Case Studies

How Long Does an FXT40 Pro Orbital Welding Mach...

Orbital welder lifespan depends on duty cycle, weld head wear, and electronics — not calendar age. A tiered maintenance view separating consumables, wear p

Orbital Welding Shielding Gas Consumption vs. M...

Orbital welding uses enclosed weld heads to cut shielding gas flow to 6-9 L/min vs. 10-15 L/min for manual TIG, reducing consumption.

Closed-Head Orbital Welding Across Seven Mid-Ra...

A Brunei-based engineering company deployed a C120 closed-head orbital welder covering seven OD sizes from 38 to 114.30 mm — with sea-freight wooden crate packaging for tropical-climate transit.

What Happens When Welding Parameters Are Set Wr...

Wrong weld parameters cause burn-through, incomplete fusion, or contamination—parameter locking and data logging prevent these costly, traceable failures.

Bilingual Russian/English Closed-Head Orbital W...

A Kazakh fabrication shop deployed a closed-head orbital welder configured for seven small-to-medium stainless diameters, with dual Russian/English HMI and land freight handling — full configuration and commissioning notes.

What Is a Water Cooling System in Welding, and ...

Water cooling removes torch heat fast enough to sustain 100% duty cycle, letting welding equipment run continuously without forced cooldown pauses.