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 […]
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.
Bioxtend
Bioxtend specializes in distributing and supporting industrial exoskeleton technologies in the Benelux region. They work with various manufacturers to provide solutions for overhead work, back support, and heavy lifting. They also engage in site assessment and training to facilitate successful exoskeleton adoption.
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.
Focal Meditech
Focal Meditech develops and manufactures assistive medical technology, focusing on dynamic arm supports for individuals with neuromuscular conditions. Their product line includes the Ayura and Gowing, which are wearable or mountable end-effector exoskeletons that compensate for the weight of the arms, allowing users with muscle weakness to perform activities of daily living independently.
Moveo
Moveo develops the ExoBand, a lightweight and accessible passive exosuit designed to assist individuals with walking impairments. The system uses elastic energy stored during the gait cycle to provide assistance to the hip and lower limbs. It is intended for both clinical rehabilitation and daily use at home for elderly and patients with neurological conditions.
Autonomyo
Autonomyo develops a robotic exoskeleton designed to assist individuals with gait impairments. Their technology focuses on providing active support for walking and balance training, particularly for patients with multiple sclerosis or Parkinson’s disease. The system is designed to facilitate functional training in both clinical and community settings.
IUVO
IUVO specializes in the design and development of innovative wearable robotics. Their portfolio includes research into both active (powered) and passive (non-powered) exoskeletons for upper and lower body support. They are known for collaborating on the MATE exoskeleton series (distributed by Comau) and for their research into soft robotics and clinical rehabilitation systems.
hTRIUS
hTRIUS develops ergonomic wearable systems to support manual laborers. Their focus is on passive exoskeletons that reduce strain on the back and shoulders during lifting and overhead tasks. Their systems are designed to be intuitive and lightweight for use in manufacturing and assembly contexts.
Luban Exoskeleton Technology
Luban Exoskeleton Technology offers a range of industrial wearable support systems focused on occupational health and safety. Their portfolio includes solutions for back and shoulder support, aimed at reducing physical load in logistics, manufacturing, and trade industries.