- A Reliable Fiber Laser Cutting Company Dedicated to Excellence
Fiber Laser Cutting for Large-Format Sheet Metal
Fiber laser cutting is at the heart of SLON Laser’s manufacturing capabilities. This cutting-edge technology enables the production of metal parts with high cutting speeds, consistent precision, and superior finish quality, even for complex geometries or large formats.
Thanks to our high-capacity industrial fiber laser equipment, we support manufacturing companies, engineers, and contractors in the creation of prototypes, small production runs, and recurring production, all while adhering to strict tolerances and tight deadlines.
- ByCut Smart 3015 F3000
A Fiber Laser Cutter Designed for Industrial Performance
Fiber laser cutting is distinguished by its high energy efficiency and its ability to effectively process a wide range of metals. Compared to traditional technologies, it offers superior cutting speed, increased stability, and repeatability ideal for demanding industrial environments.
At SLON Laser, this technology is used in a fully integrated production framework, enabling precise control at every stage of the process, from file preparation to final delivery.
Supported Materials for Our Laser Cutting Machine
Our fiber laser cutting service is suitable for a wide variety of metals used across industrial manufacturing production processes:
- Steel and stainless steel
- Aluminum
- Copper
This versatility and customization allows us to meet the needs of several sectors, including industrial manufacturing, metal construction, mechanical equipment, industrial furniture, and custom technical components.
Fiber Laser Precision & Tolerances
Thanks to the machine’s efficient cutting head, Fiber laser technology enables the tight tolerances essential for parts intended for assembly, bending, or welding. Each cut is made with consistent, automated precision, minimizing rework and ensuring seamless integration into production lines.
Tolerances are defined in accordance with industrial standards and vary based on the material, thickness, and part complexity. Each project is reviewed and validated by our technical team to ensure full compliance with performance and quality requirements.
Nominal sheet size
5 ft x 10 ft
Maximum simultaneous positioning speed
140 m/min
Maximum workpiece weight
1162.5 kg
Laser Power
6kW
Material Thickness
up to 3/4"
Key Features of the SLON Lase Fiber Laser Cutting Service
Our fiber laser cutting equipment offers advanced industrial capabilities, including:
- High-speed cutting of large-format metal sheets
- Processing of varying thicknesses depending on the material
- Excellent edge quality, reducing finishing operations
- Compatibility with CAD, DXF, PDF, EPS, AI, DWG and other technical file formats
- Seamless integration with CNC bending and welding
- High-performance industrial fiber laser technology
- Large-format cutting capacity
- Precision and repeatability suitable for production
- Fast lead times for prototypes and series production
- Fully in-house process
- Bilingual technical support and communication
Fiber Laser Cutting: Questions and Answers
What is fiber laser cutting and how does it work?
Fiber laser cutting uses a high-intensity laser beam generated by a fiber optic source to cut metal with extreme precision. The beam is focused onto the surface of the material, melting or vaporizing it, while an assist gas expels the molten material to achieve a clean, precise cut.
What materials can be cut with a fiber laser?
Fiber laser cutting is ideal for metals such as mild steel, stainless steel, and aluminum. This technology offers excellent performance on reflective materials and allows for great flexibility in industrial applications, from prototyping to mass production.
What level of precision can be achieved with fiber laser cutting?
Automatic fiber laser cutting allows for tight tolerances to meet industrial requirements. Accuracy depends on the material, its thickness, and the geometry of the part, but it is generally sufficient for assembly, CNC bending, and welding without further processing.
What is the maximum thickness that a fiber laser can cut?
The maximum thickness depends on the type of metal and the power of the fiber laser machine used. In general, this technology allows for cutting thin to thick metals with consistent quality, while maintaining excellent cutting speed and clean edge finishes.
Is fiber laser cutting suitable for small production runs and prototypes?
Yes. Fiber laser cutting is particularly well-suited to prototypes, small production runs, and recurring production. It does not require specific tooling, which allows for fast turnaround times, optimized costs, and great design flexibility.
What file formats are required for fiber laser cutting?
The most commonly accepted technical file formats for fiber laser cutting are CAD, DXF, PDF, EPS, AI, and DWG. PDF files can also be used for validation, but an accurate vector file is recommended to ensure cutting conforms to specifications.