Total Knee Femoral Condyle PS

Material:
• Casted Co-Cr

Size:
• 5 Different sizes to accommodate
anatomical variations 2,4,6,8,10
• Right and Left

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Description

Design of Femoral Condyle

Overview: The femoral condyle is engineered to optimize knee function, enhance stability, and accommodate high flexion during activities, ensuring a natural range of motion.

Design Features

  1. Multi Radius and High Flexion:
    • 155-Degree Flexion: Designed to allow up to 155 degrees of flexion, promoting a natural movement pattern during activities.
  2. Single Radius (0 to 135 Degrees):
    • Stable Knee Joint: The single radius design from 0 to 135 degrees ensures joint stability during typical motion, providing a solid foundation for weight-bearing activities.
  3. Multi Radius (135 to 155 Degrees):
    • Enhanced Flexibility: Transitioning to a multi-radius design beyond 135 degrees allows for greater adaptability and smooth motion during deep flexion.
  4. Rounded Sagittal Profile:
    • Reduced Soft Tissue Forces: The rounded profile minimizes soft tissue stresses during mid-flexion, enhancing comfort and reducing the risk of injury.
  5. Deeper Trochlear Recess:
    • Improved Patellar Contact: The deeper recess provides better contact with the patella during high flexion, reducing the risk of dislocation and ensuring stability.
  6. Open Intercondylar Design:
    • Reduced Bone Resection: This design minimizes the amount of bone that needs to be removed, preserving more natural anatomy.
  7. Narrow Intercondylar Box:
    • Less Bone Cutting: A narrower box design leads to less bone resection, promoting better bone preservation and stability.

Design Variation

  1. Posterior Stabilized:
    • Enhanced Stability: This variation incorporates features that provide stability during flexion and extension, suitable for patients needing additional support.
  2. Cruciate Retaining:
    • Natural Function: Retains the posterior cruciate ligament, allowing for a more natural knee function and kinematic behavior.
  3. Mobile Knee:
    • Dynamic Movement: This variation allows for mobility between the femoral and tibial components, promoting a more adaptable range of motion.

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