Eri Fukuchi

Papers

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About

Eri Fukuchi is a researcher advancing the frontiers of micro-robotics and automated assembly, with a primary focus on capillary force manipulation and vision-guided control systems. Her most cited work, "Vision Feedback Control for the Automation of the Pick-and-Place of a Capillary Force Gripper" (2022), introduces a novel feedback method that significantly enhances placement accuracy and success rates for millimeter-sized objects. This contribution addresses a critical challenge in micro-manipulation—improving the reliability of capillary grippers, which rely on surface tension for gentle, contact-based handling. By integrating real-time visual feedback, Fukuchi’s system enables precise, automated pick-and-place operations, reducing failure rates in delicate assembly tasks. Her research has garnered attention within the micro-robotics community, with her top-cited paper accumulating 8 citations—a meaningful impact for a specialized, emerging field. This work not only demonstrates her technical ingenuity in merging control theory with practical robotics but also holds promise for applications in electronics manufacturing, biomedical device assembly, and other domains requiring high-precision handling of small components. Fukuchi’s contributions underscore her role in bridging the gap between theoretical automation and real-world micro-assembly challenges.