H Robotics
H Robotics develops smart rehabilitation devices for clinic and home use. Their flagship product, rebless, is a portable robotic device for upper and lower limb rehabilitation, focusing on elbow, wrist, knee, and ankle joints. The system provides passive, active-assisted, and active exercise modes, integrated with a tele-rehab platform for remote clinical monitoring.
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.
Maroon Assistive Technologies
Maroon Assistive Technologies develops wearable robotic systems for lower-limb assistance. Their primary product, the Mak Active Knee, is a powered orthotic device designed to assist individuals with knee weakness or stability issues. The company focuses on accessibility and enhancing daily mobility for the elderly and those with musculoskeletal conditions.
HoustonBionics
HoustonBionics develops wearable robotic technology for neurorehabilitation. Their flagship device, the ExoGlove, is a powered robotic glove designed to help patients with hand motor impairments regain movement and strength. The system is designed for both clinical use and eventual home-based therapy.
NextStep Robotics
NextStep Robotics develops wearable rehabilitation devices focused on treating foot drop. Their AMBLE system is a powered ankle exoskeleton designed to be used in clinical rehabilitation settings to retrain the gait of stroke survivors. The system utilizes personalized training algorithms to help patients regain independent walking ability.
Cadence Biomedical
Cadence Biomedical manufactures the Kickstart, a non-powered wearable system designed to assist people with neurological mobility impairments. The Kickstart uses a spring-based kinetic energy system to help users lift their legs and initiate a steps, functioning as a passive lower-limb exoskeleton for individuals with stroke, spinal cord injury, or MS.
LifeGait
LifeGait develops assistive technologies aimed at improving human mobility and preventing falls. Their portfolio includes sensor-integrated wearable orthoses that provide gait feedback and stability support. The company focuses on the elderly and patients with gait impairments, providing data-driven insights into mobility performance.
Assistive Technology Development, Inc.
Assistive Technology Development, Inc. (ATD) develops medical wearable robotics focused on functional recovery. Their primary product, the ACTA, is a powered hip exoskeleton designed to assist patients with neurological and orthopedic conditions in improving their gait. The system focuses on providing assistance at the hip to enhance movement and strength during rehabilitation sessions.