Kazuki Sano

Toyota Motor Corporation (Japan), Shinshu University

Papers

Total Citations

H-Index

About

Kazuki Sano is a robotics researcher specializing in the automated manipulation of deformable and flexible objects—a notoriously difficult area in robotics due to the high degrees of freedom and unpredictable behavior of such materials. His work addresses fundamental challenges in industrial automation, particularly in garment handling and cable wiring. Sano’s most cited paper, “Picking up One of the Folded and Stacked Towels by a Single Arm Robot” (2018, 16 citations), presents novel methods for reliably grasping the top towel from a stack without disturbing the others, ensuring reproducible shape for re-placement—a critical step toward automating laundry and textile tasks. In his follow-up case study on Flexible Flat Cable (FFC) manipulation (2019, 4 citations), Sano tackles the precise hooking wiring of these delicate, ribbon-like cables, proposing a structured procedure for stable placement and insertion. His contributions bridge the gap between theoretical manipulation planning and practical, real-world robotic applications, offering solutions that improve efficiency and reliability in manufacturing and service robotics. Sano’s focused, application-driven research continues to influence the development of autonomous systems capable of handling everyday flexible materials.