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HARMONY Acetabular System: Top China Suppliers & Factory for Advanced Orthopedic Solutions
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HARMONY Acetabular System: Top China Suppliers & Factory for Advanced Orthopedic Solutions

● 180° & Deepened Curved Surface Design
Optimized for maximum bone contact, our innovative design enhances press-fit stability and supports efficient bone ingrowth, making it ideal for orthopedic applications.

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● Tight Press-Fit Design
This feature ensures effective initial fixation, which is crucial for long-term bone integration, making our products perfect for medical professionals seeking reliable solutions.

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● HA+Ti Double Coating (Patented)

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① Structure:

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Surface Layer: 50μm vacuum plasma-sprayed HA coating

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Intermediate Layer: Vacuum plasma-sprayed titanium microporous coating

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Substrate: Ti6Al4V

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② This unique combination of titanium’s strength and HA’s bioactivity delivers superior fixation, essential for successful surgeries.

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③ Plasma Spraying Process: Our advanced technique guarantees fast, durable coatings with complete HA dissolution, enhancing osseointegration and patient outcomes.

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As a leading manufacturer in China, we are proud to supply top-quality products directly from our factory, ensuring the highest standards in medical devices. Our commitment to excellence makes us a preferred choice among suppliers in the industry.

    HARMONY Acetabular System (2)

    Surface Screw Hole Design

    • DDH: 6 screw holes (engineered for deformity fixation)
    • Standard: 3 screw holes (fixed to the posterior superior bone for effective anchoring)
    HARMONY Acetabular System (5)

    Minimized Backside Wear

    • Utilizes a triple locking system combining taper connection, concave tooth matching, and an annular anti-retrogression mechanism.
    • High dome support ensures maximum contact between the polyethylene liner and outer cup for effective force transmission, reduced micro-motion, and minimized debris.
    • An ultra-mirror polished inner surface further decreases liner wear.
    HARMONY Acetabular System
    HARMONY Acetabular System (3)

    Ti+HA Double Coating

    Porosity: 70% Ti Coating Thickness: 325 µm HA Coating Thickness: 50 µm
    • Increases cup surface roughness to enhance friction and provide immediate stability.
    • Good biocompatibility, effectively inducing bone growth.
    HARMONY Acetabular System (4)

    180° & Deepened Curvature Design

    • 180° full coating coverage to increase the surface area for bone growth.
    • 2mm extended cup can reduce soft tissue damage during liner implantation.
    • Deepened curvature design to ensure sufficient bone coverage.

    Frequently Asked Questions

    What options are available for the surface screw hole design?

    The HARMONY Acetabular System offers two configurations: a DDH design with 6 screw holes optimized for deformity fixation, and a Standard design with 3 screw holes designed to fix to the posterior superior bone for effective anchoring.

    How does the system minimize backside wear?

    It utilizes a triple locking system (taper connection, concave tooth matching, and an annular anti-retrogression mechanism), high dome support for optimized force transmission and reduced micro-motion, and an ultra-mirror polished inner surface to decrease liner wear.

    What are the specifications of the Ti+HA double coating?

    The double coating features a porosity of 70%, with a Titanium (Ti) coating thickness of 325 µm and a Hydroxyapatite (HA) coating thickness of 50 µm to enhance biological integration.

    How does the Ti+HA double coating improve implant stability?

    It increases the cup's surface roughness to enhance friction for immediate primary stability while providing excellent biocompatibility to effectively induce long-term bone growth.

    What are the advantages of the 180° and deepened curvature design?

    This design provides 180° full coating coverage to maximize the surface area for bone growth, features a 2mm extended cup to reduce soft tissue damage during liner implantation, and utilizes a deepened curvature to ensure sufficient bone coverage.

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