Emovo Care
Emovo Care develops accessible robotic devices intended to support individuals with motor impairments in their daily lives. Their first product, the Emovo Grasp, is a lightweight, portable hand orthosis that actively assists with opening and closing the hand. It is designed for home-based use for patients with conditions such as stroke or spinal cord injury.
Man&Tel
Man&Tel develops a range of physical rehabilitation medical devices that integrate IT and robotics. Their products include the Stanbot, a robotic device for lower-limb rehabilitation and standing balance training, and Gamilo, an upper-limb functional training system. They focus on gamified rehabilitation to improve patient motivation and functional recovery.
BTL Industries
BTL Industries is a major developer and manufacturer of medical devices for physical therapy and cardiology. Their ‘BTL Robotics’ division produces the R-GAIT robotic-assisted gait trainer and the R-TOUCH soft robotic glove for hand rehabilitation. These systems provide automated, repetitive, and task-specific training for patients with neurological disorders.
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.
Toyoda Gosei
Toyoda Gosei develops ‘e-Rubber’, a next-generation smart polymer that acts as both a sensor and an actuator. They utilize this technology to create soft robotic wearable devices, including rehabilitation gloves for hand therapy. Their systems aim to provide lightweight, highly flexible assistance for finger movement recovery after stroke or hand injury.
T-Robotics
T-Robotics develops a variety of robotic systems for industrial automation and healthcare. Their medical division focuses on wearable robotic systems for gait rehabilitation and mobility assistance. They aim to integrate high-precision vacuum robotics expertise into wearable solutions for clinical settings.
Bioventus (Bioness)
Bioness, now part of Bioventus, develops wearable functional electrical stimulation (FES) systems. Their primary products, the L300 Go and H200 Wireless, are wearable devices designed to improve mobility for patients with foot drop or hand impairments resulting from stroke, MS, or TBI. These systems utilize stimulation to activate muscles, integrated into low-profile wearable orthoses.
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.
Saebo
Saebo is a manufacturer of rehabilitation equipment for patients with neurological impairments such as stroke. Their products include the SaeboGlove, a low-profile tension-based glove that assists with finger extension, and the SaeboFlex, a high-profile orthosis for functional task training. The company integrates wearable orthoses with electrical stimulation and virtual reality to improve recovery outcomes.