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A flexible design of its mechanical structure, control system, optical system and electrical system will allow certain variations in response to the different process requirements from the market.
Moving parameters
Location accuracy: ±0.1
Maximum speed: 25 m/min
Laser power: 80~150W |
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1. Integral welded truss structure with high intensity to improve the stability and reliability of the moving and optical path system.
2. Imported synchronous belt with high rigidity
3. Follow-up type upward air suction device and downward air suction device.
4. Optical path and moving parts sealed for protection.
5. Upward and downward air blowing to cool the focus lens down.
6. Optics structure of glass frame type for easy dismantling.
7. A separate design for upper and lower parts will facilitate the installation. |
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1. Embedded control system
2. Able to run in offline mode
3. Support data transferred from network and USB flash disk
4. Support dual laser beam cutting
5. Support RF and glass-tube laser |
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1. Specialized tight clip for fixation of laser tube
2. Supporting frame for laser tube that being able to adjust three-dimensional position
3. Adjusting frame with interlock device for three-dimensional reflecting mirror
4. Full-sealed for optical path protection
5. Laser beams of red light and carbon dioxide combined due to the design in which same optical path are collimated (Optional and applicable to RF laser)
6. Protective air circulation with activated carbon for filtration and circulation water for cooling.
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1. Driven by imported stepper motor.
2. A complete safety protective device will provide shield protection to places that may bring harm to human body.
3. Flow switch of turbo type can offer the control to the flow rate of the cooling water for laser tube.
4. A series of certificated electrical components are well selected to meet the safety standards of European and American markets.
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