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Esab Aristo Mig 4004i Pulse Welding Machine Inverter 400A MMA / MIG / MAG / TIG
Electrode, Gas wire, Tungsten
Filters
Clear- MIG / MAG: Welding is done with wire and must be connected to gas for clean welds.
- TIG: Slow welding for detailed work on aluminum and stainless steel. Requires experience and connection to an external gas cylinder. Does not create "spatter".
- Electrode (MMA): Creates thick and strong welds without the need for an external gas supply, making it ideal for outdoor welding.
- Plasma cutting: It uses compressed air to cut almost any type of metal with speed and precision. It is mainly used by specialized workshop personnel (e.g., car repairs).
- FCAW: It uses flux-coated wire, which releases gases as it burns, creating a protective zone around the molten metal.
- Inverter: Offers greater efficiency and helps reduce weight.
- With Voltage Stabilizer: Keeps the output voltage stable, even if there are fluctuations in the power supply.
- IGBT: Insulated Gate Bipolar Transistor: Allows the conversion of direct current (DC) to alternating current (AC) or the output of direct current to a higher or lower intensity.
- VRD: Voltage Reduction Device: Reduces voltage for user safety.
- Maximum Welding Current (Amperes): The maximum Amperes a machine supports. The more, the easier it melts thicker wires, aiding in thicker welds with fewer passes.
- Hot Start: Temporarily increases the current intensity at the moment of welding initiation.
- Anti Stick: Cuts off the current if the electrode sticks to the metal, to prevent burning.
- Arc Force: Helps with arc stability during welding.
- Pulsed: Instead of remaining constant during welding, the current increases and decreases in pulses at specified time intervals.
- 2T Operation: Press and hold the torch button to start welding. Once you release it, the welding stops.
- 4T Mode: Press the button once to start welding and release it. There is no need to keep the button pressed.
- Spot Function: Applies a specific amount of current for a very short duration, creating a spot weld.
- up to 3.2mm: Thin to medium thickness metals (~3-6mm).
- up to 4mm: Medium thickness metals (~5-10mm).
- up to 5mm: Heavy welds (~8-15mm).
- 6mm: Industrial applications, thick sheets (>12mm)