Study results suggest that ConforMIS’ (CFMS) iTotal® PS yields knee motion patterns that more closely resemble those of a normal knee than those achieved with a traditional off-the-shelf implant. The results mirror those reported in 1Q16 with the iTotal CR model.
The single-center study, financially supported by CFMS, assessed kinematics in 13 patients with a ConforMIS iTotal PS implant and 18 with a Zimmer Biomet NexGen® PS total knee. At 6 months, those receiving the CFMS knee demonstrated greater average range of motion during a deep knee bend, as well as greater lateral femoral rollback, medial translation and greater axial rotation during a deep knee bend—consistent with normal knee motion.
CFMS’ iTotal PS customized posterior stabilized total knee was fully launched in 1Q16.
Study results suggest that ConforMIS' (CFMS) iTotal® PS yields knee motion patterns that more closely resemble those of a normal knee than those achieved with a traditional off-the-shelf implant. The results mirror those reported in 1Q16 with the iTotal CR model.
The single-center study, financially supported by CFMS, assessed kinematics in 13...
Study results suggest that ConforMIS’ (CFMS) iTotal® PS yields knee motion patterns that more closely resemble those of a normal knee than those achieved with a traditional off-the-shelf implant. The results mirror those reported in 1Q16 with the iTotal CR model.
The single-center study, financially supported by CFMS, assessed kinematics in 13 patients with a ConforMIS iTotal PS implant and 18 with a Zimmer Biomet NexGen® PS total knee. At 6 months, those receiving the CFMS knee demonstrated greater average range of motion during a deep knee bend, as well as greater lateral femoral rollback, medial translation and greater axial rotation during a deep knee bend—consistent with normal knee motion.
CFMS’ iTotal PS customized posterior stabilized total knee was fully launched in 1Q16.
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