Bone-Conserving
The wide range of anatomically tapered cone sizes creates the ability to better match bone loss and not require excess resection.
The unique smaller / narrower cones fit perfectly in the femur or address smaller tibial defects.
The Klassic® Knee System is a modernized universal design that offers seven sizes of femurs, six sizes of tibial inserts and baseplates, and five sizes of patellae to accommodate a variety of patient anatomy. In the standard configuration, the system requires a maximum of three trays of instruments to streamline the surgical technique, reduce sterilization costs, and increase efficiency in the operating room.
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The Klassic® Knee System is a modernized universal design that offers seven sizes of femurs, six sizes of tibial inserts and baseplates, and five sizes of patellae to accommodate a variety of patient anatomy. In the standard configuration, the system requires a maximum of three trays of instruments to streamline the surgical technique, reduce sterilization costs, and increase efficiency in the operating room.
The Klassic® Knee System is a modernized universal design that offers seven sizes of femurs, six sizes of tibial inserts and baseplates, and five sizes of patellae to accommodate a variety of patient anatomy. In the standard configuration, the system requires a maximum of three trays of instruments to streamline the surgical technique, reduce sterilization costs, and increase efficiency in the operating room.
The wide range of anatomically tapered cone sizes creates the ability to better match bone loss and not require excess resection.
The unique smaller / narrower cones fit perfectly in the femur or address smaller tibial defects.
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The ream-only instrumentation increases the efficiency of the system by simplifying the workflow. Accurately preparing the bone while reducing the risk of fracture.
The Universal® Cones feature clinically proven Ti-Coat®, an ultra-porous commercially pure titanium coating with a mean porosity of 60%. The rough asymmetrical grains and high porosity provide stable initial fixation and long-term biological fixation.
The Klassic® PS-Post® Femur features an intercondular box resection that is one of the most bone-conserving options on the market.19 The resection is unchanged for Primary PS or complex revisions that may require additional stability with a PS-Max® bearing.
Additionally, the curved box geometry eliminate stress risers while supporting a 14mm minimum jump height.
The reamer-based preparation offers precision preparation while helping to reduce stress risers.
Easily Optimize Stability/Constraint
Customize the constraint with the same femoral cuts and tibial preparation: PS-Post® Insert or true varus/valgus constraint (±1.6°) with the PS-Max® Insert.
The intercondular box resection that is one of the most bone-conserving options and unchanged for Primary PS or complex revision.
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