Looking for a MIG welder wire feeder that lasts longer and performs stronger — and that has better accuracy? At Cigweld, our wire feeders collection features the cutting-edge BlueVenom wire feeder and trusted ESAB wire feeder models, made to meet the toughest industrial demands. Whether you’re onsite or in the workshop, our wire feeders ensure smooth, consistent wire delivery for professional welding results every time.
Welding is something you want to do consistently. Luckily, our wire feeders are designed to deliver wire seamlessly, reducing downtime and enhancing weld quality. Lightly fabricating? Doing heavy-duty industrial projects? Whatever you’re planning to do, Cigweld’s wire feeders have you set, thanks to their:
Whether you choose a BlueVenom wire feeder for cutting-edge performance or an ESAB wire feeder for proven reliability, you’ll benefit from precision engineering that helps you get the job done right, every time.
Out of all the MIG wire feeders in our lineup, BlueVenom’s the one that really turns heads. It’s tough, tech-packed, and made to perform — no matter what kind of punishment the job throws at it. Here’s why it’s a favourite:
Tradies who’ve used it say it’s one of those tools you wonder how you ever worked without.
With easy-to-use controls and a tough exterior, ESAB wire feeders feed wire like champions. Paired with Cigweld’s reputation for quality and service, our wire feeders are built to perform in Australia’s toughest worksites.
With top-of-the-line welding brands available, Cigweld is where you want to go for wire feeders. Shop the collection and equip your workshed or worksite with quality equipment built to last.
A wire feeder motor pushes welding wire from the spool through the liner and gun to form a continuous arc weld. It maintains a steady wire feed speed control for consistent deposition.
Choose drive rolls by wire material (steel, stainless, aluminium) and diameter (e.g. 0.8 mm–1.2 mm, 1.0 mm–1.6 mm). V-groove rolls are standard for solid steels; U-groove for softer wires.
Yes—many wire feeders are modular. Upgrading to a digital controller offers finer speed adjustments, memory settings for repeat jobs and, in some models, fault diagnostics.
–Check for worn or misaligned drive rolls.
–Inspect the liner for kinks, contamination or improper seating.
–Ensure correct tension on the feeder pressure arm—too tight or too loose causes slipping or bird-nesting.
–Clean feed path and replace damaged consumables.
–Monthly: Remove the drive assembly, clean rollers and gear teeth with a soft brush.
–Quarterly: Replace the liner if feeding performance declines.
–Annually: Inspect motor brushes (if applicable) and bearings; lubricate per manufacturer’s guidelines.
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