6-axis Welding Robot

A sheet metal manufacturer in Southeast Asia mass-produces distribution boxes and electrical cabinets, which require extensive welding on the four corners of frame structures.
The plant struggled with heavy reliance on skilled welders, difficult recruitment and restricted output capacity.
Our 6-axis industrial welding robot with a 1587mm working reach runs customized welding programs to automatically complete corner welding and multi-segment continuous frame welding.
Benefiting from ±0.05 mm repeatability, the equipment delivers consistent, uniform weld seams and lifts mass production efficiency by around 20%.
Welding programs can be saved for repeated production, lowering long-term dependence on veteran welders.
Matched with a custom dual-axis positioner, workpieces rotate automatically for multi-angle welding after one clamping, eliminating secondary manual re-fixturing.
The robotic welding cell delivers much more stable mass production compared with manual welding.

A precision manufacturer in South America produces stainless steel storage racks, cross beams and structural components.
Workpieces are mainly thin-plate assemblies fabricated from 201/304 stainless steel round and square tubes.
Traditional manual welding causes inconsistent seam quality and frequently leads to thin plate deformation and burn-through.
We supplied complete TIG robotic welding workstations built on four 6-axis industrial welding robots. The 10kg payload steadily supports welding torches and auxiliary tooling for continuous cycles.
With pre-programmed welding trajectories, the system achieves stable continuous TIG welding on frame joints, cross beams and bracket connection points.
Full argon shielding creates smooth, spatter-free welds with minimal oxidation and discoloration.
Precise low heat input effectively prevents deformation and burn-through of thin stainless steel sheets.
This solution raises product yield by roughly 40% and optimizes surface finishing standards.