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Rectangular Femoral Stem - Ti6Al4V with Dual Coating, Stable Design | China Suppliers & Factory
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DELTA® CLASSlC Stem, Ti+HA (Vacuum Plasma Sprayed).jpg

Rectangular Femoral Stem - Ti6Al4V with Dual Coating, Stable Design | China Suppliers & Factory

Introducing our premium Ti6Al4V implants, meticulously crafted in our China factory. Each implant features a Ti+HA dual coating, which includes a 225μm pure titanium layer combined with a 70μm hydroxyapatite layer on both sides. This advanced coating ensures superior bone ingrowth and long-lasting stability, Designed with a proximal rectangular cross-section, our implants are engineered to resist both axial and rotational stress, providing exceptional initial stability during the healing process. The lateral shoulder cutting design guarantees smoother implantation, enhancing the overall procedure, Furthermore, our unique proximal stepped design optimizes stress distribution by converting ring shear stress into axial compressive stress, significantly improving axial stability. To add to this, the distal vertical and horizontal grooves further enhance rotational and axial stability, ensuring the highest performance for medical professionals, As reliable suppliers, we are committed to delivering high-quality implants that meet global standards. Choose our China factory for your next orthopedic solution and experience the difference in quality and stability
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    Special Description
    DELTA® CLASSlC Stem, Ti+HA (Vacuum Plasma Sprayed)

    The reduced lateral shoulder eases stem insertion.

    Rectangular cross section design resists axial/torsional stresses for initial stability.

    The proximal steps designed to convert hoop stresses to compression loads to avoid intra-operative fracture, and provide consistent implant seating height and initial stability.

    DELTA® CLASSlC Stem, Ti+HA (Vacuum Plasma Sprayed) (2)

    Distal vertical/horizontal grooves provide rotational and axial stability.

    Optimal offset aiming to restore hip biomechanics Ti6Al4V material and Ti+HA double layered coating (225 micron Ti coating plus 70 micron HA coating) ensure long-term bone ingrowth.

    DELTA® CLASSlC Stem, Ti+HA (Vacuum Plasma Sprayed) (3)
    Proximal stem stepped design

    Optimizes stress distribution by converting circumferential shear stress to axial compressive stress, enhancing axial stability.

    Distal stem vertical / horizontal groove design

    Provide rotational and axial stability.

    Side shoulder cutting design

    Easy implantation process.

    DELTA® CLASSlC Stem, Ti+HA (Vacuum Plasma Sprayed) (4)
    Base material:

    TC4, Ti + HA double coating

    Ti coating thickness:

    225 µm

    HA coating thickness:

    70 µm

    Excellent long-term bone ingrowth.

    Special Instrumentation
    DELTA® CLASSlC Stem, Ti+HA (Vacuum Plasma Sprayed)
    DELTA™ Classic Stem, Ti+HA (Vacuum Plasma Sprayed)
    Specification Stem length (mm) Offset Neck Angle Material
    6# 115 36 132° Ti6Al4V
    9# 130 38
    10# 140 40
    11# 145 40
    12# 150 42
    13# 155 42
    14# 160 44
    15# 165 44
    16# 170 46
    Technology Education
    download
    JUST MED_Surgical Technique Manual_DELTA CLASSIC Rectangular Stem_Cementless.pdf
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    FAQ

    Osteoarthritis, Femoral head necrosis, Femoral neck fracture, Rheumatoid arthritis, Ankylosing spondylitis, Dorr types A, B, and C medullary canal morphology. It is also designed for standard primary hip replacement.

    Yes, the implant is made from non-magnetic materials like titanium, titanium alloys, and cobalt-chromium-molybdenum alloys, ensuring MRI safety. JUST MEDICAL's products meet these standards, but always inform your radiologist before scanning.

    Designed exclusively for cementless fixation. Promotes excellent long-term bone growth for stable and durable fixation, eliminating the need for bone cement.

    The stem features a Ti+HA double layered coating applied via vacuum plasma spraying, consisting of a 225-micron Titanium coating and a 70-micron Hydroxyapatite (HA) coating to optimize long-term bone ingrowth.

    The rectangular cross-section design resists axial and torsional stresses, while the proximal steps convert hoop stresses to compression loads. Additionally, distal vertical and horizontal grooves provide rotational and axial stability.

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