Roceso
Official evidence describes EsoGLOVE Pro as a neurorehabilitation system using soft robotic technology for hand and upper-limb motor recovery. Keep categories focused on medical/rehab hand and arm use.
Tendo
The official Tendo source redirected too many times in the existing evidence set. Keep as an unverified low-confidence hand-assistance draft candidate until official product evidence is confirmed.
Hyetone
Official evidence describes Hyetone EXO industrial products, including climate-control exosuit, active/OSH categories and products such as Sit Anytime, Strong Hands and Titan Arms. Keep categories focused on industrial assistance.
Schoen Robotics
Schoen Robotics develops specialized medical robotics intended for upper-limb therapy. Their flagship product is a robotic glove system designed to assist patients with neurological impairments in regaining hand and finger dexterity. The company focuses on the clinical market in Germany, providing automated functional training solutions.
StretchSense
StretchSense specializes in soft, stretchable sensors and wearable gloves for motion capture. Their technology uses capacitive sensing to track complex movements of the hand and fingers without rigid components. They provide enabling sensors for the wearable robotics and exoskeleton industry, facilitating the development of flexible, textile-integrated control interfaces.
Manus
Manus develops advanced wearable sensing gloves used for finger tracking and gesture control. Their technology is utilized in virtual reality, motion capture, and the control of robotic systems and exoskeletons. They provide ‘enabling technology’ for the wearable robotics industry, allowing for precise hand kinematics data and intent-based interaction with robotic manipulators.
FAULHABER
FAULHABER specializes in the development and manufacture of high-precision miniature motors and drive systems. Their BLDC motors, stepper motors, and precision gearheads are key enabling technologies for compact wearable robotic systems, such as robotic gloves and orthotic joints. They provide critical components for manufacturers requiring high power density in extremely small packages.
G.TEC medical engineering
g.tec medical engineering develops high-end brain-computer interfaces (BCI) and neuro-monitoring systems. Their recoveriX system is a specialized BCI solution for stroke rehabilitation that combines mental imagination with electrical stimulation and visual feedback. They provide enabling technology for the control and validation of wearable robotics and neuro-prosthetics in research and clinical medicine.
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.