High-Power Fiber Optic Laser Technology
CNC FIBER LASER CUTTING SERVICES
2500 x 8050 mm Large Format Cutting Bed and 12 KW Ultra-High Power delivering zero-burr edge finish, minimum scrap, and micron-level precision for continuous sheet metal up to 8 meters.
2500 x 8050 mm Working Area
12 KW (12,000W) Fiber Resonator
0.5 mm - 40 mm Thickness
Integrated with 8200 mm Tandem Press Brake
2500 x 8050 mm
Large Format Bed
Continuous processing for oversized plates up to 8 meters in a single pass without weld seams, optimizing material yield.
12 KW Power
Ultra-High Power
Delivering perpendicular, burr-free, and clean cut edges across thick steel plates (up to 40 mm) at maximum processing speed.
±0.03 mm
Micron Accuracy
Auto-focus optical cutting head and dynamic capacitive height tracking ensure zero-tolerance results in intricate geometries.
End-to-End Chain
Laser + Tandem Bending
Cut sheets up to 8 meters transfer seamlessly to our 8200 mm Tandem Press Brake for turnkey manufacturing.
Production Line Overview
CFS Profile 2500x8050 mm 12 KW Laser Technology
The 12 KW CNC Fiber Laser Center at CFS Profile utilizes high-intensity laser energy to vaporize metal within milliseconds, resulting in superior cut edge perpendicularity and minimal thermal distortion.
The massive 2.5 x 8.05-meter cutting envelope allows chassis longitudinal members, trailer sideboards, crane boom sections, structural base plates, and architectural facade cassettes to be produced seamlessly in a single piece.
- Zero Burr & Oxide-Free Cut: High-pressure Nitrogen (N2) assist produces clean edges immediately ready for welding and powder coating.
- Smart Nesting Optimization: Advanced CAD/CAM nesting software ensures maximum material yield and minimal scrap.
- Narrow Heat-Affected Zone (HAZ): Minimal thermal transfer prevents sheet warping and maintains tight dimensional stability.
- Fast Lead Times & Mass Production: High cutting speeds powered by 12 KW output guarantee on-time project deliveries.
INDUSTRIAL SHEET METAL CUTTING SOLUTIONS
CNC Fiber Laser Cutting Capabilities
Comprehensive material compatibility, high traverse speeds, and heavy plate cutting power deliver precision contract laser fabrication for your engineering demands.
Advantages of Large-Format Laser Cutting
Where conventional 1500x3000 mm or 2000x4000 mm laser beds fall short for large industrial components, our 2500x8050 mm cutting area provides a game-changing advantage. Extracting long components in one continuous piece instead of welding multiple segments enhances structural strength, lowers labor costs, and improves visual quality.
At CFS Profile, the ability to feed cut sheets directly into our 8200 mm Tandem CNC Press Brake provides customers with an integrated, one-stop-shop manufacturing partner.
Processable Materials & Thicknesses
Our 12,000-Watt fiber laser cuts a broad spectrum of metals with superior surface quality and dimensional accuracy:
Mild & Carbon Steel (0.5 mm - 40 mm)
Stainless Steel Inox (0.5 mm - 30 mm)
Aluminum & Alloys (0.5 mm - 30 mm)
Brass & Copper (0.5 mm - 15 mm)
Galvanized Steel (0.5 mm - 6 mm)
Hardox / High-Strength Plates (0.5 mm - 30 mm)
| Technical Parameter | Capacity & Value | Supported Material | Advantage & Application |
|---|---|---|---|
| Working Envelope (Bed Size) | 2500 mm x 8050 mm | All Sheet Formats | Seamless single-piece cutting up to 8 meters & large-scale nesting |
| Laser Resonator Output | 12 KW (12,000 Watt) | Solid-State Fiber | High cutting velocity & clean perpendicular edges on heavy plate |
| Carbon / Mild Steel | 0.5 mm - 40 mm | St37, St44, St52, S235, S355 | Oxygen (O2) and High-Pressure Air/Nitrogen cutting options |
| Stainless Steel (Inox) | 0.5 mm - 30 mm | 304, 316, 430 Grades | Bright, burr-free and oxide-free finish with high-purity Nitrogen |
| Aluminum & Alloys | 0.5 mm - 30 mm | 1050, 5754, 6082 | Smooth contouring with optical reflection protection |
| Positioning Accuracy | ±0.03 mm | All Axes (X/Y/Z) | Dynamic AC servo drives with precision linear guideways |
Key Industry Application Sectors
Heavy Machinery & Equipment
Machine chassis, crane telescopic booms, heavy flanges, sprocket plates, machine beds, and mounting brackets.
Automotive & Heavy Transport
8-meter single-piece chassis rails, trailer sidewalls, hinge plates, floor panels, and suspension brackets.
Steel Construction & Facades
Large-format cladding cassettes, perforated architectural screens, purlin gusset plates, and mast baseplates.
PRODUCTION & APPLICATION SHOWCASE
CNC Laser Cutting Gallery
Visual insights from our 12 KW 2500x8050 mm CNC Fiber Laser cutting facility (Click on images to expand in lightbox).
COMMONLY ASKED QUESTIONS
Frequently Asked Questions (FAQ)
Key details about our CNC Fiber Laser Cutting technology, capacity ranges, and contract processing solutions.
What advantages does the 2500 x 8050 mm large format cutting bed offer?
The 2500x8050 mm large bed allows long sheets up to 8 meters to be cut in a single seamless piece. It eliminates the need for welding and jointing while optimizing sheet nesting for minimum scrap and maximum material utilization, which is especially critical for trailer chassis, crane components, and wide architectural panels.
Which materials and maximum thicknesses can be cut with the 12 KW Fiber Laser?
With 12 KW resonator power, Carbon Steel (Mild Steel) up to 40 mm, Stainless Steel (Inox) up to 30 mm, Aluminum Alloys up to 30 mm, Brass and Copper up to 15 mm, and Galvanized Sheet up to 6 mm are processed with high cutting speeds and burr-free edge quality.
Can laser-cut parts be transferred directly to the bending line?
Yes. CFS Profile operates an 8200 mm Tandem CNC Press Brake that is 100% integrated with our Laser Cutting facility. Cut sheets up to 8 meters long are directly bent and formed under one roof, eliminating inter-plant shipping, handling delays, and additional overhead costs.
Which CAD/CAM drawing formats are accepted?
We accept CAD engineering files in DWG, DXF, STEP, IGES, and PDF formats. Our CAM engineers perform nesting optimization and bend simulations to ensure rapid, precise, and cost-effective production.
What is the difference between Nitrogen (N2) and Oxygen (O2) assist gases?
Nitrogen (N2) cutting prevents oxidation on stainless steel and aluminum, producing bright, slag-free edges that are directly ready for welding and powder coating. Oxygen (O2) cutting is preferred for heavy carbon steels to achieve high penetration and clean cut faces.
Get Technical Support & a Quotation for Your Project
Contact our technical engineering team for your 2500x8050 mm 12 KW CNC Fiber Laser cutting needs to develop the optimal solution together.
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