Laser, submerged arc, spot, stud, friction, and other advanced processes.
Showing 9 of 118 articles
Linear friction welding joins metal parts in the solid state using reciprocating motion and forge pressure. Learn the process, parameters, benefits, and limits.
Small laser welding explained: how fiber lasers work, what they weld, costs, safety, settings, and mistakes to avoid before you buy a compact laser…
Learn how IWT stud welding works: CD and drawn arc LYNX systems, gun setup, weld parameters, code requirements, and step-by-step troubleshooting.
Learn how stud welding pins work, types, AWS/OSHA rules, and insulation applications with expert tips for strong, code-compliant welds.
Define submerged arc welding: how SAW works, equipment, flux, parameters, advantages, defects, safety codes, and real industrial applications.
Learn how pro spot welding works: resistance spot welders, nugget sizing, electrode life, MIG/TIG spot welds, safety, QC and troubleshooting.
Learn how the SAW welding process works, from flux and wire selection to parameters, defects, safety, and when submerged arc beats other methods.
A complete guide to resistance spot welding stainless steel covering parameters, electrodes, corrosion, safety, and industry best practices.
Laser welding titanium needs clean surfaces, high-purity argon, and precise focus. Learn the process, key parameters, common defects, and how it compares to TIG.