Revolutionize Your Blanking with Coil-Fed Laser Systems
Produce high-quality parts directly from coils with minimal material lost, up to 400% rise effectifity, no dies, and up to 30% material savings.
Why Choose Coil-Fed Laser Cutting?
Outperform mechanical blanking and table lasers with unmatched flexibility and efficiency.
No Flashback
Open-air cutting ensures pristine part quality on both sides, eliminating weld marks.
Die-Free Production
Save on costly dies, maintenance, and storage with software-driven cutting.
High-Speed Cutting
Laser head speeds up to 98.4 in/s with 2g acceleration for faster production.
Material Efficiency
Tight nesting reduces scrap, saving up to 90% on material costs annually.
Automation
Fully automated from coil to finished part, reducing labor and errors.
Scalable Production
Easily adjust production volumes without retooling, making it ideal for both small batches and high-volume runs.
From Coil to Finished Part in One Seamless Process
Discover how our system transforms raw coils into high-precision blanks.
Uncoiling
The uncoiler feeds metal coils smoothly into the system.
Leveling
Removes coil defects for flat, stress-free material.
Laser Cutting
Precision fiber laser module cuts blanks with tight tolerances.
Part Handling
Automated systems separate parts from scrap and stack them.
Control System
Advanced automation ensures efficiency and accuracy.
Main Components of a Roll-Fed Laser Machine
A roll-fed laser machine is a complex yet perfectly balanced system, consisting of the following key components:
Coil Unwinder
A device for unrolling the metal coil, ensuring a smooth and controlled feed of the material.
Straightener and Feeder Rolls
A system that straightens the metal strip and precisely feeds it into the cutting area.
Laser Source
The heart of the machine, generating a powerful laser beam (typically a fiber laser for metal processing).
Laser Cutting Head
An optical system that focuses the laser beam onto the material's surface and performs the cut. It may also include gas assist systems (oxygen, nitrogen) to improve cut quality.
CNC (Computer Numerical Control) System
A computer control system that interprets CAD models and governs the movement of the cutting head, ensuring precision and repeatability.
Conveyor System
The surface where the cutting takes place. In roll-fed systems, a conveyor belt or roller system is often used for continuous material feeding.
Automatic Scrap Removal System
Removes material scraps and harmful fumes generated during the cutting process, ensuring a safe and clean working environment.
Parts Collection System & Stacking System
Automatically collects finished parts and stacks them or places them into containers.
Available Models of Coil-Fed Laser Blanking Systems
Customize Your Coil-Fed Laser System
Enhance your production with advanced options tailored to your needs.
Portal System for Part Collection Organization
A Portal System for Part Collection Organization streamlines the automated sorting and stacking of laser-cut parts from coil-fed systems. Using precision robotics and conveyors, it efficiently organizes finished blanks, reducing manual labor and ensuring seamless integration with high-speed production lines.
6-Axis Robot for Stacking
The 6-Axis Robot for Stacking enhances coil-fed laser systems by automating the precise stacking of cut parts. With flexible, multi-axis movement, it efficiently handles various part sizes and shapes, minimizing labor costs and boosting production efficiency.
Portal Unloading System
The Portal Unloading System automates the unloading of cut parts from coil-fed laser systems, featuring a pneumatic suction cup, YASKAWA servo motor, 180-degree rotation, and a 1000 kg unloading capacity. Custom solutions are tailored based on client drawings, accounting for unloading size and material thickness.
Integrated Panel Bending System
The Integrated Panel Bending System seamlessly integrates with coil-fed laser blanking systems to automate precise bending of cut parts. Featuring advanced servo-driven technology, it ensures high accuracy and repeatability for complex geometries, streamlining production and reducing manual handling.
6-Axis Robotic Manipulator for Unloading
The 6-Axis Robotic Manipulator for Unloading (ESTUN ER220-2650) automates the unloading of laser-cut parts with precision. Featuring a 2650 mm reach, ±0.02 mm repeatability, 220 kg maximum payload, and 6 axes of movement, it ensures efficient, accurate handling for high-speed production lines.
Filtration and Ventilation Unit
The Filtration and Ventilation Unit ensures a clean and safe workspace by efficiently removing dust and fumes during laser cutting. Equipped with a Siemens motor, ultra-high negative pressure fan, TORAY filter system, visual HMI, and a proprietary control system with EtherCAT bus support and frequency conversion for energy-efficient operation, it combines industrial-grade design with advanced performance.
Compressor TG-20CTAS-16-500
The Compressor TG-20CTAS-16-500 provides reliable air supply for coil-fed laser blanking systems, delivering a working pressure of 16 bar, air volume output of 1.5 m³/min, and 15 kW motor power. With a low noise level of 68 dB(A) and 660 kg weight, it ensures efficient, quiet operation for industrial environments.
Laser Marking System
The Laser Marking System enhances coil-fed laser blanking with precise part identification. Offering 20/30/50 W power options, self-adjusting speed and power, and a marking area of 100x100 to 300x300 mm, it achieves up to 8000 mm/s marking speed. With a sleek industrial design and support for multiple languages (Chinese, English, French, German, Spanish, Russian), it ensures versatile, high-speed marking.