Rehabtek LLC
Rehabtek LLC develops advanced rehabilitation robotic technologies to reduce impairments and enhance functional outcomes for individuals with neurological disorders and orthopedic injuries. The company's primary focus is on creating portable, intelligent-controlled rehabilitation devices that maximize mobility, combining research-based approaches with rigorous adherence to industry quality and regulatory standards.
Industries
N/A
Rehabtek LLC
803 Barkwood Court Suite B, Linthicum Heights, MD 21090
Products
A robotic device designed for the rehabilitation of ankle injuries, providing adaptive passive stretching and active assistive/resistive movement training. Incorporates intelligent control algorithms and a motivating graphical game-based interface for patient engagement.
A robotic device designed for the rehabilitation of ankle injuries, providing adaptive passive stretching and active assistive/resistive movement training. Incorporates intelligent control algorithms and a motivating graphical game-based interface for patient engagement.
Expertise Areas
- Neurorehabilitation technology development
- Robotic rehabilitation engineering
- Clinical evaluation in physical medicine
- User interface design for rehabilitation
Key Technologies
- Robotic rehabilitation devices
- Adaptive control algorithms
- Biofeedback systems
- Game-based rehabilitation platforms
News & Updates
Clinical research on the efficacy of robotic rehabilitation for children with cerebral palsy, focusing on changes in muscle-tendon properties and functional improvements.
Evaluation of device reliability for assessing ankle stiffness via intelligent robotic stretching.
Examines translation of robotic ankle rehabilitation from laboratory to practical settings in children with cerebral palsy.
Clinical research on the efficacy of robotic rehabilitation for children with cerebral palsy, focusing on changes in muscle-tendon properties and functional improvements.
Evaluation of device reliability for assessing ankle stiffness via intelligent robotic stretching.
Examines translation of robotic ankle rehabilitation from laboratory to practical settings in children with cerebral palsy.