Fiber laser cutters excel in precision cutting across varied thicknesses (0.1-30mm), materials (stainless steel, aluminum, copper, titanium), and geometries. Their adjustable power (500W-20kW+) and dynamic focal control enable clean cuts on complex shapes while minimizing heat distortion. Computer-guided mirrors ensure micron-level accuracy for intricate patterns and industrial components.
| Product Model | 3015 | 4015 | 6015 | 4020 | 6020 |
| Working Area | 3000x1500mm | 4000x1500mm | 6000x1500mm | 4000x2000mm | 6000x2000 |
| Laser Power | 1500w/3000w/6000w/12000w | ||||
| Positioning Accuracy | ±0.05mm/m | ||||
| Repeated Positioning Accuracy | ±0.03mm | ||||
| Maximun Moving Speed | 120m/min | ||||
| Maximun Cutting Speed | 60m/min | ||||
| Maximum acceleration | 1.2G | ||||
| Drive System | High precision gear and racke+High precision linear guide rall | ||||
| Operating voltage | 380V/50HZ | ||||
Constructed from lightweight yet rigid aerospace-grade aluminum alloy, the gantry features a box-type structure with thermal-stable coatings to minimize thermal deformation. Integrated high-precision linear guides and ball screws ensure smooth motion, dynamic balance, and vibration resistance, maintaining cutting accuracy and speed even under heavy loads. Its robust design supports seamless integration with cutting heads and CNC systems for industrial-grade durability.
Modular design with separated optical/electronic modules ensures stable operation, easy maintenance, and customization. Uniform beam energy distribution enables consistent processing, reduces welding spatter, and enhances stability in thick-plate cutting for versatile industrial demands.
Designed with auto-focusing lenses, collision protection sensors, and adaptive focal control, it ensures precise beam alignment (±0.002mm). Ceramic-coated nozzles resist high-temperature spatter, while integrated gas/pressure systems optimize cuts for varying materials /thicknesses, enhancing efficiency and reducing downtime.
Equipped with high-torque, low-inertia rotors and real-time encoder feedback, servo motors ensure ultra-precise motion control (±0.01mm repeatability). Optimized for rapid acceleration/deceleration and electromagnetic interference resistance, enhance cutting speed, energy efficiency, and long-term stability in high-intensity industrial operations.
Utilizes closed-loop circulation with intelligent PID control to maintain precise coolant temperature, ensuring stable laser and optical component performance. Corrosion-resistant materials, high-flow pumps, and energy-saving modes minimize maintenance, downtime, and energy consumption, adapting to harsh industrial environments while enhancing cutting quality and equipment longevity.
The bed is constructed using an integral welded design and annealed to enhance ductility. After annealing eliminates internal stresses, rough machining is performed. A secondary artificial thermal aging treatment is applied, followed by precision finishing. This process effectively resolves residual stresses caused by welding and machining, significantly improving the machine tool's structural stability.
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