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Coil Fed Laser Cutting Line
For sheet coils, front to end automation is made possible from decoiling, leveling, feeding, cutting, unloading, bending, welding and finished product stacking. The stereo pallet racks can make full use of space while storing sheets. In doing so, such centralized storage needs less footprint.
Laser power: 3-6 [kW]
Max. working area: 3000*1500 [mm]
Thickness of sheet coil: 0.6-2 [mm]
Max. weight of sheet coil: 15 [T]
Max. working area: 3000*1500 [mm]
Thickness of sheet coil: 0.6-2 [mm]
Max. weight of sheet coil: 15 [T]
Laser power: 3-6 [kW]
Working area: 3000*1500 [mm]
Thickness of coiled sheet: 0.8-3 [mm]
Max. weight of sheet coil: 15 [T]
Working area: 3000*1500 [mm]
Thickness of coiled sheet: 0.8-3 [mm]
Max. weight of sheet coil: 15 [T]
Laser power: 6 [kW]
Working area: 3000*1500 [mm]
Thickness of coiled sheet: 0.8-3 [mm]
Max. weight of sheet coil: 15 [T]
Working area: 3000*1500 [mm]
Thickness of coiled sheet: 0.8-3 [mm]
Max. weight of sheet coil: 15 [T]
Laser power: 12-80 [kW]
Working area: 4000*2000 [mm]
Thickness of coiled sheet: 8-14 [mm]
Max. weight of sheet coil: 20 [T]
Working area: 4000*2000 [mm]
Thickness of coiled sheet: 8-14 [mm]
Max. weight of sheet coil: 20 [T]
Laser power: 12-80 [kW]
Working area: 8000*1800 [mm]
Thickness of coiled steel: 6-20 [mm]
Max. weight of coiled steel: 30 [T]
Working area: 8000*1800 [mm]
Thickness of coiled steel: 6-20 [mm]
Max. weight of coiled steel: 30 [T]
Laser power: 3 [kW]
Working area: 3000*1500 [mm]
Thickness of sheet coil: 0.8-1.2 [mm]
Max. weight of sheet coil: 15 [T]
Working area: 3000*1500 [mm]
Thickness of sheet coil: 0.8-1.2 [mm]
Max. weight of sheet coil: 15 [T]
Laser power: 3 [kW]
Working area: 3000*1500-6000*1500 [mm]
Thickness of coiled steel: 0.6-2 [mm]
Max. weight of coiled steel: 10 [T]
Working area: 3000*1500-6000*1500 [mm]
Thickness of coiled steel: 0.6-2 [mm]
Max. weight of coiled steel: 10 [T]
Laser blanking line with multiple cross beams enables multi-head cutting & dust control. Boost output, cut cycle time, and ensure safer operation.
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Coil Fed Laser Cutting Line Demo
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1502CH | Fully-enclosed Thin Sheet Coil Laser Blanking Line
1803CLH | Aluminum Sheet Coil Laser Blanking Line with Unloading Robots
FAQ
What is the difference between a Coil Fed Laser Cutting Line and a standard sheet laser cutting machine?
The main difference lies in the production mode.
- A Coil Fed Laser Cutting Line is a fully continuous production system that integrates the entire process flow—from uncoiling, leveling, feeding, cutting, unloading, bending, welding, to finished part stacking—all of which can be fully automated from start to finish.
- Sheet laser cutting machine operates in an intermittent mode: you cut one sheet, then stop for loading/unloading, repositioning, and then cut the next sheet, with manual coordination required between each step.
The core value of investing in a Coil Fed Laser Cutting Line is not about cutting faster—it’s about using fewer people to automate the connection between every process step, enabling non-stop continuous production.
What kind of operations are best suited for a Coil Fed Laser Cutting Line?
It mainly comes down to three dimensions:
- Production volume: The line is most advantageous for high-volume, repetitive orders. For small-to-medium batches with frequent product changeovers, the capacity advantage diminishes significantly.
- Material thickness: A coil fed laser cutting machine is typically designed for thinner sheets (generally ranging from 0.6mm to 20mm, depending on the material type and machine configuration). Thicker materials are better suited for traditional sheet laser cutting.
- Floor space and capital investment: The equipment requires a substantial upfront investment and a large footprint, so a detailed feasibility study is essential before making a decision.
What is the typical ROI period for a Coil Fed Laser Cutting Line?
The return on investment comes from three main sources:
- Material utilization: Through advanced nesting algorithms, continuous coil processing, and precise cutting control, the system minimizes scrap and material waste, significantly improving material yield. In many cases, material costs can be reduced by up to 50%.
- Labor cost: Automated feeding eliminates manual sheet loading, reduces workforce requirements, and minimizes operator exposure to machine-related safety risks, resulting in safer, more stable, and uninterrupted production.
- Production uptime: Effective production time increases substantially (OEE can improve from roughly 40% to over 85%, though actual figures vary by industry and order mix). In high-frequency production scenarios such as automotive parts manufacturing, industry estimates suggest a payback period of approximately 12 to 18 months.
