Femoral Stem
Hip Reconstruction
Includes minimally invasive, primary, complex primary, revision, and 3D-customized solutions. We provide a full range of acetabular cups, liners, femoral heads, and stems to meet diverse clinical needs.
Femoral Stem
MINI Minimally Invasive Femoral Stem
● Minimally Invasive Technique:
Supports simplified and less invasive surgical procedures, reducing recovery time and surgical complexity.
● Comprehensive Size Range:
Offers an extensive range of sizes to accommodate a diverse patient population for optimal fit and performance.
● Axial & Torsional Stability:
Engineered to provide robust axial and torsional stability, ensuring reliable fixation under various loads.
● Tissue & Bone Preservation:
Designed to minimize disruption, preserving both soft tissue and bone for improved long-term outcomes.
● Hip Function Restoration:
Aims to restore natural hip function, enhancing mobility and overall quality of life.
HARMONY Tapered Femoral Stem
- Perfect combination of American and European stem designs
- Proximal stepped design increases coating surface area, blocks debris, and effectively reduces postoperative loosening
- Rough surface treatment ensures bone ingrowth
- Excellent biomechanical performance ensures immediate anti-rotation fixation during surgery
- Optimized range of motion
DELTA Rectangular Femoral Stem
● Double-Tapered Geometry:
Enhances stem stability and effectively provides rotational control for long-term fixation.
● Proximal Rectangular Cross-Section:
Improves rotational stability, ensuring secure implant positioning.
● Roughened Surface Treatment:
Promotes bone ingrowth, enhancing biological fixation.
● Tapered Self-Locking Fixation:
Optimized design ensures strong and stable fixation within the femoral canal.
● Polished Oblong Oval Neck:
Reduces dislocation risk while increasing the range of motion for improved joint function.
DELTA CLASSIC Rectangular Femoral Stem
-Ti6Al4V material with Ti+HA dual coating (225ym pure titanium coating + 70um hydroxyapatite coating per side) ensures long-term bone ingrowth
-Proximal rectangular cross-section resists axial and rotational stress, ensuring initial stability
-Lateral shoulder cutting design makes implantation smoother
-Proximal stepped design optimizes stress distribution, converting ring shear stress to axial compressive stress, improving axial stability
-Distal vertical and horizontal grooves provide rotational and axial stability
3D SEE Trabecular Modular Femoral Stem
Two types of 3D-printed trabecular sleeves: triangular and straight
- Titanium trabecular architecture for good compatibility
- Reliable stability
- Excellent bone ingrowth
- Superior prosthesis strength
Sleeves and stems can be combined, allowing 360* adjustment of anteversion angle
- Suitable for different DDH patients, correcting deformities
Diverse sleeve and stem combinations
- Over 1000 combinations to meet various patient needs
RSL Cementless Revision Femoral Stem
- Biological fixation in solid bone
- lmmediate distal anchorage on the old bone bed
- Initial stability is obtained by press-fitting
- Secondary stability through osseointegration
- Longitudinal ribs ensure rotational stability
- Tapered design avoids sinking
- Anchoring length: min 7 cm, best 10 cm
- 4 lengths and 30 sizes to address a wide range of revision patients
TAICH Cemented Femoral Stem
● Double-Tapered Straight Stem:
Optimized for cemented fixation, enhancing bone cement penetration into cancellous bone trabeculae to create multiple micro-locking mechanisms.
● Anatomical Neck-Shaft Angle:
Features a 132° neck-shaft angle, specifically designed to better suit Chinese patients.
● Adjustable Offset Design:
Allows for customization to accommodate varying patient anatomies and functional needs.
● Precision Placement Guide:
A clear proximal implant guideline ensures accurate positioning and optimal bone cement thickness.
● Distal Centralizer for Stability:
Blind-hole distal centralizer ensures proper alignment in the medullary cavity, enabling controlled prosthesis subsidence.
TAICH LONG Cemented Femoral Stem
- Double-tapered design, ideal for cemented stems:
- Enhances anti-rotation stability
- Promotes bone cement penetration into cancellous bone trabeculae, forming several "micro-locking" mechanisms
- High-polish surface forms a complete bone cement sheath for better locking
- Proximal dual standard implant lines provide optimal standards for prosthesis placement in the medullary cavity
- Three standard models meet the needs of different patients' proximal and distal medullary cavities (special models available)
- Comprehensive set of instruments