
Pipe Flange Robotic Welding
Robotic welding of pipe-to-flange joints. The positioner rotates the pipe and flange so the robot welds the circumferential seam in the flat…
Robotic welding workstations and digital welding factories configured by Shuanghua for construction machinery, steel structures, pipelines, energy, logistics and agricultural machinery.

Robotic welding of pipe-to-flange joints. The positioner rotates the pipe and flange so the robot welds the circumferential seam in the flat…

Robotic welding of air ducts and wind tubes. Long seams and flanges are welded automatically, replacing manual welding on repetitive duct sections.

Robotic welding of motor seats and guide seats for construction machinery. Fixtures locate each part so multiple seams are completed in one…

Robotic welding of crawler track frame assemblies. A head-tail positioner turns the heavy assembly so the robot can reach all seams; a…

Robotic welding cell for single guide seat parts with dedicated fixtures for fast loading and repeatable positioning.

Robotic welding of excavator stick (arm) side plates — long, thick-plate seams that benefit from stable multi-pass robotic welding and precise fixturing.

Robotic workstation for stacking racks and storage frames, welding repetitive tube and plate joints with high consistency.

Robotic welding of guardrail and railing panels — many short, repetitive joints on tube and flat-bar frames.

Robotic workstation for cable trays and bridge frames. A dual-station layout lets operators load one station while the robot welds the other.

Robotic welding of logistics turnover boxes and containers with low-spatter MIG welding for a clean finish.

Robotic workstation for anode half-frames used in electrolytic production, welding long frame seams continuously.

Robotic welding of conveyor idler brackets (roller supports) for mining and bulk handling, a high-volume part with many identical seams.

Robotic welding of automotive service equipment such as lifts and frames.

Robotic welding of electric motor housings; the positioner rotates the housing for circumferential and bracket seams.

Robotic welding workstation for agricultural machinery parts, handling a high mix of parts with quick-change fixtures.

Robotic welding of hydraulic cylinder barrels, end caps and mounting lugs, with the cylinder rotated by a positioner for circumferential seams.

Workstation for butt welding of thick-wall pipes and flanges with multi-layer, multi-pass robotic welding.

Parametric robotic welding of stator cores: the welding program is generated from core parameters, so new sizes do not require manual teaching.

A digital welding factory for agricultural machinery integrating multiple robotic welding cells, material flow and production management.

Digital welding factory for telescopic booms with long-seam robotic welding on travel tracks.

Intelligent production line for aerial work platform structures such as scissor arms and chassis.

Digital factory for building tower crane components — base sections, mast sections and climbing frames.

Integrated robotic system for construction machinery products combining automatic flaw detection, grinding and stud welding.
Tell us about your workpiece, material and output target. Our engineers reply within 24 hours.