High-Performance Heavy Duty Laser Cutting Machine
Engineered for heavy-duty applications in shipyards and steel structure plants, ensuring stable and precise thick plate cutting.
- High-Rigidity Structure: Welded machine bed with annealing and aging treatment ensures no deformation and long-term precision
- Precision Assembly System: Laser interferometer calibration ensures installation accuracy up to 0.01 mm.
- Efficient Smoke Extraction: Partitioned negative pressure system minimizes smoke interference and ensures stable cutting.
Heavy Duty Laser Cutting Machine's Product Overview
The Heavy Duty Laser Cutting Machine is developed for real production needs in the sheet metal industry. It is suitable for cutting carbon steel, stainless steel, aluminum alloy, copper, and other metals. With a high-rigidity structure and precision transmission system, it ensures stable accuracy even at high speed, and is widely used in metal fabrication production lines.
Heavy Duty Laser Cutting Machine's Components
The Heavy Duty Laser Cutting Machine consists of a mechanical structure and supporting systems.
Mechanical Structure: machine bed, beam, guide rails, rack, Z-axis module
Supporting Systems: laser system, electrical system, pneumatic system, cooling system, and exhaust system.
All systems work together to ensure high precision, stability, and long-term reliability.
Heavy Duty Laser Cutting Machine's Features & Benefits
The welded structure with annealing and vibration aging eliminates internal stress, preventing deformation or cracking over time and ensuring consistent accuracy.
The lightweight yet rigid aluminum beam ensures stability during high-speed motion, improving both efficiency and accuracy.
Premium guide rails and racks provide high load capacity, low noise, and precise positioning for smooth and reliable operation.
Targeted lubrication reduces component wear, ensuring stable operation and lower maintenance costs.
Efficient smoke removal protects key components and enhances operational stability.
Features such as one-click calibration and nozzle cleaning reduce manual work and improve consistency.
Multiple protection designs including dust covers and electrical isolation ensure machine and operator safety.
Heavy Duty Laser Cutting Machine's Technical Specifications
| Model | CY-3015DH-3000W，CY-4020DH-3000W，CY-6025DH-3000W |
| Working Area (Customizable) | 3050 × 1520 mm，4050 × 2050 mm，6100 × 2550 mm |
| Laser Power | 1000W / 1500W / 2000W / 3000W / 6000W |
| Positioning Accuracy | ±0.05 mm/m |
| Repeat Positioning Accuracy | ±0.03 mm |
| Max Linking Speed | 80 m/min |
| Max Acceleration | 1.0 G |
| Power Supply | 380V 50Hz / 60Hz |
| Category | Item | Specification |
| Laser System | Laser Source | Max / Raycus |
| Origin | Shenzhen / Wuhan | |
| Laser Power | Configurable | |
| Laser Head | FSCUT Cutting Head | |
| Control System | FSCUT Bus System | |
| System Model | Matched to Power | |
| Mechanical Structure | Machine Bed | Welded Structure |
| Beam | Integrated Aluminum Beam | |
| Guide Rail | FULEX (Germany) | |
| Rail Size | Y-axis 30mm / X-axis 20mm | |
| Rack | YYC (Taiwan) | |
| Rack Grade | 2M | |
| Z-axis Module | Precision Linear Module | |
| Drive System | Servo System | FSCUT S9 |
| 15 Series | Y1/Y2-1.1kW, X-1.1kW, Z-400W | |
| 20 Series | Y1/Y2-1.7kW, X-1.1kW, Z-400W | |
| 25 Series | Y1/Y2-2.4kW, X-1.7kW, Z-400W | |
| Gearbox | TAIKOMA Flange Type | |
| Motor Type | Three-Phase Asynchronous | |
| Drive Mode | Single / Dual Motor + Chain | |
| Electrical System | Electrical Components | Honeywell / Chint |
| Control Mode | Bus Control System | |
| Cabinet | Independent Electrical Cabinet | |
| Anti-Interference | Power Isolation Design | |
| Alarm System | Signal Tower Light | |
| Pneumatic & Cooling | Pneumatics | Inovance / Aventics |
| Gas System | High Pressure (Air/N2) + Low Pressure (O2) | |
| Chiller | Tongfei / Hanli | |
| Cooling Capacity | Matched to Power | |
| Safety & Auxiliary | Lubrication | Automatic Lubrication |
| Protection | Dust & Fire Protection | |
| Cleaning | Rail Cleaning Brush | |
| Monitoring | Camera System | |
| Alarm | Pressure Alarm | |
| Cable Carrier | Segmented Drag Chain | |
| Optional Features | Exhaust System | Partitioned Exhaust |
| Safety | Safety Light Curtain | |
| Power | Voltage Stabilizer | |
| Environmental | Dust Collector | |
| Ventilation | Exhaust Fan | |
| Transport | Transport Base Frame |
Heavy Duty Laser Cutting Machine's Role in the Production Line
In sheet metal production lines, the Heavy Duty Laser Cutting Machine serves as the first critical process. It performs high-precision cutting of metal sheets, preparing parts for downstream processes. After cutting, parts move to bending (CNC press brake or panel bender), followed by punching (servo press) for hole processing or forming. The cutting quality directly impacts downstream accuracy and overall production efficiency, making it a foundational machine in the entire line.
Heavy Duty Laser Cutting Machine's Finished Products
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