The novosource novoknee portfoilio

The NovoSource NovoKnee System is based on the world’s most clinically successful knee replacement implants and instruments. Building upon this legacy, the NovoKnee System includes anatomically-based implant geometries and size ranges, streamlined and intuitive instrumentation systems, and optimized bearing surfaces and materials to maximize surgeon satisfaction and patient outcomes. All implants have been extensively tested to ensure optimal strength, endurance, and clinical performance.

The NovoSource NovoKnee System is based on the world’s most clinically successful knee replacement implants and instruments. Building upon this legacy, the NovoKnee System includes anatomically-based implant geometries and size ranges, streamlined and intuitive instrumentation systems, and optimized bearing surfaces and materials to maximize surgeon satisfaction and patient outcomes. All implants have been extensively tested to ensure optimal strength, endurance, and clinical performance.

Novoknee Implant design

♦ Anatomically based implant sizes and shapes for improved implant fit, soft tissue tension and balance, and range of motion.

♦ Interchangeable implants to accommodate differences in femur and tibia sizes.

♦ Increased contact area for increased stability, lower contact stresses, lower wear rates, and increased durability.

♦ A refined PS post and cam design to extend rollback and ROM.

♦ A multi-radius femoral component curvature to preserve physiologic ligament tension throughout the range of motion.

♦ Improved femoral cement pockets for fixation strength and longevity.

♦ An innovative ribbed design on the distal tibial baseplate surface for increased component strength and improved cement fixation.

♦ Anteriorly offset tibial keel to avoid the posterior cortex of the proximal tibia.

♦ Anatomically based implant sizes and shapes for improved implant fit, soft tissue tension and balance, and range of motion.

♦ Interchangeable implants to accommodate differences in femur and tibia sizes.

♦ Increased contact area for increased stability, lower contact stresses, lower wear rates, and increased durability.

♦ A refined PS post and cam design to extend rollback and ROM.

♦ A multi-radius femoral component curvature to presereve physiologic ligament tension throughout the range of motion.

♦ Improved femoral cement pockets for fixation strength and longevity.

♦ An innovative ribbed design on the distal tibial baseplate surface for increased component strength and improved cement fixation.

♦ Anteriorly offset tibial keel to avoid the posterior cortex of the proximal tibia.

♦ Anatomically based implant sizes and shapes for improved implant fit, soft tissue tension and balance, and range of motion.

♦ Interchangeable implants to accommodate differences in femur and tibia sizes.

♦ Increased contact area for increased stability, lower contact stresses, lower wear rates, and increased durability.

♦ A refined PS post and cam design to extend rollback and ROM.

♦ A multi-radius femoral component curvature to presereve physiologic ligament tension throughout the range of motion.

♦ Improved femoral cement pockets for fixation strength and longevity.

♦ An innovative ribbed design on the distal tibial baseplate surface for increased component strength and improved cement fixation.

♦ Anteriorly offset tibial keel to avoid the posterior cortex of the proximal tibia.

♦ Streamlined and intuitive instrumentation with minimal learning curve.

♦ Optimzed instruments for maximum accuracy, reproducibility, and ease of use.

♦ Reduced instrumentation for fast and easy reprocessing, saving time and money.

♦ Instrumentation options to accommodate surgeon preferences.

♦ Anterior and posterior referencing systems for accurate femoral sizing and placement.

♦ Distal femoral cutting guide with 1 degree varus/valgus adjustments.

♦ Multiple adjustments available for distal femoral and proximal tibial resections.

♦ Powered PS Reamer and osteotomes for precise PS box preparation.

♦ Intramedullary (spiked and spikeless) and extramedullary tibial alignment guides.

♦ Onset patellar cut guide to accurately prepare and restore the patellar thickness.

♦ Modular sizing blocks to evaluate flexion and extension gaps.