Case Studies
CM4 Cutting Machine and Axxair-Compatible Blade...
A France buyer evaluated CM4 tube cutting and Axxair-compatible blade references for cleaner tube preparation before welding.
CM4 Cutting Machine and Axxair-Compatible Blade...
A France buyer evaluated CM4 tube cutting and Axxair-compatible blade references for cleaner tube preparation before welding.
Can the FXT40 Pro Weld Stainless Steel? Paramet...
Orbital TIG systems are built for stainless tube welding, offering guidance on parameter ranges for current, gas, and travel speed.
Can the FXT40 Pro Weld Stainless Steel? Paramet...
Orbital TIG systems are built for stainless tube welding, offering guidance on parameter ranges for current, gas, and travel speed.
What Tube Diameter Range Does Your Orbital Weld...
Orbital welding head diameter ranges follow overlapping clamp bands, not one fixed spec—matching tube OD to the right insert set is key to weld quality.
What Tube Diameter Range Does Your Orbital Weld...
Orbital welding head diameter ranges follow overlapping clamp bands, not one fixed spec—matching tube OD to the right insert set is key to weld quality.
C80 and C170 Dual-Head Orbital Welding Package ...
A Switzerland buyer evaluated FXT20 with C80 and C170 closed weld heads for broader stainless tube range coverage.
C80 and C170 Dual-Head Orbital Welding Package ...
A Switzerland buyer evaluated FXT20 with C80 and C170 closed weld heads for broader stainless tube range coverage.
CM3 Tube Cutting Preparation for 6-76.2 mm Orbi...
A North American buyer evaluated CM3 tube cutting for 6-76.2 mm tube preparation before orbital welding and assembly work.
CM3 Tube Cutting Preparation for 6-76.2 mm Orbi...
A North American buyer evaluated CM3 tube cutting for 6-76.2 mm tube preparation before orbital welding and assembly work.
FXT40 Pro Cycle Time Breakdown: How Long Does O...
A full breakdown of orbital weld cycle stages, from clamping to arc-off, showing where throughput time is really spent.
FXT40 Pro Cycle Time Breakdown: How Long Does O...
A full breakdown of orbital weld cycle stages, from clamping to arc-off, showing where throughput time is really spent.