Compatible System Portfolio


Product Overview
The XPE 20° Lipped Acetabular Liner is an acetabular bearing component designed for total hip arthroplasty applications. It works together with the acetabular cup and femoral head to provide a stable articulation interface and support restoration of hip biomechanics.
The elevated 20° lip design provides additional femoral head coverage and helps enhance joint stability for patients requiring increased resistance against dislocation risk.
Designed as part of the XU Hip System, the liner provides a complete bearing solution for primary and revision hip reconstruction.

Product Features & Clinical Benefits
20° Elevated Lip Design
• Provides additional femoral head coverage
• Enhances joint stability
• Helps reduce dislocation risk
Optimized XPE Bearing Material
• Made from highly crosslinked polyethylene
• Designed for improved wear performance
• Supports long-term bearing function
Secure Liner Fixation
• Designed for stable engagement with the acetabular cup
• Helps minimize liner micromotion
Multiple Reconstruction Options
• Supports different liner sizes and femoral head compatibility

Surgical Applications
Applicable Procedures:
• Primary Total Hip Arthroplasty (THA)
• Revision Total Hip Arthroplasty
Applicable Location:
• Hip joint
• Acetabular component of total hip replacement
Typical Applications:
• Osteoarthritis
• Femoral head necrosis
• Femoral neck fracture requiring arthroplasty
• Revision hip reconstruction

Specifications

Product Value & Purchasing Information
System Compatibility & Complete Solution
• Designed for integration with the XU Hip System
• Compatible with matching acetabular cups, femoral heads and stems
• Supports complete hip reconstruction solutions
Product Quality & Reliability
• Consistent polyethylene material quality
• Precision manufacturing process
• Dimensional accuracy control
• Product traceability and documentation support
Supply & Delivery Support
• Stable production capability
• Controlled packaging configuration
• Product labeling and batch traceability