Compatible System Portfolio

Product Description

Functional Positioning Tailored for Posterior Stabilized Knee Arthroplasty

The Femoral Component PS targets orthopedic surgeons performing posterior stabilized total knee arthroplasty procedures with patients requiring reliable femorotibial stabilization. It incorporates an anatomical sizing concept that aligns with native femoral morphology, optimizing fit and bone preservation. This component primarily serves as a critical element in comprehensive surgical systems leveraged by total knee replacement implant manufacturers, enhancing flexibility through modular compatibility with related tibial inserts and baseplates. The prosthesis supports high-flexion motions up to 155°, addressing clinical demands for durability and range of movement among users. This knee replacement implant prosthesis is engineered for successful long-term outcomes in degenerative knee conditions requiring total knee replacement implants.

Technical Features and Measurable Specifications Enabling Precision Outcomes

Manufactured from medical-grade Cobalt Chromium Molybdenum (CoCrMo), the femoral component emphasizes structural strength and biocompatibility vital to knee replacement implant companies focused on surgical reliability. The bone preservation design reduces distal and posterior condyle resection to 9 mm, maintaining critical bone stock while minimizing stress concentration. The optimized post-cam articulation mechanism reduces polyethylene wear, a key measurable factor influencing implant longevity. Available in multiple sizes (#1 to6, including half sizes), this knee replacement implant prosthesis integrates seamlessly with PS tibial inserts and tibial baseplates within its system. Sterile packaging and adherence to regulatory quality standards ensure clinical traceability and compliance favored by total knee replacement implant manufacturers worldwide.

Industry Applications Delivering Clinical Integration and Surgical Efficiency

This femoral component is purpose-built for primary and revision total knee arthroplasty cases involving osteoarthritis, rheumatoid arthritis, and post-traumatic arthritis reconstructions. Its design supports posterior cruciate ligament substitution surgeries where stable femorotibial articulation is essential. Employed by leading knee replacement implant companies, the component harmonizes with modular systems to streamline surgical workflows and inventory management. In demanding clinical environments, its high-flexion capacity supports patients requiring extensive mobility while mitigating implant wear. The prosthesis adds value to the healthcare ecosystem by facilitating predictable surgical outcomes and compatibility with broader total knee replacement implant systems, enhancing overall operational efficiency in orthopedic practice.

Product Overview

The femoral component(PS) is designed for posterior stabilized total knee arthroplasty applications, providing reliable femorotibial stability and optimized kinematic performance.
Featuring a bone-preserving geometry, anatomical sizing concept, and refined post-cam articulation design, the PS femoral component supports accurate reconstruction of knee biomechanics while improving surgical flexibility and long-term implant performance.
As a key component of the XU Knee System, it is designed to work together with compatible tibial inserts and tibial baseplates to provide a complete knee replacement solution.

Product Advantages

Structural and Systematic Design Benefits Supporting Integration

The femoral component exhibits a modular architecture that aligns explicitly with the XU Knee System, allowing total knee replacement implant manufacturers to deliver comprehensive knee replacement implants with interlocking compatibility. Its anatomical sizing concept provides surgeons the ability to select from detailed sizing increments, improving fit precision and reducing intraoperative adjustments. The bone preservation-focused geometry minimizes unnecessary bone resection, conserving native anatomy, which is a significant structural advantage for knee replacement implant companies emphasizing patient safety and implant stability. The optimized post-cam articulation system reduces contact stress and polyethylene wear, reflecting sophisticated engineering integral to long-term prosthesis performance and design consistency within modular knee replacement implant prostheses.

Enhanced Performance and Surgical Efficiency Delivering Clinical Value

The precise engineering behind this knee replacement implant prosthesis translates to superior joint stability and high flexion capacity, supporting knee flexion up to 155°, an important metric for user functionality. These performance advantages decrease revision rates and support improved patient outcomes, factors critical for total knee replacement implant manufacturers assessing product ROI. The implant design simplifies surgical techniques, allowing reduced operative times and enhanced reproducibility across surgical teams. Compatibility with existing total knee replacement implant systems facilitates inventory synergy and surgical workflow integration, reducing complexity in the operating room. The knee replacement implant prosthesis additionally offers flexibility with multiple size and thickness options, enhancing usability and customization for complex anatomical variations.

Key Features & Clinical Benefits

Anatomical Sizing Design
• Chinese-specific anatomical sizing concept
• Half-size options provide improved femoral coverage
• AP/ML ratio optimized according to anatomical characteristics

Bone Preservation
• Reduced bone resection through optimized intercondylar notch design
• Increased fillet radii help reduce stress concentration
                                   
• 9 mm distal and posterior condyle resection design preserves bone stock
                                                                       
Optimized Post-Cam Design
• Curve-on-curve contact between post and cam reduces contact stress
                                                               
• Optimized articulation geometry helps minimize polyethylene wear
                                                                 
• Stable interaction during flexion and extension
High-Flexion Performance
• Designed to support knee flexion up to 155°
                     
• Increased jump distance improves stability in deep flexion
• Reduced post-cam stress during high-flexion activities

Enhanced Surgical Convenience
• Compatible with modular XU Knee System components
• Consistent intercondylar width design supports size interchangeability
• Multiple insert thickness options facilitate intraoperative balancing

Surgical Applications

Indications:
• Primary Total Knee Arthroplasty (TKA)
• Posterior cruciate ligament substituting procedures
Applicable Location:
• Knee joint
• Femoral component of total knee replacement
Typical clinical applications include:
• Primary osteoarthritis
• Rheumatoid arthritis
• Degenerative joint disease
• Post-traumatic arthritis requiring total knee replacement

Specifications

Femoral stem with rich size array conforming to anatomical characteristics, supporting bone preservation, minimized wear, 155° safe high flexion and streamlined efficient surgery. Detailed parameters below:

Product Value & Purchasing Information

System Compatibility & Complete Solution
• Designed for integration with the XU Knee System
• Compatible with PS tibial inserts and tibial baseplates
• Supports complete primary knee arthroplasty solutions
Product Quality & Reliability
• Precision manufacturing and consistent component quality
• Optimized implant geometry based on anatomical considerations
• Supports sterile packaging, traceability, and regulatory documentation requirements
Supply & Delivery Support
• Stable production capacity and long-term supply assurance
• Comprehensive product documentation support
• Available information includes:
  - Product specifications
  - Sterilization information
  - Labeling information
  - Batch traceability documentation

FAQ

What materials are used in your femoral components?
We manufacture our femoral components from Cobalt Chromium Molybdenum (CoCrMo) alloy, ensuring high strength and biocompatibility. This material choice supports long-term durability and reliability in total knee replacement implants for consistent clinical performance.

Can the Femoral Component PS be customized for different patient anatomies?
Yes, our Femoral Component PS features anatomical sizing tailored to Chinese-specific femoral anatomy. We offer sizes #1 to6 including half sizes, providing surgeons precise fits for better outcomes in total knee replacement implant procedures.

How does the Femoral Component PS support surgical efficiency?
Our design emphasizes bone preservation with minimized bone resection and streamlined geometry, enabling efficient surgical procedures. Compatibility with the modular XU Knee System also allows flexible assembly for various knee replacement implant configurations.

What packaging and traceability options do you provide for your knee replacement implants?
All Femoral Component PS implants are packaged sterile with complete batch documentation for full traceability. This ensures compliance with regulatory standards, making us a trusted knee replacement implant manufacturer for hospitals and distributors worldwide.