Laser, submerged arc, spot, stud, friction, and other advanced processes.
Showing 9 of 118 articles
Laser clad welding melts alloy powder or wire onto a part with a focused laser beam. Learn the process, materials, parameters, benefits, and pitfalls.
Learn what forge welding is, how it works, its history, applications, safety, and how it compares to modern welding processes.
Stud bolt welding explained: drawn arc vs capacitor discharge, codes, settings, inspection, common defects and safety tips for reliable welds.
Explore TRUMPF laser welding: processes, fiber/disk lasers, safety standards, and industrial applications in a detailed guide.
Flame spray welding melts wire or powder in an oxy-fuel flame and sprays it onto a surface. Learn the process, materials, safety rules, and…
Curious about DeWalt laser welding? See what DeWalt actually makes, how laser welders work, costs, safety rules, and laser vs MIG/TIG.
Fiber laser welding uses a focused 1,064 nm beam for narrow, fast, low-distortion welds. Learn the process, parameters, limits, and safety rules.
Learn how seam resistance welding works, from wheel electrodes and weld schedules to leak-tight nugget overlap, defect fixes, testing, and safety.
Jewelry spot welding guide: how micro resistance welding works, metals it suits, machine choices, parameters, troubleshooting, and safety.