Orbital Welding Case Studies | Real-World Project Results

Manual TIG on 316L pipe hits 8–15% reject rates by mid-shift. See how orbital weld heads and a single power source fix it.

Manual TIG on 316L pipe hits 8–15% reject rates by mid-shift. See how orbital weld heads and a single power source fix it.

One contractor, one shift, 6.35 mm to 203 mm OD in 316L stainless — how open and enclosed orbital heads close a 32:1 diameter gap.

One contractor, one shift, 6.35 mm to 203 mm OD in 316L stainless — how open and enclosed orbital heads close a 32:1 diameter gap.

A Colombian contractor cut weld time from 15 min to under 5 min and rework from 15% to under 3% switching to orbital TIG on thin-wall DN50 pipe.

A Colombian contractor cut weld time from 15 min to under 5 min and rework from 15% to under 3% switching to orbital TIG on thin-wall DN50 pipe.

Manual TIG on 316L sanitary tube runs 8–15% reject rates. See how orbital automation closed that gap on food-grade piping in Ecuador.

Manual TIG on 316L sanitary tube runs 8–15% reject rates. See how orbital automation closed that gap on food-grade piping in Ecuador.

Manual TIG left 30–40% of large-diameter joints defective. Open-head orbital welding cut cycle times 60–70% and hit EN 13480 on every pass.

Manual TIG left 30–40% of large-diameter joints defective. Open-head orbital welding cut cycle times 60–70% and hit EN 13480 on every pass.

A Kazan construction project needed orbital welding across a 6:1 diameter ratio at 40 m elevation. Here's how one system handled it.

A Kazan construction project needed orbital welding across a 6:1 diameter ratio at 40 m elevation. Here's how one system handled it.

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