Cheolhoon Parkx

Korea Institute of Machinery & Materials

Papers

Total Citations

H-Index

About

Cheolhoon Park is a researcher focused on precision robotics and automation for advanced manufacturing, with particular expertise in the handling of large, fragile substrates used in LCD and solar cell production. His work addresses critical challenges in the deflection and vibration control of robotic end-effectors, which are essential for maintaining substrate integrity and process accuracy in high-throughput manufacturing lines. Park’s most cited paper, “Modeling of beam type solar cell substrate handling robot” (2012), provides foundational analysis of the structural dynamics affecting robot performance, offering models that help predict and mitigate harmful vibrations during substrate transfer. Though his citation count is modest—with this key work garnering 2 citations—his contributions are significant within the specialized field of large-area substrate handling, where even minor improvements in robotic precision can yield substantial gains in yield and efficiency. Park’s research supports the ongoing miniaturization and cost reduction in solar cell and display technologies, making him a notable figure in the intersection of robotics and sustainable energy manufacturing.