Novanta
Novanta, through its Celera Motion business unit, provides high-precision motion control components. Their product line includes encoders, servo drives, and motors that are critical ‘enabling technologies’ for the wearable robotics industry. They specialize in high-torque, compact motion solutions for medical exoskeletons and industrial human-augmentation systems.
WalkJoy
WalkJoy develops a non-invasive wearable device designed to help individuals with peripheral neuropathy regain balance and stability. The system uses sensors to detect foot strike and provides a tactile biofeedback signal above the level of numbness, aiming to restore the neural connection for balance. It functions as a sensor-based mobility assistant for preventing falls in […]
Emotiv
Emotiv develops accessible wearable neurotechnology systems. Their EEG headsets, such as the EPOC X and Insight, allow for the detection of brain activity for gesture control, mental state monitoring, and BCI research. The technology is often used by developers to create neural control interfaces for exoskeletons and other assistive robotic devices.
Biodex
Biodex provides medical technology for sports medicine and rehabilitation. Their System 4 robotic dynamometer is a global standard for muscle strength testing and orthopedic rehabilitation. They also offer the Gait Trainer series, which includes instrumented treadmills and body-weight support systems used to retrain walking patterns in neurological and orthopedic patients.
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.
IRMO Global
IRMO Global develops high-tech consumer and sports exoskeletons. Their primary product, the IRMO M1, is a lightweight AI-powered leg exoskeleton that uses visual perception (Camera + LADAR) to adapt support to varying terrain in real-time. Designed for hikers and outdoor enthusiasts, it provides powered knee assistance to reduce fatigue and impact during treks and descents.
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.
Neurolutions
Neurolutions specializes in neuro-rehabilitation technology utilizing Brain-Computer Interfaces (BCI). Their primary product, IpsiHand, is an FDA-approved system for chronic stroke rehabilitation. It consists of a wearable EEG headset and a robotic handpiece; the system detects movement intentions from the healthy side of the brain and translates them into physical assistance at the hand, aiming to […]
Skip
Skip, a spin-off from the Google ‘X’ lab, develops the MO/GO (Mountain Goat), a pair of powered pants designed to assist with uphill walking and hiking. The system features lightweight motors at the knee and carbon fiber cuffs integrated into the apparel, providing a reported 40% boost to the quads and hamstrings. It is designed […]
GoX Studio
GoX Studio develops ‘Smart Wearables’ that combine sensors with biomechanical modeling to prevent workplace injuries and enhance athletic performance. Their systems analyze movement data to provide insights into ergonomic risk and fatigue, functioning as a data-driven wearable robotics platform. They focus on protecting the ‘Industrial Athlete’ through real-time monitoring and soft support.