Revision knee surgery is demanding on you and your surgical team - so we are redefining revision. EMPOWR Revision Cones offer tibial, femoral, and diaphyseal cones to complement the features of the EMPOWR Revision Knee system including stackable augments for the femur and tibia in a comprehensive and streamlined system that simplifies surgical workflow and addresses complex cases with minimal inventory.
Reducing “Fiddle Factor”
Using statistical shape modeling, we optimized the femoral boss location reducing the need for offsetting and aiding in flexion stability.
Flip, stack & lock
Stackable augments can be used both medially and laterally and are secured with a single screw. This gives you the flexibility to fine tune the flexion/extension gap and accommodate bone voids, without excess inventory.
Options without Excess
Our implant sizing options are refined to five size groups to reduce inventory constraints. Additionally, we modernized our instrumentation to be multifunctional so that only one additional tray is needed beyond what is required for a complex primary case – keeping your back table organized and efficient.
Some competitive systems require 10 trays or more per procedure. EMPOWR Revision Knee™ only requires five total trays with a half tray for outlier sizes. At $58.18 per tray in reprocessing costs, this adds up to $290 saved per case.1
Empowering you throughout the continuum of care
From partial through revision knee arthroplasty, we’ve got you covered with the EMPOWR Knee System.
Advanced Materials Made for the Knee
With EMPOWR Revision Knee™, we have carried over e+™ polyethylene which was formulated specifically for the demands of knee arthroplasty and is available for both varus/valgus constrained and posterior stabilized bearing options.
See what EMPOWR Revision Knee™ surgeons are saying.
- Marchand, K. B., Taylor, K. B., Mont, M. A., Salem, H. S., & Marchand, R. C. (2020). Surgical Tray Optimization and Efficiency: The Impact of a Novel Sealed Sterile Container and Instrument Tray Technology. SURGICAL TECHNOLOGY INTERNATIONAL, 37.