser cutting machines to Canadian manufacturers looking to automate sheet processing and reduce material waste.
Designed for continuous operation, these systems process coiled metal directly into cut parts with minimal handling — perfect for HVAC, ductwork, roofing, and large-scale panel production. Discover how the JÖRG 4923 coil-fed fiber laser can streamline your fabrication line and increase output.
Key Features
- Continuous coil-fed cutting system
- 60″ wide coil capacity (JÖRG 2015)
- Compact layout with straight feeding design
- Compatible with mild steel, galvanized, and stainless steel
- Optional stacking and slit-line configurations
- Automatic feeding, laser cutting, and unloading
- CNC control with intuitive touchscreen interface
Technical Specifications (JÖRG 2015 sample)
- Coil Width Capacity: Up to 60″ (1550 mm)
- Material Thickness: Up to 2 mm mild steel
- Compatible Materials: Mild steel, galvanized steel, stainless steel, aluminum
- Cutting Speed: Up to 25 m/min (material-dependent)
- Laser Power Options: 2kW IPG
- System Configuration: Straight feeding with integrated uncoiler, straightener, and laser head
- Feeding Automation: Servo-controlled uncoiling and feeding
- Stacking Options: Automated stacking / pallet loading available
- CNC Controller: Touchscreen interface with nesting optimization
- Footprint: Approx. 10m x 4m (varies by configuration)
Applications
- HVAC duct manufacturing (spiral and rectangular)
- Sheet metal roofing & siding
- Steel cabinetry and control panel enclosures
- Commercial kitchen fabrication
- Electrical cabinet manufacturing
- Coil-to-part inline production for OEM components
Comparison Table – Coil Fed vs. Sheet Fed
| Feature | Coil Fed Laser | Sheet Fed Laser |
| Material Handling | Continuous, low-touch | Manual or shuttle table |
| Material Yield | Up to 10% higher | Higher drop & trim |
| Cycle Time | Faster per part (no reloading) | Intermittent processing |
| Setup Time | Minimal after coil load | Frequent repositioning |
| Best Use Cases | High-volume, repeat parts | Prototypes, mixed runs |
