Collaborative robot welding is applied to shipboard piping systems that ensure watertightness, fire safety, seakeeping performance, and crew/passenger amenities. It performs precise welding on bilge pipes, ballast pipes, fire mains, air pipes, filling pipes, sounding pipes, water supply pipes, drain pipes, and ventilation ducts, ensuring sealing, strength, and corrosion resistance.
Collaborative robot welding is used for the ship’s keel, the primary longitudinal loadbearing structure(especially in smaller vessels), which resists longitudinal bending momentsand ensures structural strength. Focus is on welding bulb platesand other keel materials to maintain consistent joint quality.
Collaborative robot welding applies to side keelsons(longitudinal members on both sides of the keel). It handles platesand Tbarsto share longitudinal bending loadsand enhance the hull’s resistance to external forces.
Collaborative robot welding is used for frames(longitudinal members on both sides of the hull), working with sectionsand Tbarsto form a trusslike structurethat secures shell platingand increases overall structural strength.
Collaborative robot welding is applied to the stemand stern postsat the bow and stern, connected to the keel. It welds platesto improve resistance to wave impact, hydrostatic pressure, longitudinal collisions, and vibrationfrom propeller operation.