Laser, submerged arc, spot, stud, friction, and other advanced processes.
Showing 9 of 118 articles
Miller laser welding explained: how the OptX 1kW and 2kW fiber laser welders work, what they weld, real productivity gains, safety rules, costs and…
Manual laser welding puts deep, narrow heat where you want it. Learn the process, parameter settings, safety rules, comparisons, and common mistakes.
Laser spot welding explained: how it works, key parameters, common defects, troubleshooting, and how it compares to resistance spot welding.
A complete guide to Tru-Weld stud welding: CD and drawn-arc equipment, weld studs, rental, calibration, AWS codes, safety and troubleshooting.
A 40-ton injection mold sits in a press at 2 a.m., and a 3 mm cavity edge has chipped — losing it means weeks…
Learn how laser welding joins battery and solar collectors: the process, material limits, parameter windows, defect fixes, and equipment picks.
The submerged arc welding principle explained: how flux, arc and current produce deep, clean welds, plus parameters, applications, and troubleshooting.
Learn how stud arc welding works, key parameters, codes, defect troubleshooting, and inspection tests to build strong, code-compliant stud joints.
How stud welding works in shipbuilding: drawn arc vs CD, materials, settings, AWS and class-society inspection, defects, safety, and cost-saving tips.