The on-site situation can be checked with monitors and VR! A robot that can select suitable forms and control methods for various applications.
The "Master-Slave Robot" is a custom industrial robot optimized for specific applications. A scale model master robot is operated by a person, and the slave robot, placed at a remote location, executes the same movements. The conditions on-site can be monitored via screens or VR. Since it allows for the selection of forms and control methods suitable for the application, it is possible to control general-purpose robots mass-produced by manufacturers as slave robots. Additionally, for environments where general-purpose robots cannot be used, we can provide tailor-made robots with arm configurations optimized for specific applications. 【Features】 ■ Custom industrial robot optimized for specific applications ■ On-site conditions can be monitored via screens or VR ■ Selection of forms and control methods suitable for the application ■ Robot movements controlled by torque ■ Proposal of a master that is a similar shape (scale model) to the slave *For more details, please refer to the PDF materials or feel free to contact us.
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For more details, please refer to the PDF document or feel free to contact us.
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Applications/Examples of results
【Usage】 ■ Harsh fieldwork in various fields (such as casting and forging operations) ■ Hazardous (biological, chemical, radiological) environments, etc. *For more details, please refer to the PDF document or feel free to contact us.
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Company information
Since its founding, Toyo Riki Kogyo has been engaged in the development, design, and manufacturing of production-related equipment across various industrial sectors. In 1982, it began the development of manipulators and hands for industrial robots. Since then, its main business has been to develop and implement useful robotic application systems by system integration and customization of industrial robots to meet the needs of various fields. To date, it has achieved over 200 systems primarily focused on robotic handling systems, earning significant trust from its users. In 2005, it started developing next-generation robots centered on communication, receiving support from the city of Osaka, and has completed a robot platform while advancing contract development of easy-order robots. As the next step, it plans to start activities that contribute to Japan's manufacturing, which is facing a decline in the workforce, by robotizing traditional skills.
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