Dual Headstock Tailstock Welding Cell for Large Weldments (FANUC Integration) скачать в хорошем качестве

Dual Headstock Tailstock Welding Cell for Large Weldments (FANUC Integration)

Most manufacturers assume the robot is the bottleneck. In heavy weldment production, that is rarely the case. Large parts like trailers or structural assemblies often require as much time for prep, fit-up, and tacking as they do for welding. When those steps happen sequentially, the robot sits idle and throughput suffers. In this video, we walk through a dual-station robotic welding cell designed to solve that problem. This system allows two operators to work independently while sharing a single robot. One side can be actively welding while the other is being prepped, keeping the robot running and maximizing utilization. Inside this cell: Dual headstock tailstock configuration for large weldments Long-reach FANUC robot for oversized parts Independent operator stations with shared robot control Pneumatic or servo-driven blast shields for safe parallel operation Custom HMI with Allen-Bradley PLC integration Maintenance access with full safety interlocks Optional wire dress and nozzle cleaning systems to reduce downtime The goal is simple. Keep the robot welding. Reduce idle time. Improve overall system throughput. This is how we design cells at Kinetic Technologies, not just to weld parts, but to solve production constraints on the shop floor. If you’re working with large weldments and seeing bottlenecks in prep or handling, this is the type of system you should be thinking about. 👉 Want feedback on your welding process or automation project? Contact us today to start your ROI analysis! https://bit.ly/3NVutB4 ___ At Kinetic Technologies, we don’t just install robots—we build smart, scalable welding automation solutions that deliver real ROI. Many manufacturers underestimate the financial impact of automation, focusing only on labor savings while missing hidden cost reductions in consumables, quality improvements, and production scalability. Our simulation-first approach ensures your robotic welding cell is optimized before it ever hits the shop floor, eliminating surprises, reducing downtime, and accelerating payback. Whether you’re looking to cut costs, improve quality, or scale production, we help manufacturers design smarter, automate faster, and get the most from their investment.