KCC Silicon has initiated regular technology exchanges with the Robotics Institute of Seoul National University (SNU RI) to develop silicone materials for robotics.
KCC Silicon announced on July 15 that it held the 'First Robotics Technology Exchange Seminar' on July 14 at its research facility in Giheung, Yongin, in collaboration with Professor Park Yong-rae and his research team from SNU RI.
About 20 participants, including KCC Silicon's Research Director Kim Hyun-woo and Professor Park, shared insights on silicone material technologies applicable to the robotics field.
The robotics industry is rapidly expanding beyond research and development into actual production and application in industrial settings. There is a growing trend among domestic and international automotive manufacturers and parts suppliers to establish supply chains for robotic components and materials.
As robotic technology advances, the importance of materials used in components that directly interact with humans or the environment is increasing. Silicone, known for its softness, elasticity, and stability under repeated deformation and temperature changes, can be utilized in various robotic components, including actuators, tactile sensors, and artificial skin.
Both parties plan to establish a regular technology exchange system as a result of this seminar and will continue discussions on the applicability of silicone materials in robotics and potential joint research projects. They also aim to pursue a memorandum of understanding (MOU) for collaborative research to strengthen their technological partnership and further develop silicone materials for robotics.
A KCC Silicon representative stated, "The robotics industry is still in its early stages, with material and technology standards not yet established. Therefore, it is crucial to verify the performance and applicability of silicone materials through proactive collaboration with academia. Starting with this seminar, we will continue to engage in technology exchanges with the Robotics Institute of Seoul National University to enhance our competitiveness in the field of silicone materials for robotics."
* This article has been translated by AI.
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