Compatible System Portfolio
Product Description
Targeted Application for Orthopedic Surgeons and Hospitals
The XUTF Femoral Stem implant is engineered specifically for total hip arthroplasty (THA) procedures involving patients with narrow femoral canals. As a key component within the XU Hip System, this solution targets orthopedic surgeons requiring a stable and anatomically optimized hip replacement femoral stem implant. It supports both primary and clinically appropriate revision surgeries, providing a versatile option for hip replacement implant companies focused on reliable bone reconstruction. The product’s modular compatibility and sizing options enable precise anatomical fit critical to restoring hip biomechanics and optimizing postoperative outcomes.
Advanced Technical Composition and Specifications
Constructed from biocompatible titanium alloy with a titanium plasma spray coating, the femoral stem ensures enhanced implant stability via bone ongrowth. The reduced distal stem design minimizes unnecessary distal femoral canal contact, which improves proximal load transfer and preserves bone integrity. The stem is offered in sizes #1 to14 with fine 1mm proximal increments and includes standard or high offset options, catering to varied patient anatomies. Compatibility with matching femoral head components through a reliable taper system ensures secure modular integration, illustrating the capabilities of an oem titanium orthopedic implants manufacturer to deliver precision-engineered total hip replacement implants.
Clinical Utility and Integration in Orthopedic Implant Systems
This titanium hip replacement implant demonstrates applicability across multiple clinical contexts, including osteoarthritis, femoral head necrosis, and femoral neck fractures requiring arthroplasty. Its design supports biological fixation and implant longevity, making it a practical choice within hospital joint reconstruction programs. Integration within comprehensive hip replacement implant companies’ portfolios allows seamless adoption into surgical workflows with a focus on implant stability and biomechanical function restoration. The component complies with rigorous orthopedic standards, meeting the demands of advanced total hip replacement implant procedures worldwide.
Product Overview
The XUTF Femoral Stem ( Narrowed ) with Titanium Plasma Spray coating is a femoral component designed for total hip arthroplasty applications within the XU Hip System.
The reduced distal stem design is intended to optimize femoral canal fit and reduce unnecessary distal contact, while the titanium plasma spray surface supports biological fixation through bone ongrowth.
Combined with optimized geometry and taper compatibility, the stem provides a reliable foundation for hip reconstruction.
Product Advantages
Engineering Design and System Compatibility Benefits
The femoral stem’s reduced distal geometry alongside titanium plasma spray surface treatment reflects a design philosophy maximizing proximal fixation while limiting distal canal interference, a crucial consideration for biomechanical stability. The modular taper connection system enhances assembly precision and cross-compatibility within established implant portfolios, aligning with standards expected from top hip replacement implants manufacturers. Multiple sizing calibrations enable accurate anatomical reconstruction and reduce intraoperative adjustments. Together, these structural features represent a sophisticated integration of design and material science from an experienced oem titanium orthopedic implants manufacturer.
Operational Performance and User-Centered Value
Clinicians benefit from the stem’s optimized fit facilitating reliable initial press-fit stability, which contributes to efficient surgery and postoperative confidence. The curved distal tip streamlines insertion, minimizing trauma and preserving bone quality. Enhanced bone ongrowth from the titanium coating accelerates biological fixation, directly impacting the implant’s long-term functional lifespan. This reliability reduces complication risks and supports improved patient outcomes. Such performance characteristics underscore the value proposition offered by the hip replacement femoral stem implant within total hip replacement implant systems focused on optimized surgical results.
Key Features & Clinical Benefits
Reduced Distal Stem Design
• Designed to reduce distal femoral canal contact
• Helps optimize proximal load transfer
• Supports improved femoral component fit
Titanium Plasma Spray Coating
• Provides a roughened surface structure for bone ongrowth
• Supports biological fixation at the bone-implant interface
• Designed for long-term implant stability
Optimized Stem Geometry
• Designed to support femoral reconstruction
• Helps restore hip biomechanics
• Provides multiple sizing options for different anatomy
Reliable Taper Connection
• Compatible with matching femoral head components
• Supports secure implant assembly
• Maintains reliable component performance
Surgical Applications
Applicable Procedures:
• Primary Total Hip Arthroplasty (THA)
• Revision Total Hip Arthroplasty, where clinically appropriate
Applicable Anatomical Location:
• Hip joint
• Femoral side component of total hip replacement
Typical Clinical Applications:
• Osteoarthritis
• Femoral head necrosis
• Femoral neck fracture requiring arthroplasty
• Other conditions requiring hip reconstruction
Specifications
Product Type: Reduced Distal Femoral Stem
Application: Total Hip Arthroplasty
Surface Treatment: Titanium Plasma Spray Coating
Design Feature: Reduced distal stem geometry
Compatible Components:
• Femoral head components
• Acetabular bearing components within the XU Hip System
Available Options: Multiple stem sizes according to product configuration
| Category |
Specific Description |
| Offset Design |
Standard offset; High offset |
| Initial Stability & Design |
0.5mm press-fit facilitates initial stability; Dual taper design; Equal proximal width increments |
| Distal Design |
Curved distal tip is designed to facilitate stem insertion |
| Proximal Width Increments |
1mm width increment per size; Fine proximal width enables better patient matching |
| Size Range |
#1 ~ #14 |
Product Value & Purchasing Information
System Compatibility & Complete Solution
• Designed for integration with the XU Hip System
• Compatible with matching femoral heads and acetabular components
• Supports complete hip reconstruction solutions
Product Quality & Reliability
• Precision-manufactured stem geometry
• Controlled titanium plasma spray coating process
• Product traceability and technical documentation support
Supply & Delivery Support
• Stable production capability
• Controlled packaging configuration
• Product labeling and batch traceability
• Regulatory documentation support
FAQ
What materials are used in the XUTF Femoral Stem implant?
We manufacture the XUTF Femoral Stem using a high-grade titanium alloy, enhanced with a titanium plasma spray coating. This surface treatment promotes bone ongrowth and implant stability, ensuring the titanium hip replacement implant meets clinical durability and performance standards.
Can you customize femoral stem sizes to fit varied patient anatomy?
Yes, our hip replacement femoral stem implant comes in sizes ranging from #1 to 14 with 1mm proximal width increments. This wide range allows precise anatomical fit and supports both standard and high offset options, catering to diverse surgical needs.
Is the XUTF Femoral Stem compatible with other components from the XU Hip System?
Our femoral stem features a reliable taper connection designed for compatibility with femoral head components and acetabular bearings within the XU Hip System. This ensures seamless integration and consistent performance during total hip replacement implant procedures.
How does ShinvaUnited ensure quality and reliability in its hip replacement implant products?
We maintain a closed-loop value system covering research, production, quality control, and sales. This integrated approach, combined with precision intelligent manufacturing, guarantees that every hip replacement implant delivered meets strict standards for long-term stability and clinical success.
