• Mobile-Bearing UKA System,Shinvaunited,Mobile-Bearing UKA System-Shinvaunited
  • Mobile-Bearing UKA System,Shinvaunited,Mobile-Bearing UKA System-Shinvaunited

Mobile-Bearing UKA System

Key Components: Femoral Component; Tibial Baseplate; Mobile Polyethylene Insert
Designed to reproduce physiological knee kinematics through mobile-bearing articulation, anatomical component geometry, and optimized fixation for unicompartmental knee arthroplasty.

• Mobile-bearing design for improved kinematic compatibility
• Single-radius femoral design for optimized contact mechanics
• Dual-column fixation for enhanced rotational stability
• Bone-preserving femoral preparation
• Anatomical tibial baseplate design
• Highly cross-linked polyethylene insert for improved wear resistance

  • Mobile-Bearing UKA System,Shinvaunited,Mobile-Bearing UKA System-Shinvaunited

Description

Product Overview
The Mobile-Bearing UKA System is designed for patients requiring unicompartmental knee replacement due to isolated compartmental degeneration.
The system incorporates a mobile-bearing insert that allows controlled movement between the femoral component and tibial baseplate, providing a more physiological articulation pattern during knee motion.
The single-radius femoral component, bone-preserving design, anatomical tibial baseplate, and wear-resistant polyethylene insert work together to provide a balanced solution for functional restoration and long-term performance.

Key Features & Clinical Benefits
Single-Radius Femoral Component Design
• Single-radius spherical design helps achieve optimized contact mechanics throughout the range of motion.
• Designed to reduce contact stress and support smooth articulation.
Enhanced Fixation Stability
• Dual-column fixation design improves rotational stability.
• Provides reliable component fixation during daily activities.
Bone Preservation
• Medial curved structure combined with sub-millimeter bone preparation instruments helps maximize bone preservation.
• Supports minimally invasive and bone-conserving surgical concepts.
Anatomical Tibial Baseplate Design
• Anatomical geometry improves tibial surface coverage.
• Optimizes implant-bone interface.
Mobile-Bearing Articulation
• Mobile insert design provides movement closer to natural knee mechanics.
• Helps optimize femorotibial contact and load distribution.
Wear-Resistant Bearing Material
• Highly cross-linked polyethylene insert improves wear resistance.
• Supports long-term bearing performance.

Surgical Applications
Indications:
• Mobile-Bearing Unicompartmental Knee Arthroplasty (UKA)
• Medial or lateral compartment degenerative knee disease
Applicable Location:
• Knee joint
• Single-compartment reconstruction
Typical clinical applications include:
• Isolated compartment osteoarthritis
• Localized cartilage degeneration
• Partial knee replacement requiring bone preservation.

 Technical Specifications
Product Type: Mobile-Bearing Unicompartmental Knee System
Application: Unicompartmental Knee Arthroplasty (UKA)
Femoral Component Design: Single-radius spherical design
Fixation Design: Dual-column fixation
Bearing Design: Mobile polyethylene insert
Tibial Component Design: Anatomical tibial baseplate
Insert Material: Highly cross-linked polyethylene

Product Value & Purchasing Information
System Compatibility & Complete Solution
• Complete mobile-bearing unicompartmental knee replacement solution.
• Integrated femoral component, tibial baseplate and mobile polyethylene insert.
Product Quality & Reliability
• Anatomical implant design based on physiological knee mechanics.
• Optimized fixation and bearing performance.
• Supports product traceability and regulatory documentation requirements.
Supply & Delivery Support
• Stable manufacturing capacity and long-term supply assurance.
• Comprehensive technical documentation support.
• Available product information includes product specifications, labeling, sterilization information and batch traceability documentation.

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