Moderate pricing: The Company estimates that its Orthodynamic Rehabilitator will sell in the
$8,000 range making it an affordable purchase for not only hospitals, but also smaller rehabilitation
centers and clinics and rehab centers which could also offset the cost by increased efficiency of their
staffs.
The Company believes that the Orthodynamic Rehabilitator could become standard equipment for
most physically therapy treatments for neurological injuries and muscular-skeletal disorders by
providing a means of delivering optimal treatment, creating objective continous assessments throughout
treatment, providing biofeedback and encouraging the user and enabling treatment to occur without a
physical therapist being present.
Approximately 4-6 million persons in the US alone suffer from upper limb disabilities as a result of
such impairments. Those requiring upper limb functionality therapy include those with stroke, spinal
cord, severe burn and sports injuries and accident victims.
The Rehabilitator designed by combined team efforts of best neurological physiotherapists, robotic
hardware engineers, and professional software engineers to provide a range of motion and strength
training exercise routines while providing comprehensive, remote controlled, real-time and/or stored
feedback for the caregiver’s use. In addition, the Rehabilitator design contains tele-medicine capabilities.
To the best of the Company’s knowledge, there are no similar tele-medicine devices currently on the
market.
Several prominent US research institutions engaged in robotic rehabilitation research who have seen a
demonstration of the Rehabilitator models, the Shephard Center in Atlanta and Cleveland Clinic
Foundation, and the Rehabilitation Institute of Chicago (“RIC”),have indicated their readiness to
conduct clinical trials on the Rehabilitator and currently the 2nd model is undergoing a pilot test at
Shepherd Rehabilitation Hospital on Crawford research center, followed by intensive specialized
inspections and technical R&D collaboration from CATEA of Georgia Institute of Technology
The Company has filed a patent application with the United States Patents and Trademarks Office
(USPTO) and world wide relating to the proprietary aspects of the OR for both hospital and home use.
$8,000 range making it an affordable purchase for not only hospitals, but also smaller rehabilitation
centers and clinics and rehab centers which could also offset the cost by increased efficiency of their
staffs.
The Company believes that the Orthodynamic Rehabilitator could become standard equipment for
most physically therapy treatments for neurological injuries and muscular-skeletal disorders by
providing a means of delivering optimal treatment, creating objective continous assessments throughout
treatment, providing biofeedback and encouraging the user and enabling treatment to occur without a
physical therapist being present.
Approximately 4-6 million persons in the US alone suffer from upper limb disabilities as a result of
such impairments. Those requiring upper limb functionality therapy include those with stroke, spinal
cord, severe burn and sports injuries and accident victims.
The Rehabilitator designed by combined team efforts of best neurological physiotherapists, robotic
hardware engineers, and professional software engineers to provide a range of motion and strength
training exercise routines while providing comprehensive, remote controlled, real-time and/or stored
feedback for the caregiver’s use. In addition, the Rehabilitator design contains tele-medicine capabilities.
To the best of the Company’s knowledge, there are no similar tele-medicine devices currently on the
market.
Several prominent US research institutions engaged in robotic rehabilitation research who have seen a
demonstration of the Rehabilitator models, the Shephard Center in Atlanta and Cleveland Clinic
Foundation, and the Rehabilitation Institute of Chicago (“RIC”),have indicated their readiness to
conduct clinical trials on the Rehabilitator and currently the 2nd model is undergoing a pilot test at
Shepherd Rehabilitation Hospital on Crawford research center, followed by intensive specialized
inspections and technical R&D collaboration from CATEA of Georgia Institute of Technology
The Company has filed a patent application with the United States Patents and Trademarks Office
(USPTO) and world wide relating to the proprietary aspects of the OR for both hospital and home use.
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Orthodynamic Rehabilitator