Where Innovation Meets Legacy

  • DC Lift Tig uses a Tungsten Electrode and inert gas to produce a clean and precise weld.

    How It Works:
    An arc is initiated by touching the tungsten electrode to the workpiece and then lifting it, avoiding contamination.

  • Hot Start technology momentarily increases the welding current at the start of the weld to precent the electrode from sticking to the workpiece.

    How it Works:
    Automatically boosts the current when the arc is struck to improve initial arc formation.

  • Arc Force dynamically adjusts the amperage to maintain a stable arc and prevent sticking when the arc length shortens.

    How It Works:
    Increases the current when the arc length decreases to prevent the electrode from sticking.

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  • Anti-Stick technology reduces the welding current if the electrode sticks to the workpiece, allowing easy removal without overheating.

    How It Works:
    Detects when the electrode is stuck and lowers the current to prevent overheating.

  • VRD reduces the open circuit, minimizing the risk of electric shock.

    How it Works:
    Automatically lowers the voltage to safe levels when the arc is not active.

  • Inverter IGBT technology allows for efficient, lightweight, and compact welding machines with precise control.

    How It Works:
    Uses IGBT transistors to convert and control the welding current.

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  • Gas Check functionally allows the operator to verify the gas flow before starting the weld, ensuring adequate shielding.

    How It Works:
    Activates the gas flow without striking an arc, allowing the operator to check and adjust the flow rate.

  • The 2T (two-touch) and 4T (four-touch) functions refer to the way the torch trigger is used.

    • How it Works:
      2T:
       Press and hold the trigger to start, release to stop.
    • 4T: Press once to start, press again to stop.
  • Synergic welding systems automatically adjust welding parameters based on the selected settings, while semi-synergic allows for some manuals adjustments.

    How It Works:
    The machine sets the optimal parameters based on the material type and thickness.

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