Laser, submerged arc, spot, stud, friction, and other advanced processes.
Showing 9 of 118 articles
For many small fabrication shops, floor space and budgets are stretched to their limits while jobs pile up. A 3 in 1 laser welding…
Railroad track welding explained: flash butt vs thermite welding, FRA and AWS standards, inspection, defects, costs, and safety tips for rail welders.
Learn how submerged arc welding works, key benefits, limits, safety, and where it's used in heavy fabrication.
Learn how pulse welding works, its benefits, safety risks, and when to use pulse MIG or pulse TIG for precise, low-heat welds.
IPG laser welding explained for working shops: how fiber lasers weld, keyhole vs conduction, material limits, safety gear, parameters, and where TIG still wins.
A practical guide to ultrasonic wire welding: how the solid-state bond forms, key parameters, applications, defects, QC, and tips.
Laser hybrid welding combines a laser beam with an arc to weld thick steel faster with less filler and distortion. Learn the process, the…
Liquid metal welding joins metals with a molten filler. Learn how brazing and braze welding work, filler metals, fluxes, joint gaps, safety and fixes.
Laser welding eyeglass frames can save a broken titanium or metal pair. Learn how the process works, what it costs, its limits, and how…