
A synchronized dual-robot configuration for high-precision manufacturing of foundation supports.
The manual fabrication of foundation supports created a significant bottleneck in production. Reliance on human operators for fit-up and welding resulted in inconsistent quality and limited daily output to a maximum of 25 units per shift.
The variability in manual assembly frequently led to rework and scrap, driving up costs and preventing the facility from meeting increasing market demand.



We implemented a high-performance robotic cell designed for serial production. The system features a synchronized dual-robot configuration integrated with a heavy-duty 2-axis positioner.
Automates precise pick-and-place handling.
Executes high-speed, multi-pass welding.
Maintains optimal downhand welding positions.
Unified program for synchronized kinematics.

Daily output jump from 25 to 65 units
Zero defects due to automated parameters
Continuous manufacturing rhythm