Biomimetic Reversible Interconnection N. Hosoda1 1Smart Interface Group, Research Center for Structural Materials, National Institute for Materials Science (NIMS) The mass production and consumption-oriented manufacturing of the past has caused problems of resource depletion and environmental destruction due to mass disposal, and has become an obstacle to sustainable development. Now that there is a demand for manufacturing based on recycling and re-use, separation and dismantling technology is a core technology for a sustainable society. Conventional joining and bonding technologies are often developed for strong joint strength, making disassembly difficult during dismantling. On the other hand, there are quick adhesion and detachment mechanisms in nature that excel in recycling-oriented manufacturing. This research aims to elucidate the principles of adhesion and detachment developed by living organisms and to develop new adhesion and detachment techniques based on developmental biology biomimetics that incorporate the formation processes of living organisms. A new reversible adhesion was developed using the Drosophila pupa as a model. Poster Presentation ｜NIMS Award Symposium 2023 P1 ｜ ProcessPP11--1177 43
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