Yamaha Motor says its internet of things automation system enables integrated control of multiple robot products with one controller
Yamaha has developed a new Advanced Robotics Automation platform – essentially an internet of things system for connecting machines together.
This integrated control robot system enables building advanced automated production lines at low cost, in short time frames, and provides a “remarkable increase in compatibility with IoT”, says Yamaha.
The company adds that the newly-developed integrated controller delivers comprehensive coordination and synchronous control of an entire automated system, including transport of pieces, handling, image recognition, and control of peripheral devices.
This integrated controller compatible with the Yamaha Advanced Robotics Automation platform and various new robot products, including single-axis robots, SCARA robots, linear conveyor modules, cameras with built-in image processing capability, and controllers, for a total of 91 models and 202 individual variants, will go on sale from December 1, 2016.
Yamaha Motor offers a comprehensive and wide-ranging lineup of industrial robots and peripheral devices required for automated processes, from diverse robots including single axis, cartesian, SCARA, and articulated models, to image processing systems and transport linear conveyor modules.
Until now, control of these robots and peripheral devices involved installing one controller for each robot or device.
However, the newly-developed Yamaha Advanced Robotics Automation platform enables integrated control of compatible robot products and peripheral devices with one controller.
This brings significant benefits in terms of simplifying the design of automated production lines, as well as cost reductions and improvements in space efficiency, says Yamaha.
The company says the integrated control robot system has been achieved by leveraging Yamaha Motor’s strengths in its diverse lineup of robot products.
The company adds that the Yamaha Advanced Robotics Automation platform integrated control robot system offers rapid resolution of issues in manufacturing sites and maximizes return on investment.
