Single Platform Tube Plate Integrated Laser Cutting Machine

Cutting and processing of metal sheets and pipes. Aviation aluminum, stainless steel, low carbon steel and other materials.

Quick Quote
Single Platform Tube Plate Integrated Laser Cutting Machine
  • Product description
  • Specifications
  • Sample display
     

    Features: 

    » Flexible transmission of fiber laser, compact cutting head, no reflective lens, basically maintenance-free and loss-free; »
    Fast cutting speed, high precision, high efficiency, and environmental protection;
    » Unique air cutting technology can be used to save air consumption and reduce Cost;
    » Dual function, can cut sheet and pipe;
    » Can be equipped with rotating propulsion chuck or fixed rotating chuck to meet different feeding requirements;
    » Servo motor plus precision rack and pinion drive, fast idle speed.

  • Specifications:

     

    model GRF3015 GRF6020
    Laser power 1000-3000W
    X-axis path 2400 mm 2850 mm
    Y1 axis path 3000mm 6000mm
    Z axis path 250 mm
    maximum acceleration 0.8G
    X, Y axis single axis maximum positioning speed * 96mm/min
    Maximum load of workbench 1T 96mm/min 2t
    Machine tool weight 3.9T 6.8T
    Machine Tool Dimensions 5150*2380*1840mm (subject to the actual object) 6150*2380*1840mm (subject to the actual object)
    Fixed Chuck Through Hole Diameter φ165mm
    Clamping pipe range φ8-φ120，□ 8-□ 85 / φ10-φ160，□ 10-□ 110
    Maximum Pipe Clamping Weight ≤ 120KG
    shortest tail 260mm
    Y2 axis idle speed * 80 m/min
    Chuck rotation speed 0-80r/min
    Chuck max. acceleration * 1.0G
    Y2 axis positioning accuracy ±0.03 mm/1000mm[1]
    Repeat positioning accuracy of Y2 axis ±0.03 mm/1000mm[1]
    U-axis repeat positioning accuracy ≤ 7 arc minutes
    Chuck drive Manual/pneumatic optional
    Nesting optional
    Machine tool operating environment 0-40℃

The previous one

Fully Automatic Fiber Laser Cutting Machine For Pipe Production

Next

Double Exchange Tube Plate Integrated Laser Cutting Machine