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About

Toshihiro Hamada is a robotics researcher whose work centers on the automation of industrial laundry processes, with a particular focus on robotic handling of flexible objects such as clothes and textiles. His research addresses one of the most persistent challenges in industrial robotics: manipulating deformable, non-rigid materials in harsh environments characterized by dust, heat, and steam — conditions typical of linen supply factories. Hamada's major contributions include the development of integrated cloth handling robot systems that combine 3D vision technologies, force sensing, and multi-joint robotic arms to autonomously pick, sort, and transfer garments such as towels and sheets. His work on force sensor-based status estimation tackled the practical problem of tangled garments during automated handling, while his research on mark recognition in textured, noisy environments advanced the reliability of automated identification systems for washed clothing. Across nine key publications spanning 2009 to 2011, Hamada accumulated over 26 citations, reflecting a focused but meaningful contribution to industrial automation research. His body of work represents an important step toward fully automated laundry factory systems, reducing reliance on human operators in physically demanding working conditions and paving the way for broader robotic adoption in flexible-object manufacturing environments.