Manufacturer Rsk Femoral Condyle Revision Tka Total Knee Artificial Replacement

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Product Description

Basic Specifications
Model NO.
Customized
Material
Cocrmo+UHMWPE
Application
Knee Replacement
Transport Package
Sterilized Packing
Specification
Customized
Origin
Tianjin Province
Tibial Bearing Primary TKA Total Knee Artificial Replacement

High Flexion Design System

Femoral Condylar Features
High flexion design for natural movement.
Optimized patellofemoral articular design.
Almost custom-made component size, 2mm increments in A/P.
Proportional posterior condyles allow for greater contact area in deep flexion.
Mirror polished surface reduces wear and debris post-operatively.
Soften intercondylar notch reduces post wear in flexion.
Cam extension provides increase resistance to dislocation in deep flexion.
All femoral condyle match with tibial tray perfectly.
Femoral Condyle Analysis
TKA Component Design
Tibial Tray & Bearing
Narrowed cruciate fins preserve more bone stock.
High polished surface minimizes back wear of bearing.
Allows for proper axial rotation and hyperextension of knee.
1:1 tibial/femoral coronal congruency increases contact area.
Patellar tendon relief facilitates increased range of motion.
Rounded post geometry minimizes forces during rotation.
Technical Parameters:
Material: CoCrMo + Imported PE
High Flexion: 145°
Stabilization: Post Stabilized (PS)
Surface Finish: Mirror Polishing
Specifications: Femoral (1#-9#), Tibial (1#-7#), Pad (1/2/4/6#)
Key Advantages
Rounded Sagittal Profile

Rounded sagittal profile allows for greater range of motion and may be more forgiving to the retinaculum by not over tensioning the soft tissues.

Sagittal Profile Comparison
Anatomic (Green) vs. Swept-back Sagittal Profile (Gray)
Advanced Trochlear Groove Design

The SK1 trochlear groove has been designed to sweep back posteriorly for better patellar performance, resisting patella crepitus and clunk.

Extended Trochlear Groove
Wider Proximal Groove

The wider proximal trochlear groove offers excellent patellar tracking (within 0-15 degrees of valgus) regardless of the patient's Q-angle.

Application & Specifications
Application Steps Part 1
Application Steps Part 2
Spec Table 1
Spec Table 2
Spec Table 3
Manufacturing & Quality

Specializing in the design, development, and production of spherical metal powder, metal 3D printing parts, and titanium alloy products for medical additive manufacturing.

Manufacturing Facility
Logistics & Certification
Delivery Methods
Quality Certificate
Frequently Asked Questions
Q1: What is the typical lead time for delivery?
Generally, it takes 8 to 15 days after receiving advance payment. The specific time depends on items and order quantity.
Q2: Are the products tested before they are shipped?
Yes, we perform 100% rigorous testing on all goods before delivery to ensure quality standards.
Q3: Which materials are used in the knee artificial replacement?
The components are primarily made from high-grade CoCrMo (Cobalt-Chromium-Molybdenum) and medical-grade PE (Polyethylene).
Q4: What payment methods are accepted for orders?
We accept TT (Telegraphic Transfer), L/C (Letter of Credit), and Western Union.
Q5: How is the product packaged for transport?
All medical components are provided in professional sterilized packing to ensure they are ready for clinical use.
Q6: Do you support customized component sizes?
Yes, we offer almost custom-made component sizes with 2mm increments in A/P to match patient anatomy perfectly.

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