Merging French innovation with U.S. performance
SBM’s high tibial osteotomy platform supports modern alignment correction procedures designed to redistribute knee joint loading, preserve native anatomy, and extend joint longevity for active patients.
High tibial osteotomy (HTO) is a joint-preserving procedure used to correct varus malalignment of the knee. By shifting the mechanical axis laterally, the procedure redistributes load away from the medial compartment and can delay the progression of osteoarthritis.
Modern osteotomy procedures rely on accurate correction planning, stable fixation constructs, and optimized healing environments to allow patients to maintain activity levels while preserving the native joint.
SBM’s osteotomy platform supports surgeons with fixation systems engineered to deliver predictable alignment correction, strong mechanical stability, and efficient surgical workflow.
These technologies allow surgeons to perform alignment procedures with confidence while giving distributors and hospitals a dependable platform for knee preservation surgery.
SBM’s osteotomy platform combines precision fixation plates and osteotomy wedges designed to support accurate alignment correction and reliable stabilization during high tibial osteotomy procedures.
Otis-C Plus plates provide stable fixation following osteotomy correction, engineered to maintain alignment and support reliable bone healing during postoperative recovery.
Otis wedges are designed to assist surgeons in achieving accurate correction angles during osteotomy procedures while supporting structural stability and consistent alignment outcomes.
Clinical research demonstrates the effectiveness of high tibial osteotomy in restoring knee biomechanics, improving load distribution, and extending joint preservation outcomes.
This study evaluated the accuracy of correction achieved following valgus high tibial osteotomy procedures, emphasizing the importance of precise planning and stable fixation constructs.
Download Study →Gait analysis following high tibial osteotomy demonstrates improvements in knee biomechanics and load distribution after alignment correction procedures.
Download Study →Contact SBM USA to learn more about our osteotomy technologies, surgeon education programs, and distribution opportunities.
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