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.
Aretech
Aretech produces the ZeroG system, a robotic body-weight support system that tracks a patient along an overhead track. It is designed to assist patients in walking, balance, and activities of daily living while providing fall protection. While not a wearable exoskeleton in the traditional sense, it is a primary robotic mobility platform for clinical rehabilitation.
Samsung Electronics
Samsung Electronics has introduced the GEMS (Gait Enhancing and Motivating System) platform, which includes GEMS-H (Hip), GEMS-K (Knee), and GEMS-A (Ankle). These lightweight, powered wearable robots are designed to assist individuals with limited mobility, providing gait support and strength enhancement. The system focuses on balance and energy efficiency for both clinical and home use.
Reha Technology
Reha Technology focuses on advanced robotic systems for neurorehabilitation. Their flagship G-EO System is an end-effector based robotic gait trainer that can simulate various walking scenarios, including stair climbing and descending. It is designed to assist patients in reclaiming mobility after stroke, TBI, or other neurological impairments.
GenElek Technologies
GenElek Technologies focuses on developing powered exoskeletons for medical rehabilitation and industrial lift assistance. The company investigates the use of artificial intelligence in wearable robotic control systems.
Roam Robotics
Roam Robotics develops exoskeletons using pneumatic actuators and fabric-based systems. Their products include Ascend (a knee orthosis for osteoarthritis), Forge (a tactical load-carrying exoskeleton), and Elevate (a sports exoskeleton). The technology focuses on providing powered assistance in a lightweight, affordable package.
Rex Bionics
Rex Bionics manufactures the REX, a self-supporting robotic exoskeleton for individuals with spinal cord injury. The system is designed to be inherently stable, allowing users to stand and walk without the need for crutches.
Myoswiss
MyoSwiss develops the Myosuit, a lightweight, active soft exosuit designed to assist individuals with muscle weakness. The system provides powered support at the hip and knee joints during walking and movement, aimed at users with neuromuscular or orthopedic conditions.
TWIICE
TWIICE is an EPFL spin-off that develops modular robotic exoskeletons for individuals with lower-limb mobility impairments. Their systems are designed for portability and adaptability, intended to support users with complete paraplegia in standing and walking tasks.
B-Temia
B-Temia is a medical technology company that develops the Keeogo, a powered device worn on the lower body. The device provides motorized assistance at the knee joint to complement existing muscle strength. It is used for rehabilitation and personal mobility for gait impairments associated with stroke, MS, and other conditions.