From core algorithms to embodied robots — full-stack solutions for welding intelligence.
A six-axis robot body is fixed on a base with a 2 m reach covering a single station, delivering batch autonomous welding of small and medium parts with the teach-free welding system.
Two six-axis robots share a single 12 m ground rail and can work in parallel on separate zones or cooperate on one large workpiece, raising output significantly within the same footprint.
A six-axis robot and AOTAI power source are mounted together on a 12 m ground rail slide, travelling along the rail to weld fillet joints on H-section columns, roof beams and crane girders continuously and automatically.
Adding a cantilever travel axis to the 7-axis design extends the effective working range to about 3.5 m and enables butt joints on square tube/channel steel and channel lap joints in addition to fillet welds, suiting bridge deck units and ship sub-assemblies.
A six-axis robot hangs from the end of a column cantilever and travels along a 12 m ground rail as the seventh axis, with a 2.4 m cantilever working range, approaching seams from above to avoid fixture and side-wall interference.
Using DLP projection with an industrial camera, it reconstructs workpieces in 3D at micron level, suited to precision welding and defect inspection.
A tracked welding chassis carrying a six-axis robot and AOTAI power source, with 1000 kg payload, wireless remote driving, on-the-spot turning and 18 km / 2 h endurance — bringing the welding station to the workpiece without laying any rail.
Achieves high-precision trajectory positioning through multi-sensor visual fusion for autonomous decision welding — completing the entire automated welding process for complex workpieces without programming.