Unrivalled material science
OXINIUM’s exceptional material properties reduce wear, increase strength and stability, provide fretting/corrosion resistance and offer biocompatibility making OXINIUM an unmatched material.
OXINIUM Oxidized Zirconium has several key properties that differentiate it from other bearing materials, with each material property contributing to the performance of OXINIUM Technology implants.
OXINIUM Technology has demonstrated the ability to:
The end result is a material that has demonstrated the lowest risk of revision in multiple national and regional hip registries,14-17 and the ability to significantly reduce the risk of revision caused by aseptic loosening and infection, versus cobalt chrome implants of the same design in total knee replacement.22
OXINIUM’s exceptional material properties reduce wear, increase strength and stability, provide fretting/corrosion resistance and offer biocompatibility making OXINIUM an unmatched material.
2 million procedures, over 20 years and in 120 countries. OXINIUM implant systems have seen proven clinical performance across time, place and person. The lowest risk of revision in multiple national and regional hip registries and shown to reduce aseptic loosening and infection in clinical application.14-17,22
OXINIUM implant systems have been shown to deliver economic benefits associated with lower length of stay, lower readmission rates and reduced episode of care costs
The same unrivalled material science that makes OXINIUM great for primary procedures can provide benefit to revisions as well.
