Exchange Table Fiber Laser Cutting Machine
Description
GXJH series automatic exchange table fiber laser cutting machine adopts advanced fiber laser to output high energy density laser beam and focus on the surface of the workpiece, so that the area on the workpiece irradiated by the ultra-fine focus spot is instantly melted and vaporized. The system moves the spot irradiation position to realize automatic cutting. The equipment is equipped with automatic exchange of workbenches to improve work efficiency. It is a high-tech equipment integrating fiber laser technology, numerical control technology and precision mechanical technology.
Technical Advantages & Applications
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Beam quality: Smaller focusing spot, finer cutting lines, higher work efficiency, and better processing quality. The cutting speed is twice that of the same power CO2 laser cutting machine.
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Usage cost: The power consumption of the whole machine is about 30% of that of the traditional CO2 laser cutting machine.
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Maintenance cost: No laser working gas; optical fiber transmission, no need for reflective lenses; lots of maintenance costs can be saved.
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Easy to operate and maintain: Optical fiber transmission, no need to adjust the optical path. Automatic exchange of workbenches to improve work efficiency.
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Flexible light guide effect: Small size, compact structure, easy to meet flexible processing requirements.
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Advanced Design: The fiber laser cutting machine adopts the unique design of advanced technology and a special inner cavity to ensure the stable operation of the system and constant, lasting power. The cutting gap is uniform, and the calibration and maintenance are convenient. The closed optical path guides light to ensure the cleanliness and service life of the lens.
Application Industry and Materials
The technology is widely used across various manufacturing and processing sectors, including:
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Decor & Advertising: Sign production and gold plating.
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Industrial Equipment: High and low voltage electrical cabinet production, textile machinery parts, elevators, and metallurgical equipment.
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Transportation: Aviation, aerospace, automobiles, subway parts, and ship manufacturing.
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Consumer Goods: Electronics, kitchen utensils, craft gifts, and leaf springs.
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General Engineering: Precision parts, tool processing, and external metal processing.
Technical Parameter:
| Type | Working Area (mm) | Max Movement Speed | Max Acceleration | Positioning Accuracy | Repeat Positioning Accuracy | Laser Power Options |
| GXJH3015 | 3000 * 1500 | 90 m/min | 1.5G | $\pm 0.03$ mm/m | $\pm 0.02$ mm/m | 1000W to 20000W |
| GXJH4015 | 4000 * 1500 | 90 m/min | 1.5G | $\pm 0.03$ mm/m | $\pm 0.02$ mm/m | 1000W to 20000W |
| GXJH4020 | 4000 * 2000 | 90 m/min | 1.5G | $\pm 0.03$ mm/m | $\pm 0.02$ mm/m | 1000W to 20000W |
| GXJH6020 | 6000 * 2000 | 90 m/min | 1.5G | $\pm 0.03$ mm/m | $\pm 0.02$ mm/m | 1000W to 20000W |
| GXJH6023 | 6000 * 2300 | 90 m/min | 1.5G | $\pm 0.03$ mm/m | $\pm 0.02$ mm/m | 1000W to 20000W |
| GXJH8025 | 8000 * 2500 | 90 m/min | 1.5G | $\pm 0.03$ mm/m | $\pm 0.02$ mm/m | 1000W to 20000W |
| GXJH12025 | 12000 * 2500 | 90 m/min | 1.5G | $\pm 0.03$ mm/m | $\pm 0.02$ mm/m | 1000W to 20000W |
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