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Cemented Femoral Stem for China: Double-Tapered Design from Top Suppliers and Factory
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TAICH Cemented Stem (2).jpg

Cemented Femoral Stem for China: Double-Tapered Design from Top Suppliers and Factory

● Double-Tapered Straight Stem:
Designed for enhanced cemented fixation, this innovative stem optimizes bone cement penetration into the cancellous bone trabeculae, creating multiple micro-locking mechanisms that ensure stability and durability.

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● Anatomical Neck-Shaft Angle:
Featuring a 132° neck-shaft angle, this product is tailored to meet the anatomical needs of Chinese patients, ensuring a better fit and improved outcomes.

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● Adjustable Offset Design:
Our adjustable offset design allows healthcare professionals to customize the implant, accommodating diverse patient anatomies and functional requirements effectively.

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● Precision Placement Guide:
Equipped with a clear proximal implant guideline, this stem ensures accurate positioning with optimal bone cement thickness for superior fixation.

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● Distal Centralizer for Stability:
The blind-hole distal centralizer guarantees proper alignment within the medullary cavity, allowing for controlled subsidence of the prosthesis, enhancing overall stability.

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As a leading supplier and factory in China, we are committed to providing high-quality orthopedic solutions that address the unique anatomical characteristics of our patients, ensuring both safety and efficacy in surgical applications.

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    Product Detail

    📋 Special Description
    TAICH-1-1

    The Threaded Hole is convenient to control rotation during implantation.

    TAICH-2-1

    132 degrees neck-shaft angle.

    Markings on the proximal stem is to assist positioning to restore exact leg length.

    TAICH-4-1

    High-polish surface

    The high-polish surface can convert part of the shear force at the cement-implant interface into compressive stress perpendicular to the cement mantle.

    Bone cement is highly resistant to compressive stresses from the prosthesis. When a mechanically compatible prosthesis generates compressive stress during implantation, it should not cause fractures or damage to the bone cement layer.

    Long-term clinical follow-up has confirmed this.

    TAICH-3-1

    The mirror-polished stem creates radial compressive loading to reduce shear force as stem migrates distally.

    Distal centralizer prevents the tilt of the prosthesis in the medullary cavity and equalizes thickness of the cement mantle.

    🛠️ Special Instrumentation
    TAICH Cemented Stem
    Specification Stem length (mm) Offset Neck Angle Material
    09# 120 37.5 132° CoCrMo
    10# 125 37.5
    11# 130 39.5
    12# 135 39.5
    13# 140 39.5
    14# 145 43
    TAICH LONG Cemented Stem (2)
    Specification For Stem
    5 Coupling with all stems
    9
    10
    Specification For Stem
    10 Coupling with all stems
    11
    12
    TAICH LONG Cemented Stem (3)
    Plug
    Specification Stem
    11 TAICH 09/10
    12 TAICH 11/12
    13 TAICH 13/14
    16 TAICH Long
    🎥 Video Demonstration
    📖 Technology Education
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    JUST MED_Surgical Technique Manual_TAICH & TAICH LONG Stem_Cemented.pdf
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    ❓ Frequently Asked Questions
    Q1: What is the benefit of the high-polish surface on the TAICH Cemented Stem?
    The high-polish surface converts part of the shear force at the cement-implant interface into perpendicular compressive stress. Since bone cement is highly resistant to compressive stresses, this design minimizes the risk of cement mantle fractures and enhances long-term stability.
    Q2: How does the distal centralizer assist during surgical implantation?
    The distal centralizer prevents the prosthesis from tilting inside the medullary cavity, ensuring central alignment and equalizing the thickness of the cement mantle around the stem.
    Q3: What material is used for the TAICH Cemented Stem?
    The TAICH Cemented Stem is manufactured from Cobalt-Chromium-Molybdenum alloy (CoCrMo), which offers exceptional wear resistance, biocompatibility, and structural strength.
    Q4: Why are there markings on the proximal stem?
    The markings on the proximal stem are designed to assist the surgeon in precise positioning during implantation, helping to restore the patient's exact leg length and anatomy.
    Q5: What is the purpose of the threaded hole at the top of the stem?
    The threaded hole is specifically designed to provide secure instrument connection, allowing the surgical team to easily control rotation and placement during stem implantation.

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