Fourier Rehab Highlights Rehabilitation Innovations and Intelligent Robotics at SRC 2026

Singapore, 2 November 2026 — Fourier Rehab, the rehabilitation technology arm of Fourier, participated in the Singapore Rehabilitation Conference (SRC) 2026, connecting with healthcare professionals, researchers, and industry partners to explore advancements in rehabilitation.

Under the theme “Inspire, Innovate, Impact, and Integrate,” SRC 2026 fostered knowledge exchange and collaboration, highlighting how technological innovation can complement clinical expertise and support improved patient care and recovery.

Advancing Rehabilitation Technology and Intelligent Robotics

Fourier Rehab highlighted its established rehabilitation technology portfolio, showcasing its broader commitment to developing innovative robotic solutions for healthcare and other functional applications.

1.    GR-3C Humanoid Robot: GR-3C "Cosmo" builds on the GR-3, its first full-size wellness companion robot, combining human-centered interaction with advanced functional capabilities. Equipped with LiDAR for precise navigation in complex environments, its all-white finish and durable, easy-to-maintain exterior support reliable performance across demanding applications. This reflects Fourier's continued exploration of intelligent robotics for diverse real-world needs, while also diversifying the company’s portfolio by bringing more advanced robotics into its rehabilitation robotics ecosystem. Benefiting therapists and patients alike.  

2.    ImmersiveMotus™: combines VR, AR, and AI to support rehabilitation across neurological, orthopedic, geriatric, and pediatric care. Designed for hospitals, clinics, and home use, it delivers interactive, engaging therapy through immersive and camera-based training, with most exercises available without Wi-Fi. 

3.    ExoMotus™ M4: A cutting-edge lower-limb exoskeleton designed to help restore mobility for patients recovering from stroke, spinal cord injury, or other neurological conditions. Now with enhanced internal upgrades, including improved actuators and control systems, for smoother performance, greater responsiveness, and a safer rehabilitation experience, with its ergonomic balance frame and secure harness support.

“Rehabilitation technology continues to create new opportunities to support clinicians and improve patient recovery. SRC 2026 allows us to exchange insights with the rehabilitation community and explore how robotics can translate innovation into meaningful impact,” said Owen Teoh, Managing Director of Fourier Rehab International Division.

Fourier Rehab remains committed to advancing rehabilitation technology through collaboration and clinical insights, developing solutions that address real-world needs and support better patient care.