Laser, submerged arc, spot, stud, friction, and other advanced processes.
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Learn how resistance spot welding works, from current, force and time settings to electrode wear, weld defects, testing and OSHA safety rules.
A hobbyist builds a 10S e-bike pack from salvaged 18650 cells, welds it with cheap strip at full power, and watches the first hill…
A complete guide to ultrasonic spot welding: how it works, key parameters, joint quality, applications, common defects, and troubleshooting tips.
Learn how stud welding on deck plate works: process basics, codes, parameters, inspection tests, common defects and expert fixes.
Portable laser welding brings fiber laser power to the job site. Learn how handheld laser welders work, what they weld best, and how to…
Learn flux forge welding: history, process, fluxes, safety, advantages vs alternatives, and practical tips for strong solid-state welds.
Learn the full submerged arc welding procedure: parameters, flux, WPS, defects, safety and troubleshooting for high-quality SAW welds.
Laser welding explained in plain language: how the beam joins metal, keyhole vs conduction mode, fiber vs handheld systems, defects, safety, and costs.
Stud welding technology explained: how it works, CD vs drawn arc vs short cycle, standards, defects, safety rules, and practical tips.