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| Machine Model | LX6025F |
| Power of Generator | 1000 - 30000W |
| Dimension | 7345 * 4810 * 1832 mm |
| Working Area | 6100 * 2550 mm (Other sizes can be customized) |
| Repeated Positioning Accuracy | ±0.02 mm |
| Max Running Speed | 120 m/min |
| Max Acceleration | 1.5G |
| Specified Voltage And Frequency | 380V 50/60HZ |
Welded by heavy steel plate, featuring the current mainstream bed structure with high stability. Undergoes effect force annealing treatment for high mechanical strength and anti-deformation. Reinforcing ribs inside ensure high tensile resistance and shock absorption during cutting.
Manufactured with aerospace standards and formed by 4300-ton press extrusion molding. After aging treatment, its strength can reach 6061 T6. Features light weight, good toughness, corrosion resistance, anti-oxidation, and low density to maximize dynamic processing speed.
Equipped with highly efficient collimating and focusing lens group cooling structure. Includes a 35mm aperture to reduce stray light interference. Automatic focusing functionality operates at 10 m/min with a repeat accuracy of 50 microns, allowing fast cutting.
The fiber laser metal cutting machine is highly suitable for processing a wide range of metal sheets and plates:
Widely deployed across heavy industrial manufacturing and precision engineering sectors:
Dust-Proof Design: All electrical components and the laser source are built into an independent control cabinet with a sealed, dust-proof layout to prevent contamination and prolong component lifespan.
Automatic Thermostat: Equipped with a built-in industrial air conditioning unit for automatic constant temperature regulation, protecting critical electronics from high summer temperatures.
The fiber laser cutting machine is equipped with premium hardware components including a German Atlanta rack, Japanese Yaskawa motor, and Taiwan Hiwin Rails.
This layout ensures that the positioning accuracy of the machine tool reaches up to 0.02mm with a cutting acceleration of 1.5G. Designed and built for heavy-duty production cycles, the working life is rated for up to more than 15 years.
