South Korea: The South Korean and US research team has developed robotic technology that allows users to wear protective clothing without using their hands or assistance from others.
Researchers from South Korea’s, Korea Advanced Institute of Science and Technology (KAIST) and Stanford University have created soft, flexible robotic ‘vines’ powered by air pressure and embedded into clothing.
The technology enables garments to move closer to the wearer’s body when pressurised, similar to how ivy climbs along a structure. The researchers stated that the innovation could support elderly and disabled users by making dressing easier without requiring manual assistance.
The robotic technology could also have wider applications in environments where workers need to put on protective equipment quickly. It may further improve safety and efficiency in high-risk or time-sensitive workplaces.
Ryu Jee-Hwan, a professor of civil and environmental engineering at KAIST, stated that this design helps the technology adapt to different body movements while maintaining controlled motion. It allows the system to respond efficiently to dynamic conditions without compromising user safety or comfort.
The system enables users to slip into garments without arm movement, highlighting advances in robotic technology for assistive wear and sterile environments. It improves efficiency and reduces contamination risks in sensitive settings.
Potential uses include semiconductor cleanrooms, where strict contamination controls require specialised clothing, and emergency services where personnel need to wear protective gear efficiently. The team believes the hands-free system could improve convenience and safety in situations requiring rapid preparation.
The development highlights growing collaboration between South Korean and US researchers in advanced robotics and wearable technology. The team is continuing to explore applications where robotic clothing and advanced robotic technology can assist users in specialised work environments.
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