Tatsuhiko Sakamoto

Papers

Total Citations

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About

Tatsuhiko Sakamoto is a researcher in advanced manufacturing and robotic machining systems, with a focus on computer-aided manufacturing (CAM) and automation. His major contributions center on developing intuitive interfaces for industrial robots, particularly for machining foamed polystyrene materials. His most-cited work introduces a preprocessor that uses spline interpolation to convert stereolithography (STL) data directly into cutter location source files, eliminating the need for complex robot programming languages. This innovation simplifies the operator-robot interface, making robotic machining more accessible and efficient. While his citation count is modest, his work addresses a practical challenge in industrial automation—bridging the gap between design data and robotic toolpaths. Sakamoto’s research is notable for its emphasis on user-friendly CAM systems that reduce technical barriers, contributing to the broader adoption of robotics in manufacturing. His achievements include the development of a robotic CAM system that streamlines production workflows, offering a practical solution for industries relying on foam materials.