Ok Chan Jeong

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About

Ok Chan Jeong is a pioneer in merging micro and macro robotics for biomedical applications, with a focus on developing soft, pneumatic micro-manipulation tools. His most cited work introduces a **pneumatic PDMS micro hand** and a miniaturized parallel link robot, designed to handle tiny, delicate objects with precision—an essential capability for microsurgery and biological cell manipulation. Jeong’s key innovation lies in fabricating micro fingers from two PDMS films of differing stiffness, where applied air pressure generates controlled pulling forces, enabling gentle yet effective grasping. His 2006 paper on this system has garnered **53 citations**, underscoring its influence in soft robotics and micro-manipulation. Further work on the pneumatic micro finger as a robot end-effector (13 citations) and the integration of micro and macro robotics for biomedical operations (10 citations) solidify his contributions to the field. By combining compliant materials with miniaturized actuation, Jeong has advanced the frontier of non-invasive, precise robotic interaction at the microscale, offering transformative potential for surgical and diagnostic applications.