/ PERKESO Unveils Sultan Nazrin Shah PERKESO Rehabilitation Center with Fourier Rehab Technology
PERKESO Unveils Sultan Nazrin Shah PERKESO Rehabilitation Center with Fourier Rehab Technology
Ipoh, Malaysia – 17 June 2026 — Fourier Rehab proudly joins the Social Security Organization (PERKESO) in celebrating the grand opening of the National Neuro-Robotic and Cybernics Rehabilitation Center, which is now known as Sultan Nazrin Shah PERKESO Rehabilitation Center, in the state of Perak, Malaysia. The ceremony was graced by the Sultan of Perak, Sultan Nazrin Muizzuddin Shah, underscoring the national significance of this landmark facility.
The opening marks a major milestone in Fourier Rehab’s ongoing collaboration with PERKESO, which began in 2022 with the deployment of RehabHub™ devices at PERKESO's expansive 55-acre rehabilitation center in Malacca. Today, the partnership enters a new chapter with the launch of one of the region’s most advanced rehabilitation facilities.
Designed to accommodate up to 700 patients at a time, the Sultan Nazrin Shah PERKESO Rehabilitation Center is built for scale and impact. Beyond serving local patients, the center will also serve as a global center of excellence for PERKESO's Rehabilitation and Return to Work programs, setting a new international benchmark for technology-enabled recovery and workforce reintegration.
The Ipoh center features an expanded suite of Fourier's rehabilitation devices, including the first installation of the MetaMotus™ Galileo in Southeast Asia and the Humanoid Robot GRx series, both deployed to support research and rehabilitation applications.
The center is equipped with a comprehensive range of Fourier Rehab’s devices, offering holistic, technology-driven rehabilitation for patients across multiple areas of recovery:
The opening ceremony offered a glimpse into the future of rehabilitation and clinical care through live humanoid demonstrations. The GRx showcased its capabilities in fitness routines, and humanoid robots’ potential role could support occupational therapy in clinical research settings. Together, these applications highlighted the expanding role of humanoid robotics in patient care, with future possibilities spanning mobility assistance, ward patrols, and patient companionship.
Beyond deploying advanced rehabilitation technologies, Fourier Rehab and PERKESO have reaffirmed their shared commitment to innovation through collaborative research and development initiatives. This partnership will invest in research and development across multiform robotics, embodied AI, and emerging rehabilitation technologies including Brain-Computer Interfaces (BCI), Functional Electrical Stimulation (FES), and Virtual Reality (VR).
The Sultan Nazrin Shah PERKESO Rehabilitation Center represents a defining moment in Malaysia's journey toward world-class, technology-enabled rehabilitation — and a testament to what is possible when innovation meets compassionate care.
About RehabHub™
RehabHub™ is a comprehensive rehabilitation ecosystem that integrates advanced rehabilitation technologies, including robotic therapy, sensor-based systems, and virtual reality solutions. Designed to deliver high-efficiency rehabilitation outcomes while optimizing clinical resources, RehabHub™ creates a fully digitalized rehabilitation environment that reduces labor-intensive workloads for therapists, allowing them to focus on clinical assessment, treatment planning, and specialized interventions.
About MetaMotus™ Galileo
Developed by Fourier Rehab, MetaMotus™ Galileo is an advanced platform for biomechanics research, rehabilitation training, and sports science applications. The system integrates a six-axis motion platform, force plate technology, an immersive curved LED display, an adaptive dual-belt treadmill, dynamic body-weight support, motion capture systems, upper- and lower-limb rehabilitation robots, exercise equipment, and human-machine interaction software.
Combining virtual reality and robotics technologies within a single ecosystem, MetaMotus™ Galileo provides clinicians and researchers with a versatile environment for clinical assessment, rehabilitation training, and cutting-edge research initiatives.
