ISEO A2
ISEO A2 series is the best solution for users looking for extreme accuracy while producing parts and high production speed.
Unlike traditional CO₂ lasers, fiber laser systems offer continuous cutting across a wide range of metals, including highly reflective materials like copper, brass, bronze, and aluminum.
The absence of optical paths and focal lenses simplifies machine design and drastically reduces maintenance costs—resulting in both time and cost savings.Energy consumption is also significantly lower compared to CO₂ laser systems, offering further operational efficiency.
The ISEO fiber coil laser line also delivers superior performance on thin sheets—ideal for industries like insulation and light metal fabrication—by enabling faster starts and higher cutting speeds. In many cases, it outperforms traditional punching machines in both speed and autonomy.
In summary, ISEO represents a new standard in coil laser cutting, combining continuous coil feeding, minimal maintenance, and optimized part unloading to deliver unmatched productivity and flexibility across a wide array of applications.
Laser coil cutting is an advanced metal processing technique that involves cutting directly from coil using fiber laser technology.
Unlike traditional sheet-fed systems, which require pre-cut blanks and frequent loading interruptions, coil-fed laser systems work with continuous metal strips, enabling seamless, high-speed operations.
By feeding metal directly from coil into the cutting head, a coil laser system minimizes material handling and streamlines the entire production cycle.
This results in significant time savings, improved workflow, and optimized raw material usage. The ability to program complex geometries and perform high-precision cuts makes laser coil cutting ideal for modern manufacturing environments that require speed, accuracy, and flexibility.
Laser coil technology is used across a variety of industries where high-volume and high-precision metal cutting are essential. Key application sectors include:
Automotive: Structural components, brackets, and inner panels
HVAC and Insulation: Precision-cut thin sheets for thermal applications
Electrical Appliances: Enclosures and internal metal parts
Construction and Infrastructure: Panels, reinforcements, and custom profiles
Metal Furniture and Shelving: Consistent, repeatable cutting for high volumes
The benefits of implementing a coil laser cutting system include:
Higher Productivity: Continuous coil feeding eliminates downtime caused by manual sheet loading and setup changes.
Material Optimization: Working from coil enables better nesting and reduces scrap rates.
Greater Flexibility: Quick changeovers and programmable designs make it easy to switch between product variants.
Cleaner, Precise Cuts: Fiber laser heads deliver smooth edges without deformation or secondary processing.
Lower Operating Costs: Reduced labor, energy savings, and minimal maintenance contribute to a lower total cost of ownership.
Traditional blanking systems rely on mechanical stamping dies to cut predefined shapes from sheet metal.
While this method is effective for long production runs with limited part variety, it lacks flexibility and comes with high tooling costs.
Laser coil systems, on the other hand, offer a die-free alternative that excels in low-to-medium volume production, prototyping, and just-in-time manufacturing. Here’s how the two compare:
| Feature | Traditional Blanking | Laser Coil Cutting |
|---|---|---|
| Tooling | Requires expensive dies | No dies required |
| Flexibility | Low (fixed shapes) | High (programmable geometry) |
| Changeover Time | Long | Minimal |
| Material Waste | Higher due to fixed patterns | Optimized nesting reduces waste |
| Maintenance | Regular die maintenance | Minimal (no dies or lenses in fiber systems) |
| Material Types | Limited reflectivity tolerance | Works with high-reflectivity materials (aluminum, brass, copper) |
