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High-Power Dual-Robot Laser Cladding Workstation GR-6000LDR/DMC - China Suppliers & Factory Solutions

This advanced laser cladding workstation, designed for efficient mass production of components like valves, flanges, and valve cores, integrates a powerful laser source, robust water cooling system, high-performance cladding lens, and a multi-component powder feeder. Our centralized control system, along with a dual-axis positioner and collaborative robot technology, ensures precision and reliability in every operation. As a leading supplier in China, we provide cutting-edge factory solutions tailored for your production needs, ensuring high-quality output and enhanced manufacturing efficiency

    Product Features

    Laser surface cladding and 3D additive manufacturing for various metal substrates and different alloy powder materials;

    Multi-component powder feeding design allows for the online production of gradient metal coatings;

    Dual-machine collaboration for highly coordinated operations, significantly enhancing production efficiency;

    High precision in weld seam dimensions, with a smooth and uniform surface, and a post-processing grinding requirement of less than 0.3mm;

    Equipped with an online vision and temperature field control system to ensure high efficiency and consistency in the physical properties of the melt pool.

    Product Parameters

    Main Technical Parameters
    Laser power 6kw*2
    Laser spot φ2-4mm
    Cladding efficiency 0.5-2m2/h
    Single-layer coating thickness 0.1-3mm
    Single-pass cladding width 2-4mm
    Multi-layer coating thickness 5-10mm
    Coating surface height variation <0.3mm
    Diameter range of processed parts 0-1500mm (other specifications can be customized)
    Length range of processed parts 0-3m (other specifications can be customized)
    Weight range of processed parts 0-500kg (other specifications can be customized)
    Rotational speed 0-30r/min
    Tilting angle 0-90°
    Motion accuracy ±0.1mm
    Gas Types Nitrogen, Argon, Helium
    Pressure range 15-20L/min
    Powder feeding method Gas-carried powder feeding
    Drive motor Servo motor
    Controller type Siemens PLC
    Control screen 10-inch color touch screen
    Power supply Three-phase five-wire system 380V±10%,50/60Hz
    Installation dimensions 50㎡
    Weight 15t

    Case Study

    Composite Material Laser Heating Equipment GR-2000LH (1)
    Laser Quenching Equipment For Outer Circle And Inner Hole (2)
    Laser Quenching Equipment For Outer Circle And Inner Hole (3)
    Laser Quenching Equipment For Outer Circle And Inner Hole (4)
    Laser Quenching Equipment For Outer Circle And Inner Hole (5)
    Laser Quenching Equipment For Outer Circle And Inner Hole (6)

    Frequently Asked Questions

    Q:What materials can be processed with this laser cladding equipment?

    This equipment supports laser surface cladding and 3D additive manufacturing for a wide range of metal substrates using various alloy powder materials.

    Q:What is the maximum size and weight of parts that can be processed?

    The system standardly handles parts with a diameter range of 0-1500mm, length up to 3 meters, and weight up to 500kg. Other customized specifications can be provided to meet specific requirements.

    Q:How does dual-machine collaboration improve production efficiency?

    The dual-machine collaboration system allows for highly coordinated operations between two laser cladding heads, which significantly speeds up processing times and increases overall throughput.

    Q:What are the tolerances and post-processing requirements for the cladding layer?

    The system achieves high precision with a smooth and uniform surface. The coating surface height variation is under 0.3mm, and the post-processing grinding allowance required is less than 0.3mm.

    Q:What control systems are integrated to ensure cladding quality?

    The equipment is integrated with a Siemens PLC controller, a 10-inch color touch screen, and an online vision and temperature field control system to consistently monitor and stabilize the physical properties of the melt pool.

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