Welding Automation
A practical welding automation checklist covering the part, joint, process, fixture, motion, controls, safety, layout and acceptance requirements.
October 16, 2026
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A practical welding automation checklist covering the part, joint, process, fixture, motion, controls, safety, layout and acceptance requirements.
Compare industrial robotic automation, collaborative robot automation and a welding SPM using product mix, path, fixture, cycle, workspace and safety needs.
Compare conventional, L-type, roll-over and head-tail-stock positioning systems using load, geometry, centre of gravity, support and weld access.
Compare an articulating welding arm and a column-and-boom manipulator using working envelope, payload, travel, mounting, process package and workpiece motion.
A practical checklist for comparing CNC plasma, laser and flame cutting around material, thickness, working area, cut quality and production needs.
Plan an automatic beam welding line around beam profiles, fit-up, welding process, handling flow, inspection and required production output.
Select a welding positioner using the fully fixtured load, centre of gravity, required axes, weld access, rotation needs and safe loading method.
Understand how a column and boom welding manipulator positions welding equipment for long seams and works with rotators, positioners or fixtures.
Plan welding rotators for circular-seam tank and vessel work using diameter, weight, centre of gravity, shell condition, process and support requirements.
Decide when a welding special purpose machine is appropriate and define the part, joint, GTAW/GMAW/SAW process, fixture, motion and acceptance requirements.
