The Lincoln Electric AC 225 is one of the most common transformer-based stick welders you’ll find in home workshops and small fabrication shops. Simple as it is, getting the leads connected correctly and the plug wired safely makes the difference between a welder that performs well and one that trips breakers or creates a shock … Read more
If you’re setting up a MIG welder for the first time — or troubleshooting one that’s misbehaving — knowing what each part does makes everything click faster. A MIG welder isn’t one single machine; it’s a system of components that have to work together correctly. A MIG welder consists of several key parts: the power … Read more
Getting a MIG weld that looks clean, holds strong, and passes visual inspection isn’t just about running a bead and hoping for the best. It takes the right settings, technique, and understanding of what a good weld actually is. A perfect MIG weld has consistent width, smooth ripples, full fusion at both edges, and no … Read more
Stainless steel exhaust systems are common on performance builds, diesel trucks, and custom fabrications. They resist corrosion and handle heat better than mild steel. But when it comes time to repair or fabricate one, a lot of welders hit trouble fast. MIG welding stainless exhaust is absolutely doable, but it requires the right wire, the … Read more
Pulling dents on auto body panels usually comes down to one thing — getting a solid attachment point without drilling holes or causing more damage. That’s exactly the problem the Eastwood MIG Stud Weld Kit is designed to solve. The Eastwood MIG Stud Weld Kit is an auto body dent repair tool that attaches to … Read more
Pulling dents on auto body panels usually requires a way to grab metal from the outside without cutting through it. That’s exactly the problem a stud welding kit solves — and the Eastwood MIG Stud Weld Kit is one of the more accessible tools for doing it at home. The Eastwood MIG Stud Weld Kit … Read more
MIG welding is one of the most widely used welding processes in the world — from auto body repair to structural fabrication. If you’re new to it or trying to sharpen your technique, understanding how the process actually works makes everything else easier. MIG welding (Metal Inert Gas welding) is a semi-automatic arc welding process … Read more
Getting the right travel speed in MIG welding is one of those variables that experienced welders adjust instinctively — but for everyone else, it can silently ruin an otherwise decent weld. MIG welding travel speed typically ranges from 10 to 30 inches per minute (IPM), depending on material thickness, wire diameter, voltage, and wire feed … Read more
The torch pattern you run during a MIG weld affects more than just appearance. It influences penetration depth, heat distribution, bead width, and how well the fusion ties into the base metal on both sides of the joint. MIG welding uses three primary torch movement patterns: straight (stringer) beads, weaving patterns, and circular or cursive … Read more
Getting polarity wrong on a MIG welder is one of those mistakes that’s easy to make and surprisingly hard to diagnose. The machine runs, wire feeds, and an arc forms — but the welds look terrible and nothing makes sense. MIG welding with solid wire and shielding gas requires DCEP (Direct Current Electrode Positive), meaning … Read more