Cadence Biomedical
Cadence Biomedical manufactures the Kickstart, a non-powered wearable system designed to assist people with neurological mobility impairments. The Kickstart uses a spring-based kinetic energy system to help users lift their legs and initiate a steps, functioning as a passive lower-limb exoskeleton for individuals with stroke, spinal cord injury, or MS.
Astin
Astin develops and manufactures medical devices for physical rehabilitation. Their product line includes robotic systems for gait training and functional therapy for neurologically impaired patients. They focus on providing clinical solutions for hospitals in South Korea and the regional market.
Assistive Technology Development, Inc.
Assistive Technology Development, Inc. (ATD) develops medical wearable robotics focused on functional recovery. Their primary product, the ACTA, is a powered hip exoskeleton designed to assist patients with neurological and orthopedic conditions in improving their gait. The system focuses on providing assistance at the hip to enhance movement and strength during rehabilitation sessions.
Cosmo Robotics
Cosmo Robotics develops robotic systems for rehabilitation and occupational assistance. As the parent company of the ExoAtlet brand, they focus on powered lower-limb rehabilitation exoskeletons for adults and children. They also develop industrial back-support suits and personal mobility assistants for the elderly and industrial workers.
Endoenergy Systems
Endoenergy Systems develops lightweight, powered wearable systems designed to assist the elderly with daily mobility tasks. Their focus is on providing assistance for sit-to-stand movements, walking, and stair climbing. The company emphasizes affordability and effectiveness to help users maintain independence in their own homes.
P&S Mechanics
P&S Mechanics develops and manufactures advanced robotic systems for neurorehabilitation. Their flagship product, Walkbot, is a robotic-assisted gait training system designed for patients with stroke, spinal cord injury, or cerebral palsy. The system features an exoskeleton with hip, knee, and ankle actuators that provide natural gait patterns and objective clinical evaluation data.
HMH
HMH specializes in electromechanical-assisted gait training devices. Their primary product, EXOWALK, is an overground robotic exoskeleton designed to assist patients in reclaiming functional walking. The system focuses on improving gait symmetry and clinical walking function for patients with stroke and brain injuries.
LIG Nex1
LIG Nex1 is a defense and aerospace company in South Korea. They develop the LEXO (Lower-extremity Exoskeleton for Operative) family of wearable robots. These include powered and passive systems designed to assist soldiers with load carriage and support industrial workers in heavy assembly. Their technology emphasizes high-torque density and natural human-robot interaction for extreme environments.
WiRobotics
WiRobotics develops wearable robots for lifestyle and healthcare. Their flagship product, the WIM, is a lightweight hip-powered exoskeleton designed for walking assistance, hiking, and daily mobility. The company focuses on the B2C market and elderly care, aiming to provide gait enhancement in a form factor comparable to apparel.
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.