Hongniu Laser Industrial Park, Wenquan Road, Yaoqiang Sub-district, High-tech Industrial Development Zone, Jinan City, Shandong Province, China +86-13455152330 [email protected]
· Heavy-Duty Bed – High-strength welded structure ensures long-term stability and accuracy.
· Precision Dust Removal – Dual dust ducts with zone-controlled extraction for a clean workshop.
· Space-Saving Operation – Cantilever control design for a cleaner layout and easier use.
· Enhanced Beam Structure – Third-generation aviation aluminum profile for higher rigidity and reduced motor load.
Laser power: 1.5kw-12kw
| Model | 3015E |
| Working Area | 3000 × 1500 mm – 6000 × 1500 mm |
| Laser Power | 1.5KW – 12KW |
| Laser Source | Raycus / Max / RECI / IPG |
| Laser Head | BOCI / RAYTOOLS |
| Motor & Drivers | DELTA / Fuji / Yaskawa |
| Control System | FSCUT |
| Cutting Speed | 80 m/min |
| Positioning Accuracy | ±0.03 mm |
| Re-positioning Accuracy | ±0.02 mm |
| Cooling Method | Water Cooling |
| Machine Size | 4498 × 2030 × 1948 mm |
| Gross Weight | 2500 kg |
| Applicable Materials | Stainless Steel, Carbon Steel, Aluminum, Brass, Copper |
The 3015E Single Platform Fiber Laser Cutting Machine is engineered for manufacturers who need accuracy, speed, and long-term reliability in sheet metal processing. Built with a reinforced heavy-duty bed and advanced motion components, the 3015E delivers consistent cutting performance across a wide range of metal materials—from stainless steel to copper, brass, and aluminum.
The machine adopts a honeycomb carbon structural bed that undergoes annealing, vibration stress relief, and secondary aging treatment. This ensures excellent rigidity, long-term precision, and resistance to deformation, even during heavy-duty, high-temperature cutting.
A double-duct extraction design ensures clean and efficient dust removal. The system automatically opens the duct in the active cutting zone (A/B) while closing the others, maintaining powerful suction exactly where it’s needed. This delivers a cleaner workshop and better long-term cutting quality.
The third-generation aviation aluminum crossbeam offers high strength and low weight, reducing motor load and improving dynamic response during high-speed cutting. This contributes to cleaner edges, higher accuracy, and stable operation at top speeds.
The suspended cantilever computer console saves floor space and provides a cleaner, more user-friendly layout. Operators benefit from easier access and more efficient workflow around the machine.










With a working area of up to 3000 × 1500 mm and power options ranging from 1.5kW to 12kW, the 3015E is built for both small-scale precision cutting and high-volume industrial production.
Its reinforced 2500kg machine frame and 80m/min cutting speed combine accuracy with efficiency. The FSCUT control system supports CAD/DXF formats, automatic lubrication, and intelligent cutting modes to streamline daily operations.
The 3015E is suitable for cutting a wide range of metals, including:
Industries that commonly use this machine:
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| Aerospace Industry | Automotive Industry | Furniture & Decoration | Metal Fabrication Machinery |
| Pre-Assembly Inspection | Precision Machining | Vibration & Natural Aging |
| Each machine component undergoes precise measurement of guide rail straightness and geometric accuracy. Altimeters verify linear dimensions to ensure every part meets design standards. | High-speed rough machining removes burrs and excess material, followed by fine processing for smooth, flat surfaces that ensure long-term cutting precision. | Residual internal stress is released through vibration and natural thermal cycles. This process enhances structural rigidity, stability, and dimensional accuracy of the machine bed. |
| Assembly Process | Welding & Structural Strength | Final Inspection & Testing |
| Guide rails and gear racks are installed and calibrated by skilled technicians using precision tools, ensuring smooth transmission and stable machine performance. | CO₂ shielded welding guarantees firm, defect-free joints, improving overall frame strength, durability, and cutting stability. | Dynamic performance tests check positioning accuracy, repeatability, and micro displacement precision. Interferometers compensate for any rack errors, ensuring superior cutting accuracy. |