Cometa
Cometa specializes in the design of miniaturized wireless systems for electromyography (EMG) and motion tracking. Their Wave and Miniwave sensors provide objective data on muscle recruitment and gait kinematics. These systems are used as enabling technologies for clinical assessment and technology development within the global wearable robotics and rehabilitation sectors.
Delsys
Delsys manufactures electromyography (EMG) and physiological monitoring systems. Their Trigno wireless platform is a standard in the research community for measuring muscle activity and kinematics. They provide critical sensor technology used in the design, validation, and control of active exoskeletons and prosthetics, specializing in non-invasive bio-signal acquisition.
Noraxon
Noraxon develops high-end biomechanical sensors and motion capture systems used for human movement analysis. Their portfolio includes wireless electromyography (EMG), inertial sensors (IMU), and pressure-sensing tools. These systems are widely used as ‘enabling technology’ for the evaluation of exoskeletons and the development of bio-signal controlled wearable robotics in clinical and research contexts.
Sensodrive
Sensodrive develops and manufactures torque-sensing drive systems and actuators. Their SensoJoint series is a family of lightweight, torque-controlled robotic joints used in the development of collaborative robots and medical exoskeletons. They provide ‘enabling technology’ for manufacturers requiring high-fidelity force control and human-safe interaction in wearable robotic systems.
TQ-Systems (RoboDrive)
TQ-Systems, through its RoboDrive brand, manufactures high-torque density BLDC motors and drive systems. Their ILM-E frameless motor series is specifically optimized for weight and performance in wearable robotics, used by numerous exoskeleton manufacturers to achieve smooth human-robot interaction. They operate as a tier-1 component supplier for the global human augmentation market.
INSPIRE-ROBOTS
INSPIRE-ROBOTS develops high-precision micro-actuation systems and dexterous manipulators. Their micro linear servo actuators are designed for compact robotics, including wearable systems and robotic hands for clinical and service use. They focus on providing integrated ‘moving parts’ for human-like robotic interaction and augmentation.
MindRove
MindRove develops high-performance wearable sensors for brain (EEG) and muscle (EMG) activity. Their products, such as the MindRove EMG armband and EEG headset, provide wireless, real-time bio-signal detection for gesture control, clinical research, and neural interface development. They operate as an enabling technology provider for the wearable robotics and neuro-rehabilitation markets.
Myontec
Myontec develops ‘smart’ compression garments with embedded electromyography (EMG) sensors. Their Mbody system accurately measures muscle activation and performance in real-time, providing data on muscle balance, fatigue, and loading. While not a mechanical exoskeleton, their technology is a key enabling tool for ergonomic assessment and control in the wearable robotics sector.
Myorobotics
Myorobotics provides an open-source, modular robotic toolkit designed to mimic human musculoskeletal structures. The platform includes muscle-like actuators, bone-like links, and tendons, which are used by researchers to develop next-generation exoskeletons and humanoid robots. It serves as an enabling technology platform for the wearable robotics research community.
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.