After 45 days of testing the Eastwood MIG 180 in my home workshop, I put this welder through everything from thin auto body sheet metal to 1/4 inch plate. Here’s my honest verdict on this dual-voltage inverter welder.
Eastwood MIG 180 Review: 45-Day Test Results & Honest Verdict Read More »
Complete guide to plasma cutter gases: Learn when to use compressed air, oxygen, nitrogen, or argon-hydrogen for optimal cut quality on steel, stainless, and aluminum.
Plasma Cutter Gases: The Complete Guide to Choosing the Right Gas Read More »
After 60 days of testing across MIG, stick, flux-core, and TIG applications, I share my honest assessment of the Lincoln LE31MP multi-process welder. Real projects, duty cycle testing, and comparison with Forney 271 and Power MIG 140MP.
Lincoln LE31MP Review: 60-Day Hands-On Multi-Process Read More »
The complete guide to MIG welding wire types. Learn which wire to use for mild steel, aluminum, stainless steel, and flux-cored applications. Includes wire size selection, troubleshooting, and expert recommendations.
MIG Welding Wire Types: The Complete Guide Read More »
After three weeks and 75 pounds of welding wire, I review the Eastwood Elite MP250i multi-process welder. True DC TIG, 60% duty cycle at 250 amps, and dual voltage capability.
Eastwood Elite MP250i Review: Is This the Best Multi-Process Read More »
Standing in front of a wall of welders at your local hardware store, you might feel overwhelmed by the options. After 15 years of welding, I’ve learned that choosing the right welder comes down to answering four specific questions about your needs.
How To Choose A Welder: Complete Guide for Beginners Read More »
Expert reviews of the top TIG welders under $1000, featuring AC/DC machines, budget options, and professional-grade performance for aluminum and steel welding.
Best TIG Welders Under 1000 2026: 8 Models Tested Read More »
Complete guide to calculating the right generator size for your welder. Includes wattage calculations for all welder types, safety margins, altitude adjustments, and THD considerations for inverter welders.
What Size Generator For Welding: Complete Wattage Guide Read More »
Welding parameters control the five key variables that determine weld quality: Current, Arc Length, Angle, Manipulation, and Speed (CLAMS). Master these fundamentals with practical starting points and troubleshooting guides.
What Are Welding Parameters? The CLAMS Framework Read More »
Comprehensive guide to welding defects covering the 10 most common types, their causes, detection methods, and prevention techniques. Includes industry standards and practical inspection tips.
Common Welding Defects: Complete Guide to Types Read More »
