KUKA Systems North America announced PULSE carrier conveyance system for automotive car body assembly lines. PULSE uses linear synchronous motor technology to move body sections through robotic work stations along assembly lines as joining and other functions are performed.
PULSE technology is extremely fast and flexible – 30% faster than conventional friction-based transfer systems. The speed boost allows for greater use of other process equipment, which in turn allows for a reduction in the footprint of the overall production line. With its solid state linear motors, a PULSE line has fewer wear components – including sensors, connectors and cables – that require maintenance or can fail, causing unscheduled downtime. And it has a major safety advantage, too; it can stop much faster than conventional systems.
A PULSE line can be configured to handle up to four models. It costs much less to add a second model-handling capability than it would with a conventional transfer system. PULSE also has great design flexibility; it can be adapted to the physical conditions at each assembly plant.
“PULSE offers a very strong business case and we’re sure it will become a preferred technology for our customers in future plant retoolings”, says Kevin J. Laurence, Advanced Engineering Manager at KUKA Systems North America, who came up with the original technology concept.