Welding Machine Repair
Fast, accurate fault diagnosis for every welding machine type
From a portable inverter that won't strike an arc to an industrial machine holding up a production line, we diagnose the fault on the bench, explain it in plain terms, and give you a clear cost before any work starts.
Every repair starts with proper fault-finding, not guesswork — checked against rated voltage and current, not just powered on and hoped for. That's what separates a repair that lasts from one that fails again in a month. We work on inverter, MMA/ARC, MIG/MAG, TIG and plasma cutting machines across every major brand.
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Signs your welding machine needs repair
- Machine won't power on, or trips the breaker as soon as it's switched on
- Weak, unstable or wandering arc that won't hold steady
- Overheating and thermal shutdown partway through a job
- Wire feed problems on MIG machines — birdnesting, stalling or inconsistent feed
- Burning smell, visible sparking, or scorch marks near the control panel
- Fault codes or an unresponsive display
BRANDS COVERED
MACHINE TYPES
Common questions
FAQ
How much will it cost to repair my welding machine?
It depends on the fault — we diagnose first and tell you the cost before starting any repair, so there are no surprises. Simple faults are often far cheaper to fix than replacing the machine.
Can you repair machines that other shops said were unrepairable?
Often, yes. Many 'dead' machines turn out to be a single failed component — a driver IC, a blown MOSFET, a cracked joint on the board — that's fixable at component level rather than replacing the whole unit.
Do you repair all brands, or only specific ones?
All major brands — inverter, MIG, TIG and ARC machines from iBELL, Toshon, NIKO Arc, ESAB, Ador, Panasonic, Rilon, GB, Cruxweld, Warpp and others.
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