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What metals can you laser weld? A laser can join many metals, but each material behaves differently during the welding process. Some absorb laser energy efficiently and produce high-quality welds, while others reflect more energy or require careful heat control. This guide explains which metals work best for laser welding and how to avoid common challenges.
Is the YesWelder MP200 Pro worth it? In this review, we take a closer look at how this pulsed all-in-one welder and cutter performs in real shop work — from welding control to built-in plasma cutting — and whether it’s the right fit for your garage or workshop.
Can you flux-core weld aluminum? In theory, yes—but in reality, it rarely works well. Issues like oxide layers and wire feeding make aluminum especially challenging for flux-cored welding. Discover why it’s so difficult and learn which welding methods, like MIG and TIG, work better for aluminum.
Understanding laser welding doesn’t have to be complicated. This article breaks down the most common laser welding types, explains their fundamentals, and shows how to choose the right method for different applications — from precision tasks to high-volume production.
Welding shapes far more of our world than most people realize. From underwater repairs to aerospace manufacturing, it has helped make some of the world’s most important engineering advances possible. Here are 10 fascinating and fun welding facts that reveal the history, science, and surprising reach of this essential craft.