Signature™ Personalized Patient Care* with the Oxford® Partial Knee
The most widely used and clinically proven partial knee system in the world1 is now combined with an industry leading image-based approach to personalized patient care.
The Signature™ system's partial knee application utilizes MRI imaging to provide a consistent three-dimensional data set of the patient’s anatomy to enhance efficiency, and simplify partial knee arthroplasty. The intuitive layout of the Signature™ Partial Knee Planning Software provides a multitude of preoperative visualization options to fine-tune implant size and position and generate Signature™ positioning guides.
Signature™ Partial Knee Planning Software
- Intuitive user interface and functionality
- Five bone views provide a multitude of visualisation options
- Transparent bone and/or implant views
- Allows for fine-tuning of femoral and tibial implant sizing and position
Surgeon-approved plans dictate the femoral and tibial positioning guide design
Femoral and Tibial Positioning Guides
In the creation of patient-matched instrumentation, Signature™ femoral and tibial positioning guides embody the preoperative surgical plan as the basis for establishing femoral and tibial instrument positioning.
- Incorporation of standard cutting blocks for intraoperative visualization and bone resections
- Tibial positioning guide provides captured slot for vertical cut
- Ability to adjust resection levels intraoperatively
- Integration of alignment instrumentation for verification
- Bone models, available for each case, represent the patient’s distinct femoral and tibial anatomy and provide the following preoperative and intraoperative features:
- Resection landmarks and values
- Resection lines (representing resection planes)
- Rotational axes of femur and tibia
- Guide registration area
*A collaborative partnership with Materialise N.V.
- Price, A. and Svard, U. A Second Decade Lifetable Survival Analysis of the Oxford Unicompartmental Knee Arthroplasty. Clinical Orthopaedics and Related Research. Published Online 13 August 2010.
All trademarks herein are the property of Biomet, Inc. or its subsidiaries unless otherwise indicated.