Hip Innovation Technology, LLC (HIT) is a privately held company formed in 2011 to provide market-leading orthopaedic device solutions. Our company commitment is to deliver innovative technologies that provide meaningful product differentiation and features that advance the quality of life and quality of care for the patients and the health care providers we are dedicated to serving.
Our lead product technology currently in development is a Reverse Hip Replacement System (Reverse HRS). The Reverse HRS was rationally designed to optimize currently marketed hip system benefits and provide additional solutions to unmet clinical need.
Our lead product technology currently in development is a Reverse Hip Replacement System (Reverse HRS). The Reverse HRS was rationally designed to optimize currently marketed hip system benefits and provide additional solutions to unmet clinical need.
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George Diamantoni is currently the Chief Executive Officer, Manager and Chairman of the Board to Hip Innovation Technology, LLC. He is the Founder and Chief Executive Officer of Joint Innovation Technology, LLC, which is the holder of the majority of the Class A Membership Interests of the Company for which he provides executive leadership.
Dr. Zuckerman has been a faculty member of the Hospital of Joint Disease (HJD) since 1984 and is a recognized expert in shoulder surgery and hip and knee replacement. Dr. Zuckerman established the Hip Fracture Research Group and the Shoulder Research Group. He designed a shoulder replacement system for the treatment of glenohumeral arthritis and shoulder fractures.
Specifically, dislocations can occur at a rate as high as 10% after primary surgeries and at rates as high as 25% after revision surgeries. Recurrent instability is a difficult problem to overcome despite traditional methods including reorientation of the implants, use of elevated rim liners, removal of sources of impingement, trochanteric advancement, and abductor repair.
Extensive Bench Level testing has been completed on the Reverse HRS and additional research is ongoing. Bench Level research to date has included standard and uniquely designed tests. Many of these tests were designed to aggressively challenge a completely assembled Reverse HRS system. The Reverse HRS demonstrated excellent performance with all testing challenges including tribology, durability, and validation of structural design criteria, structural integrity and effects of limit loads.Some important testing results have been included for your review.
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