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Yamaha Motor News
Yamaha Robotics reveals advanced cobot and flexible, precision automation at Motek 2023
Demonstrations include new 7-axis cobot with human sense technology, end-of-line automation for EV batteries, and programmable transport modules with integrated track and trace.
Yamaha Robotics FA Section took the wraps off its prototype 7-axis cobot at Motek 2023 in Stuttgart, while also demonstrating precision, high-speed handling of large prismatic modules for EV batteries. In addition, two demonstrations featuring LCMR200 programmable modules showed how flexible workpiece transportation enables compact, automated assembly cells that enhance traceability and simplify maintenance.
Yamaha’s new cobot is ready for the next era of collaborative automation, featuring the seventh axis that enhances dexterity and introducing unique innovations. Among these, human-sense technology provides intuitive contextual awareness to assist positioning and handling of items, enhancing cobot autonomy, accuracy, productivity, and safety.
Yamaha Robotics worked with system integrator partner JP Industrieanlagen to develop the 35kg electric vehicle battery module handling solution featuring the YK1200X SCARA, which automates end-of-line testing and final battery assembly. With 7.5m/s speed, 0.05mm repeatability, and high payload capacity, Yamaha’s YK1200X SCARA robot raises, lowers, and positions the 35kg modules quickly and accurately. Its ability to directly align the module electrical terminals in the test fixture minimises test cycle time, while precision stacking eases final assembly and wiring of the battery pack.
The two LCMR200 demonstrations highlighted the optional vertical and horizontal circulation units that allow space-saving bidirectional assembly lines to operate in two directions to save space and boost efficiency. The broad functional scope of the LCMR200 as a material transport system for flexible assembly grid solutions enables users to build advanced, high-productivity manufacturing facilities.
LCMR200 sliders have electronically programmable speed, acceleration, and stop positions, allowing easy setup and flexibility. In addition, each has a unique ID that permits real-time awareness of location and status, which enhances traceability, eases process control, and facilitates equipment maintenance.
www.yamaha-motor-robotics.com
