• Sharing rehabilitation research outcomes with Seoul National University, Charité – Universitätsmedizin Berlin and UTMB

• Presenting advanced rehabilitation solutions integrating BCI and VR technologies

Medical robot specialist CUREXO Inc. (CEO: Jae Jun Lee) announced that it held a global webinar on the 17th to share domestic and international research outcomes related to its gait rehabilitation robot system, MorningWalk.

The webinar, d "MorningWalk: Redefining the Future of Gait Rehabilitation Robotics," was organized to discuss research trends and clinical applications in the field of robotic gait rehabilitation.

The event brought together CUREXO researchers and experts in rehabilitation robotics from leading universities and medical institutions, including Seoul National University, Charité – Universitätsmedizin Berlin, and a Texas medical school. Participants presented on the future direction of robotic gait rehabilitation technology and its therapeutic effectiveness in real clinical settings.

During the webinar, collaborative research cases were shared that integrate advanced technologies—such as brain-computer interfaces (BCI), soft wearable robots, and virtual reality (VR)-based propulsion force feedback training—with CUREXO's MorningWalk system.

[Photo 1 = CUREXO] 2025 MorningWalk Webinar

CUREXO 's MorningWalk is an end-effector–based gait rehabilitation robot that provides customized rehabilitation training for pediatric to adult patients with various conditions, including stroke, spinal cord injury, and Parkinson's disease. Notably, it features a seated body-weight support system that reduces patient setup time to under three minutes. The system also enhances training efficiency by simulating not only level-ground walking but also stairs and slopes, enabling diverse gait environments.

A CUREXO representative stated, "This webinar was a meaningful opportunity to share domestic and international research cases utilizing MorningWalk and to confirm its clinical effectiveness in the field of robotic gait rehabilitation. We will continue to advance gait rehabilitation robot technology and expand clinical applications through collaboration with global medical professionals and researchers."