ExoSystems
ExoSystems develops wearable healthcare devices for neurological and orthopedic rehabilitation. Their product, the exoRehab, is a wearable device that combines electrical stimulation with motion sensors and AI analysis. It is designed to provide personalized muscle strengthening and gait training for patients with muscle atrophy or mobility limitations.
Gait Up
Gait Up, a spin-off of EPFL and CHUV, specializes in motion sensing technology for human movement analysis. Their wearable sensors and algorithms provide objective metrics for gait and physical activity, which are used to evaluate the efficacy of rehabilitation and the performance of wearable robotic devices. They are a provider of ‘enabling technology’ within the […]
Bioventus (Bioness)
Bioness, now part of Bioventus, develops wearable functional electrical stimulation (FES) systems. Their primary products, the L300 Go and H200 Wireless, are wearable devices designed to improve mobility for patients with foot drop or hand impairments resulting from stroke, MS, or TBI. These systems utilize stimulation to activate muscles, integrated into low-profile wearable orthoses.
HUROTICS
HUROTICS develops wearable robotic systems using tendon-driven technology to mimic muscle contraction. Their portfolio includes lightweight assistants designed for clinical rehabilitation, sports performance, and daily mobility. They utilize AI motion analysis and digital twin technology to provide personalized gait support and training guidance.
Technaid
Technaid develops robotic and motion analysis systems intended for health and movement science. Their Exo-H3 is a powered lower-limb exoskeleton specifically designed for research into robotic rehabilitation and gait analysis. They also provide inertial motion capture sensors used in conjunction with wearable robotics for precise movement tracking.
Dephy
Dephy develops powered ankle-foot orthoses (AFO) and exoskeletons aimed at enhancing human performance and assisting with mobility impairments. Their ‘Ankle Boot’ is a self-contained, powered system designed for gait assistance and load carriage, utilizing advanced actuators and controls developed through university-led research (MIT).
ZARYA
ZARYA develops robotic exoskeletons designed to assist individuals with lower-limb mobility impairments. Their systems provide powered assistance for walking and are used in clinical rehabilitation and for personal use. They focus on the regional market in Russia and surrounding countries.
Shenzhen Zuowei Technology
Shenzhen Zuowei Technology develops intelligent equipment for healthcare and nursing. Their product line includes powered gait assistance exoskeletons and smart mobility devices for the elderly and disabled. They focus on combining robotics with caregiving needs in clinical and residential settings.
U&O Technologies
U&O TECHNOLOGIES (UNO Technologies) develops robotic rehabilitation systems focused on lower-limb gait training. Their systems are designed to assist patients in reclaiming functional mobility after neurological injury. They emphasize precision control and clinical reliability.
Yrobot
Yrobot develops lightweight, active soft exosuits designed to assist individuals with gait impairments. Their technology combines flexible textiles with compact actuators to provide assistive force at the hip and knee joints. The company focuses on accessibility and ease of use for stroke survivors and the elderly in daily living activities.