Mr. Matsuda is a manager of resource circulation technology development in the R&D department of Panasonic Holdings. He has been in charge of the development of home appliance recycling technology since 2015. Toward the realization of a sustainable society, he has promoted the development of recycling technology for cellulose composite plastics and the development of resource efficiency indicators for circular economy products and services.
In recent years, he has focused on refurbishment as a circular economy business and is developing an autonomous disassembly system that utilizes AI and robotics technology to revolutionize the resource circulation system centered on crushing.
Alongside "climate change," "resource depletion" has become an important social issue, and the realization of a circular economy (CE) is desired. At Panasonic, we are also working on expanding the use of recycled materials and creating CE-type businesses such as subscription services and the sale of refurbished products.
In recycling and refurbishment plants, careful disassembly is necessary to extract high-quality recycled materials and components, and currently, this process relies heavily on manual labor. However, disassembly work is labor-intensive, leading to a chronic labor shortage, which has created a demand for the development of new technologies to innovate resource circulation.
In response, Panasonic has developed an automated disassembly system that precisely disassembles used home appliances and has begun mass production operations in recycling plants. Currently, we are further developing this initiative and developing an "autonomous disassembly robot" that uses product design information to autonomously disassemble products. I would like to introduce this initiative.