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.
Humotech
Humotech provides research platforms that allow for the rapid prototyping and testing of wearable robotics, orthotics, and prosthetics. Their Caplex system is an ’emulator’ that uses off-board motors to simulate various device behaviors on a human user. The company serves academic and industrial researchers by facilitating evidence-based design before physical prototyping.
Myolyn
Myolyn develops wearable and stationary devices that combine Functional Electrical Stimulation (FES) with mechanical support. Their MyoCycle allows individuals with paralysis to pedal a bike using their own muscles. They also focus on FES technology for gait assistance, targeting patients with SCI, MS, and stroke to improve functional movement and overall health.
Milebot Robotics
Milebot Robotics develops robotic systems for medical rehabilitation. Their flagship Bear-H1 is a lower-limb powered exoskeleton for gait training in patients with stroke, SCI, and multiple sclerosis. The company focuses on clinical-grade walking assistance and functional movement recovery.
FREE Bionics
FREE Bionics develops robotic assistive devices for gait rehabilitation. Their FREE Walk is a powered hip-knee exoskeleton designed for walking assistance for people with spinal cord injury and other mobility conditions. The company originated from the Industrial Technology Research Institute (ITRI) and focuses on human-centered design for mobility.
Wearable Robotics srl
Wearable Robotics srl develops high-performance exoskeletons for clinical and research purposes. Their products include the ALEX (Active Leg Exoskeleton) for gait rehabilitation and upper-limb systems. The company specializes in low-inertia robotic joints and advanced human-machine interfaces for neurological impairment recovery.
Kenqing Technology
Kenqing Technology is a Shenzhen-based exoskeleton robotics company focused on full-stack R&D, production and distribution of consumer-grade and industrial-grade exoskeletons. Official company materials describe three core product lines: outdoor exoskeletons, rehabilitation exoskeletons and industrial exoskeletons, while the product catalogue lists Q20, Ant-Y10, Ant-Y20, Ant-W1, Ant-WA1, A10, Ant-A1, π/π plus, Ant-H1 Pro and Ant-C1 Pro. The […]
Human in Motion Robotics
Human in Motion Robotics develops the XoMotion, a powered lower-limb exoskeleton for people with mobility disabilities. The device features advanced degrees of freedom and is designed to provide natural gait and balance support for clinical and personal use. The company emphasizes its unique joint mechanism and autonomous balance control.
Bionic Power
Bionic Power produces the Agilik, a powered smart orthosis designed for children and adults with gait impairments such as crouch gait (Cerebral Palsy) or stroke. The device provides motorized knee assistance to improve mobility and endurance. Historically, the company is known for its Power-Harvesting Exoskeleton for military use, which generated electricity from the movement of […]
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.