Hexar Humancare
Hexar Humancare (HexaHumanCare) develops a variety of wearable robotic systems. Their HECTOR series includes industrial exoskeletons for back support and lifting, while the RESILION series focuses on medical orthopedic devices for knee and arm rehabilitation. The company leverages Hanyang University’s robotic research to build powered systems for labor and therapy.
MediTouch
MediTouch provides wearable biofeedback devices for physical and occupational therapy. Their product suite includes the HandTutor, ArmTutor, LegTutor, and 3DTutor, which use motion sensors to track patient movement and provide visual feedback through gamified software. These systems are used for the rehabilitation of patients with neurological and orthopedic conditions in both clinical and home settings.
Hilti
Hilti entered the exoskeleton market to address physical strain on construction sites. Their EXO-O1 and EXO-S are passive upper-body exoskeletons designed to support the arms and shoulders during overhead installation work. These lightweight devices aim to reduce fatigue and help prevent chronic musculoskeletal disorders in tasks like drywall hanging and sprinkler installation.
Neopect
Neopect designs and manufactures wearable rehabilitation devices that combine sensors and gamified therapy. Their products, such as the Neopect Smart Glove and Smart Board, are designed for patients with stroke or brain injury to regain hand and arm functionality. The devices provide real-time feedback and data tracking to therapists and patients for both home and […]
Hocoma
Hocoma is a major provider of robotic and sensor-based solutions for functional movement therapy. Its core products include the Lokomat, a robotic gait trainer that automates treadmill training for neurological patients, the Erigo for early mobilization in upright positioning, and the Andago for overground gait training. These systems are used in clinical settings for rehabilitation […]
Tyromotion
Tyromotion develops specialized robotic and sensor-based equipment for neurological rehabilitation. Its product line features the Amadeo (finger/hand rehabilitation), Diego (bilateral arm rehabilitation), Lexo (robotic gait trainer), and Omego (lower limb functional therapy). The systems are designed for patients across the continuum of care, from acute phase to home-based therapy.
Lockheed Martin
Lockheed Martin develops exoskeleton systems for military and heavy industrial use. Key projects include ONYX, a powered lower-limb exoskeleton for soldier endurance, and FORTIS, a passive system for managing heavy tool weight in industrial environments. These systems are part of broader human augmentation research.
Cyber Human Systems
Cyber Human Systems designs and develops exoskeletons for industrial, military, and rescue applications. As a spin-off of Gogoa Mobility Robots, the company focuses on physical augmentation to manage fatigue and strain. Products include the Exoshoulder for overhead support and textile-based soft suits for back support.
Harmonic Bionics
Harmonic Bionics develops the Harmony SMR (Shoulder-Mid-arm-Radial), a bilateral upper-limb robotic exoskeleton for clinical rehabilitation. The system is designed to provide anatomical shoulder movement for neurorehabilitation of conditions such as stroke.
Comau
Comau, a player in industrial robotics, manufactures the MATE (Muscular Aiding Tech Exoskeleton) series. Their passive exoskeletons are designed to assist workers with overhead tasks (MATE-XT) and lifting tasks (MATE-XB). These devices provide mechanical support without motors or batteries.