Manufacturers that are under pressure to increase throughput while reducing material waste are rethinking how their parts are cut long before they ever reach a press brake or welding cell. One option involves the rapid evolution of coil-based laser cutting systems – equipment that replaces intermittent sheet handling with continuous, digitally driven production. By cutting parts directly from the coil, these systems achieve the increased throughput and reduced material waste manufacturers are seeking. Additional benefits include streamlined material flow, shortened changeover times and reduced reliance on dedicated tooling.
At its core, coil-fed laser technology links uncoiling, leveling, laser cutting and part unloading into a single automated workflow. The approach has particular value in automotive, appliance and general fabrication operations where mixed part runs and just-in-time delivery place a premium on productivity and part quality.
Industry analysts report impressive growth for the coil-fed laser cutting system market with a CAGR of 13.4 percent from 2026 to 2033. They note that coil-fed systems can improve accuracy and lead times while minimizing scrap by cutting continuously along the length of a coil rather than working sheet by sheet in the traditional, compartmentalized methods involving frequent starts, stops and part changes.
These five coil-fed laser solutions reflect different approaches to continuous cutting and blanking. Together, they illustrate how coil-based laser cutting is reshaping blanking, part production and end-to-end delivery on today’s shop floors.
Software optimized
A familiar name in press manufacturing and laser solutions for the automotive industry, Andritz Schuler Inc.’s laser blanking line solution brings cut-to-length coil-fed laser production to its Laser Blanking Line 1.18 DFT, which is built around its proprietary Dynamic Flow Technology (DFT). The system replaces traditional cut-to-length shears and blanking operations by cutting blanks and part features directly from continuously fed coil with fewer work steps. In cut-to-length environments, such as steel service centers, the 1.18 DFT line can produce rectangular or trapezoidal blanks and geometrically unique parts, which can even include cutouts or holes, in a single pass.
This hyper-modern, streamlined approach integrates uncoiling, leveling, laser cutting and automated stacking into a continuous production process for automotive and industrial applications, allowing manufacturers in mixed-part production to adjust part geometry digitally without interruption. The system enables cutting speeds of up to 60 m per minute and can process materials from 0.6 mm to 6 mm thick, including steel, aluminum and high-strength steel grades that can be challenging for mechanical die systems.
The laser-based cut-to-length approach also trims infrastructure requirements: The line’s footprint is about half that of a traditional line with shears and requires no loop pit or complex foundations, helping to further optimize space on a shop floor.
Supporting the hardware is Andritz Schuler’s LBL-Studio Pro software, a dedicated part programming and optimization environment developed specifically for laser blanking lines. Combining CAD-based part preparation with production analytics, the complementary software reduces setup times and improves cutting efficiency, enabling output rates and cutting parameters to be evaluated directly at the line. Together, the laser blanking line and its associated software form a tightly integrated system aimed at consolidating multiple processing steps into a single workflow.
High-speed, tool-free
As one of the world’s leading system providers for automation solutions in manufacturing and forming technology, Automatic-Systeme Dreher GmbH – Dreher, for short – offers customers high-speed laser production that is tool-free, fully automated and digitally networked. Designed for more than just automotive, the company’s coil processing solution uses laser cutting to cut directly from continuously fed strip material, eliminating the need for conventional press tools that limit flexibility and require frequent maintenance.
The company’s efficient, space-saving laser cutting line enables precise, dynamic cutting of coils, short cycle times and high throughput, and is suitable for different part geometries and mixed series production without the limitations of special tools. Because no mechanical tools are required, the system allows for flexible and rapid changes to part design. Improved material utilization is enabled by optimized digital cutting patterns, further enhanced by automation and Industry 4.0-enabled interfaces for process monitoring and data evaluation.
Dreher’s laser approach is rooted in the company’s extensive experience in press automation and coil handling, which is complemented by strategic R&D collaborations that improve cutting dynamics and control. First series installations are planned for production environments in the second half of 2026, including a live demonstration of the entire coil-to-blank stack process, which is scheduled for the Dreher Automation Days later this year.
Continuous feeding
For integrated, continuous coil-fed laser cutting, HSG Laser Co. Ltd. offers the new GL Material Coiling Laser Cutting Machine, equipped with four built-in functions to increase productivity, including uncoiling, feeding, blanking and part separation.
The GL Series has been recently updated from being a single cutting machine to a one-stop flexible processing line. Additionally, to satisfy the demand for production changeover, the flexible machine easily processes different material types and coils. Designed for high-volume, low-mix production, HSG’s solution accommodates multiple material types and coil formats while supporting efficient changeovers.
Synchronized cutting and feeding help reduce material waste and improve utilization, allowing the system to operate without unnecessary add-on modules. The GL Series machines can also be configured with automated gantry or robotic unloading and sorting as well as integrated processes, such as material delivery, film application and scrap collection. Additional options include multi-uncoiling support and dual beams or cutting heads to increase throughput where higher output is required.
Founded in 2006, the company has swiftly risen to prominence as a global leader in metal shaping equipment and automation solutions. With an installed base of more than 25,000 machines worldwide and a workforce exceeding 1,800, HSG has rapidly become a trusted partner across numerous industries.
Flexible configurations
For manufacturers looking for flexible configurations in blanking, look no further than the name: Innovative Solutions for Sustainable Efficiency. The Laser ISSE USA Inc. coil-fed laser blanking line supports flexible, high-precision coil cutting for manufacturers seeking an alternative to traditional stamping and mechanical blanking. Combining decoiling, straightening, laser cutting and automated stacking into a single production line, the dynamic system – instead of using pre-cut sheets – feeds metal directly from a coil, flattens it and cuts it into custom shapes in a continuous, automated line.
Specializing in customized laser solutions and engineering, Laser ISSE offers both coil-fed laser cutting lines and hybrid coil laser blanking lines. This dual approach allows manufacturers to tailor the line to their production needs, whether for cut-to-shape blank production or direct part cutting with minimal secondary operations. Digital nesting and software-driven part programming enable geometry changes to be implemented without physical modifications to the line.
The systems are designed to process a range of materials and thicknesses, including steel, aluminum and high-strength steel grades. This flexibility is due, in part, to integrated control and programming software that coordinates cutting parameters, line speed and material flow, which further limits downtime. Further flexibility comes from configurable solutions that allow the line to be tailored to specific production volumes, material formats and downstream automation needs.
By consolidating multiple processes into one, Laser ISSE reduces floor space requirements and enables consistent, repeatable cutting of complex part geometries. Additionally, shorter trial cycles, lower energy usage and reduced scrap contribute to lower production costs and faster ROIs. To support a further consolidated workflow, blanking lines can be integrated with additional processing steps, such as forming or welding.
Uninterrupted cutting
Senfeng Laser USA, a global supplier of high-power laser systems and automation for metal fabrication, designed its coil-fed laser cutting line to improve cut quality and material utilization with uninterrupted cutting and integrated line components. In many coil-fed systems, the laser must shut off while material is repositioned, which creates pauses that can affect both productivity and cut quality. Parts may need to be partially cut, stopped and restarted, sometimes leaving visible marks at restart points while the laser remains idle during repositioning.
The Senfeng coil-fed laser system, however, is a fully integrated coil loader, straightener, laser cutting unit and unloading solution engineered to allow cutting to continue whether the sheet is moving or stationary. This all-in-one configuration eliminates the need to stop and restart cuts while improving edge quality, efficient material handling and stable feeding throughout the cutting process. Multiple machines are available depending on sheet thickness and weight.
The company’s coil-fed offerings are part of a broader suite of automation equipment that extends beyond the core cutting line, including models tailored for ultra-thin materials and heavier gauge coils, along with integrated metal processing lines that combine cutting with bending, welding and sorting functions. These options give fabricators more flexibility to match system capability to production needs and support expanded automation strategies on the shop floor.
