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About

Hiroki Kanazawa is a researcher at the forefront of integrating additive manufacturing with industrial robotics, focusing on the practical application of 3D-printed mechanical components. His key research areas include dimensional accuracy in 3D printing, novel fastening methods for robot parts, and the development of design guidelines to lower the barrier for adopting 3D-printed parts in automation. Kanazawa’s major contributions include an empirical study on the dimensional accuracy of 3D-printed holes and the proposal of a new shaft-fastening method, which addresses a critical gap in real-world robot assembly. His work has garnered over 10 citations, with his 2022 study being the most cited, highlighting its relevance to engineers seeking reliable, printable mechanical solutions. Notably, Kanazawa has published multiple papers on manufacturing mechanical parts for industrial robots using 3D printers, emphasizing the need for standardized design practices over individual know-how. His research is paving the way for more accessible, cost-effective robot fabrication, making him a key voice in the convergence of additive manufacturing and robotics.