The Glorystar GS-CF Series combines uncoiling, leveling, feeding, and fiber laser cutting into a single automated production solution. This coil-fed laser cutting system allows manufacturers to process material directly from coil stock, reducing material handling, improving material utilization, and increasing throughput compared to traditional sheet-fed laser cutting operations. By integrating multiple production stages into one workflow, the GS-CF Series helps manufacturers streamline production while maintaining consistent part quality.
The GS-CF Series is engineered for manufacturers seeking greater efficiency than traditional sheet-fed laser cutting systems. By combining uncoiling, leveling, feeding, and fiber laser cutting into a continuous production workflow, the system helps reduce manual material handling, improve material utilization, and support high-volume automated sheet metal production.
The standard GS3015 configuration features a 3000 × 1500 mm (10 × 5 ft) cutting format commonly used throughout North American manufacturing. The system is ideal for applications requiring repeatable production, reduced material waste, and improved operational efficiency. Additional configurations may be available to accommodate specific material widths and production requirements.
Integrated Coil Processing
Continuous Material Feeding
Precision Leveling System
Automated Production Workflow
High-Speed Fiber Laser Cutting
Increase Throughput
Reduce Labor Requirements
Improve Material Utilization
Lower Operating Costs
Support High-Volume Production
GS-3015CF | ||
Table Sizes | mm | 3000 x 1500 |
ft | 10 x 5 | |
Laser Power | kW | 6 |
Max Acceleration | 1.5G | |
Positioning Accuracy | metric | ≤0.03 mm/m |
imperial | 0.00118in/39.4in | |
Repeat Position Accuracy | mm | ≤±0.02 |
in | 0.00079 | |
Control | BOCHU CNC | |
Power Requirement | 380V 3-Phase | |
1600mm Uncoiling Line | 1300mm Uncoiling Line | ||
Max Coil Weight | kg | 15000 | 6000 |
lb | 33070 | 13228 | |
Coil Width | mm | 200 – 1524 | 200 – 1300 |
in | 7.9 – 60 | 7.9 – 51 | |
Coil Outer Diameter | mm | 800 – 1500 | 800 – 1300 |
in | 31.5 – 59.1 | 31.5 – 51.1 | |
Coil Inner Diameter | mm | 508 – 610 | |
in | 20.1 – 24.1 | ||
Coil Thickness | mm | 0.6 – 2（Stainless Steel） ≤1524 | 0.6 – 1.8（Stainless Steel） ≤1250 |
in | 0.03 – 0.08（Stainless Steel） ≤60 | 0.02 – 0.07（Stainless Steel） ≤49 | |
Feeding Length | 0 – Max Travel of Equipment | ||
Uncoiling Speed | mm/s | 0 – 15 | |
in/s | 0 – 0.6 | ||
Moving Speed | m/s | 0 – 8 | |
in/s | 0 – 0.3 | ||
Lifting Speed | mm | 3 | |
in | 0.12 | ||
Lifting Stroke | mm | 350 | |
s | 13.8 | ||
Leveling Flatness | metric | ≤±3mm/㎡ | |
imperial | ≤ ±0.12 in/10.76 ft² | ||
Fixed Feeding Line Height | mm | 870 | |
in | 34.3 | ||
Fixed Length Accuracy | mm/m | Length Direction≤±0.2mm/m | |
in/ft | Length Direction ≤ ±0.002 in/ft | ||
A: A coil-fed laser cutting system, sometimes referred to as a coil-to-laser production line, processes material directly from coil stock rather than individual sheets. Material is automatically uncoiled, leveled, fed into the cutting area, and cut into finished parts through a continuous production workflow.
A: The GS-CF Series is ideal for manufacturers processing high volumes of similar sheet metal parts where productivity, material utilization, and production efficiency are critical. Common applications include:
By processing material directly from coil stock, the GS-CF helps manufacturers reduce material handling while supporting continuous production workflows.
A: By integrating uncoiling, leveling, feeding, and cutting into a single automated workflow, the GS-CF Series reduces material handling, minimizes downtime between jobs, and supports continuous production for improved throughput and machine utilization.
A: The GS-CF Series is designed to process common sheet metal materials, including carbon steel and stainless steel. Material capabilities vary based on thickness, width, and production requirements.
A: Yes. While the GS-3015CF is the standard configuration for the U.S. market, additional system configurations may be available depending on material width, thickness, and application requirements.
