ORTHOPEDIC IMPLANT TECHNOLOGIES
MODULAR HIP
REPLACEMENT
The WIND Modular Hip Replacement is designed to offer surgeons flexibility, stability, and long-term performance in primary and revision hip arthroplasty procedures.
Modular Design
It provides high flexibility to anatomical fit with proximal and distal component options.
Strong Fixation
Optimized screw hole and conical structure for secure fastening.
Long-Term Performance
High resistance and durability against wear thanks to advanced surface coating technology.
Biocompatible Material
Strong biological integration with bone through CoCrMo alloy and hydroxyapatite coating.
PRODUCT OVERVIEW
WIND Modular Hip Replacement adapts to different patient-specific anatomical requirements with its modular combination of femoral stem and proximal components. A wide range of size options, various neck angle alternatives, and a tapered distal design support the surgeon in achieving intraoperative flexibility and stability.
Proximal Component
Optimal alignment and soft tissue
balance with a 130° neck angle
Modular Connection
Stable and secure modular assembly with a strong conical connection.
Distal Stem
Conical tip design and longitudinal fins provide rotational stability and excellent fixation.
SIZE OPTIONS
Proximal Component (Head Dimensions)
Diameter (mm)
50
60
70
Distal Stem
Stem Diameter (mm)
14
16
18
20
Stem Length (mm)
130
160
210
TECHNICAL SPECIFICATIONS
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Fixation: Secure fixation with screws
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Neck Angle: 130°
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Distal Design: Tapered stem with 8 longitudinal fins
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Tip Structure: Angled tip for precise bone placement
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Material: CoCrMo Alloy
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Coating: Double coating - Hydroxyapatite HA & Titanium
Hydroxyapatite (HA) and titanium coating provide a strong biological bond with bone, enhancing long-term stability.
Advanced Surface Technology
CLINICAL ADVANTAGES
Anatomical Coherence
Modular system that adapts to different anatomies and bone structures.
Reliable Stability
High rotational stability thanks to conical joint and fin design.
Long-term Success
Durable and reliable performance thanks to advanced materials and coating technology.
Surgical Flexibility
Intraoperative flexibility with a wide range of size and configuration options.