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Automatic Laser Welder

The Automatic Laser Welder adopts a 1064 nm fiber laser as its ideal welding light source, with selectable continuous / pulse operation modes to achieve a full range of welding effects — spot welding, seam welding, and lap welding.
  • Product Description
  • Detail Display
  • Usage Effect
  • The Automatic Laser Welder adopts a 1064 nm fiber laser as its ideal welding light source, with selectable continuous / pulse operation modes to achieve a full range of welding effects — spot welding, seam welding, and lap welding.
    Driven by professional welding software, it achieves an optimized integration of optics, mechanics, electricity, and control. A three-axis high-precision motion system, combined with programmable software and expandable I/O ports, enables fully automated welding for production lines.
    Key Features

    Weld seam narrower than traditional TIG and resistance welding, with high strength and a clean, attractive surface finish.
    High-speed galvanometer scanning head replaces the conventional 2D worktable, greatly increasing welding speed while reducing heat input to the base material.
    Powerful graphic processing enables program-controlled, instantaneous multi-point welding through up to 6 fiber beam-splitting outputs.
    Real-time closed-loop energy negative feedback with arbitrary-waveform control ensures stable, repeatable weld quality.
    Stable industrial-grade system delivers higher efficiency, greater flexibility, and lower cost per part.

    Applicable Industries
    Electronics components and machinery & hardware manufacturing, where precision, speed, and consistent quality are required. This laser welding equipment uses a high-speed galvanometer scanning lens in place of a 2D worktable, greatly improving welding speed while minimizing thermal effect on the workpiece. With powerful graphic-processing software, it performs instantaneous, program-controlled multi-point welding. The stable machine system provides the foundation for industrial applications — giving customers higher efficiency and flexibility, lower cost, and more complete system integration, making the product more competitive in the market.
    Technical Parameters

     

    Technical parameters:

    Laser Wavelength 1064 nm Energy Spectral Inhomogeneity <±3
    Laser Output Power 200/300/400/500W Energy Fluctuation <±3
    Spectral mode Energy spectroscopy or time spectroscopy Fiber Output Energy Maximum 6 fibre optic outputs
    Closed-loop feedback control mode Real-time control of energy negative feedback with arbitrary waveforms Pulse width 0 . 2 - 20 . 0 ms
    Maximum pulse energy 25/50/60/80/100J Pulse frequency 0 - 100 Hz
    Power Requirement AC220V 380V±5 50/60Hz Equipment power consumption 6/8/12/16kW

     

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