R-FORCE
EXPERIENCE ZERO GRAVITY
Thank you!
We will contact you as soon as possible.
Mechanism of Action
R-Force is the ONLY technology that enables gait training with complete body weight support. Air pressure can lower the patient’s body weight by up to 100%, and gait training can begin as early as the first stage of recovery.
The bag becomes a pressurized chamber whose pressure is homogeneously distributed throughout the patient's body and begins to provide support. The result is a comfortable and natural lifting of the patient, who is artificially deprived of his real weight but can move naturally.
Motivational games & progress tracking
The integrated wide-angle camera provides a real-time walking sequence, and patients can easily correct themselves due to visual biofeedback.
By playing motivational games patients can improve their balance and walking ability. Therapy sessions data with various gait parameters can be stored and exported to easily track and evaluate patients' progress.
Take your patient care to the next level!
Get in touch with us if you want the newest technology to improve patient care.
Increase in Metabolic Rate and Related Parameters during an Antigravity Treadmill Exercise Program in Neurological Patients
Box plots representing before and after metabolic rate data distribution among different indication groups.
Anna Prunerova and Eldar Vinarov
Journal of Neurodegenerative Diseas, Vol.6 No. 4
Comparison of Therapeutic Progression Using Anti-Gravity Treadmill for Different Postoperative and Post Injury Conditions
Inclination data obtained during the first (before) and the last (after) exercise session visualized via box plot graph.
Daniel Savarino and Anna Prunerova
Journal of Clinical & Experimental Orthopaedics, ISSN 2471-8416, Vol.9 No.3:401
The Effect of Body-Weight Supported Treadmill Therapy Program on the Gait Asymmetry in Patients after Lower Limb Arthroplasty
Box plot data visualization of gait parameters measured during the first (before) and the last (after) exercise session for affected and unaffected lower extremities.
Miloslav Kubícek, Tomas Brozek
Advances Techniques in Biology and Medicine, Research Article
