Gloreha
Gloreha (Idrogenet) specializes in upper-limb rehabilitation robotics, specifically focusing on the hand. Their robotic gloves provide active and passive-assisted exercises for individuals with hand impairments resulting from neurological conditions such as stroke. The systems incorporate virtual reality to assist in the rehabilitation process.
Bionic Yantra
Bionic Yantra develops the Robotic Exoskeleton Assisted Rehabilitation System (REARS). The system is a powered lower-limb exoskeleton designed to assist patients with spinal cord injury and stroke during gait training. The company aims to increase access to advanced rehabilitation technology.
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.
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.
Japet Medical
Japet Medical develops solutions for back health, including the Japet.W. This exoskeleton uses motorized actuators to follow user movement and apply spinal traction, intended to relieve pressure on the lumbar region. It is used in occupational health to support workers with back pain.
Archelis
Archelis is a passive exoskeleton designed to support individuals in standing roles. The device allows users to sit in a standing position, transferring body weight to the shins and thighs. It is mechanical and does not require a power source, intended for use in surgery and manufacturing.
ABLE Human Motion
ABLE Human Motion develops lightweight robotic exoskeletons for mobility impairments. The ABLE Exoskeleton is an active hip-knee powered device designed to assist individuals with spinal cord injury (SCI) in standing and walking during clinical rehabilitation.
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.
Marsi Bionics
Marsi Bionics, a Spanish CSIC spin-off, develops pediatric and neurological rehabilitation exoskeletons including Atlas 2030 and related active-knee/gait-training systems.