ULS Robotics
ULS Robotics develops powered exoskeleton technology for industrial and medical sectors. Their product range includes powered lower-limb systems for lifting, upper-body support for overhead work, and medical rehabilitation devices. They focus on modular high-torque designs for manual labor assistance.
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.
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.
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.
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.
ExoAtlet
ExoAtlet produces powered robotic exoskeletons for clinical rehabilitation and personal mobility. Their devices support individuals with gait impairments resulting from spinal cord injury, stroke, and cerebral palsy. The portfolio includes specialized systems for pediatric rehabilitation.
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.
Mawashi Science & Technology
Mawashi develops Human Augmentation Systems for defense and industrial settings, including passive load-bearing and industrial exoskeleton technologies focused on load transfer and injury reduction.
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.