Continuous wire-fed arc welding delivering consistent, low-spatter welds at high productivity — MIG/MAG welding for structural, process, and marine fabrication.
Gas Metal Arc Welding, commonly known as MIG (metal inert gas) or MAG (metal active gas) welding, forms an electric arc between a continuously fed consumable wire electrode and the workpiece. That arc heats and melts both the wire and the base metal, joining them into a single weld pool.
We run GMAW across spray, pulsed-spray, globular, and short-circuiting transfer modes, selecting the mode that matches material thickness, position, and required weld appearance. The result is a process capable of good beads with minimal slag or spatter across a wide range of metals.
A continuous-feed process tuned for consistency and productivity.
Wire diameter, feed speed, and shielding gas mix are set for the material and joint.
An electric arc is struck between the continuous wire electrode and the workpiece.
Molten metal transfers to the puddle in spray, pulsed-spray, globular, or short-circuit mode.
A CO2 or argon-blend shielding gas protects the puddle from atmospheric contamination.
Torch angle and travel speed are held to produce a consistent, minimal-spatter bead.
Wire-feed hardware built for consistent, high-productivity welding.
Continuous, adjustable-speed feed of the consumable wire electrode.
Constant-voltage power source matched to spray, pulsed, or short-circuit transfer.
CO2 and argon-CO2 blended shielding gas delivery and flow control.
Precision current transfer and gas shielding at the point of the arc.
Air- or water-cooled gun matched to duty cycle and amperage.
Controlled wire storage and feed to avoid feed inconsistency.
Automated travel for long, consistent structural and plate welds.
Bead and penetration verification on every completed weld.
Efficient joining and sealing of flat surfaces and large fabricated pieces.
Consistent, low-defect welds across marine and offshore production hardware.
High-productivity welding for skids, vessels, and process equipment structures.