● 180° & Deepened Curved Surface Design
Maximizes bone contact, enhancing press-fit stability, and promoting bone ingrowth.

● Tight Press-Fit Design
Ensures effective initial fixation, supporting long-term bone integration.

● HA+Ti Double Coating (Patented)

① Structure:

Surface Layer: 50μm vacuum plasma-sprayed HA coating

Intermediate Layer: Vacuum plasma-sprayed titanium microporous coating

Substrate: Ti6Al4V

② Combines titanium’s strength with HA’s bioactivity for superior fixation.

③ Plasma Spraying Process: Ensures fast, durable coating with complete HA dissolution for enhanced osseointegration.

● Comprehensive Clinical Application
Designed to address hip dysplasia (DDH), primary hip replacement, and revision procedures, meeting diverse surgical needs.

● Dual Cup-Liner Connection Options
Provides two secure attachment methods to enhance surgical flexibility and stability.

① Cemented Connection:
Enables precise placement and angle adjustments within a safe zone using HPE bone cement, reducing the risk of postoperative dislocation.

② Press-Fit Connection:
Features a locking mechanism for secure liner fixation, compatible with HPE-10° and Harmony 10° liners, making it ideal for hip revision surgeries.

● Enhanced Compatibility:
Pairs with larger femoral heads to improve range of motion and reduce dislocation risk.

● High-Performance Material:
Made from XPE, offering superior wear resistance and long-term durability.

● Versatile Application:
Suitable for both primary and revision procedures, adapting to various surgical needs.

● Clear Indications:
Designed for non-inflammatory degenerative arthritis (e.g., osteoarthritis, avascular necrosis) and joint deformity correction. Intended for single use with cemented fixation.

● Defined Contraindications:
Not recommended for severe infection, bone damage, skeletal immaturity, obesity, or conditions that may compromise implant stability.

Mesh & Cage

The Mesh & Cage system, designed for cement fixation, offers surgeons enhanced flexibility in managing acetabular defects. Its modular design allows intraoperative customization, enabling optimal placement and secure fixation based on the patient’s specific surgical needs. This system ensures both initial stability and long-term support in revision hip arthroplasty.

Product Features:

● Femoral Head Diameter: 22mm, 28mm, 32mm, 36mm    

● Femoral Head Lengths: -3.5mm, +0mm, +3.5mm, +7mm

● An implantable artificial substitute for a diseased or injured femoral head that has an outer surface made of metal [CoCrMo & Ceramic & Zirconium-niobium]. It is designed to be attached to the trunnion of a prosthetic femoral stem/shaft or a head/stem adaptor and to articulate with an acetabulum prosthesis as part of a total hip arthroplasty (THA), or articulate with the natural acetabulum directly or via a bipolar component as part of a partial hip arthroplasty (hemiarthroplasty). 

Femoral Head Options: CoCrMo & Ceramic & Zirconium-niobium 

Product Features:

● Femoral Head Diameter: 22mm, 28mm, 32mm, 36mm    

● Femoral Head Lengths: -3.5mm, +0mm, +3.5mm, +7mm

● CoCrMo & Ceramic & Zirconium-niobium

● JUST BIOLOX® delta

Low wear and tear. The fourth generation of BIOLOX delta powder ceramics is made of nano-composite ceramics with high hardness and scratch resistance. It also has good infiltration, increases joint infiltration, and compatibility with XPE lining can effectively reduce osteolysis.

● Automatic Centralization: The eccentric design of the highly polished CoCrMo cup combined with the UHMWPE liner enables automatic centralization, effectively reducing wear against the bony acetabulum.

● Anti-Dislocation Protection: An anti-dislocation circlip is incorporated to prevent the dislocation of the head, ensuring safety and stability.

● Customized Sizing: Available in 2mm increments, the design meets the individual needs of each patient.

Semi hip implant, bipolar hip implant, manufacture hip replacement implant

● Mobility Options

Standard: 180° full-coverage for maximum motion

10°: Limits motion to prevent dislocation

Constrained: Titanium locking ring minimizes dislocation risk, ideal for patients with soft tissue issues or recurrent dislocations

● Wear Resistance

Material: Imported UHMWPE for superior durability

Sterilization: <40KGy irradiation enhances wear resistance

● Locking Mechanism

Reduces backside wear for extended longevity

● Material Composition

High-Purity Alumina-Zirconia Composite Ceramics. Combines alumina and zirconia for superior strength and durability.

● Surface Finish

Provides a polished surface for reduced wear and improved longevity.

● Fracture Resistance

Offers improved fracture resistance, ensuring long-term performance.

● Superior Biocompatibility

Ensures excellent biocompatibility, reducing the risk of adverse reactions in the body.

● Bone Preservation & Strength

The combination of trabecular metal cup and cemented liner reduces the cup thickness, preserving more bone while maintaining the necessary strength for optimal function.

● Flexible Positioning & Adjustment

The trabecular metal cup can be freely positioned according to the acetabular condition, and the cemented liner allows for adjustable anteversion, providing greater flexibility during revision surgeries.

● Enhanced Surgical Convenience

The design offers increased convenience in revision surgery by adjusting the cup positioning and anteversion, improving the overall surgical outcome.

Metal Liner

● Durable and Biocompatible

Made from cobalt-chromium-molybdenum alloy, offering high strength, wear resistance, and excellent biocompatibility.

● Reduced Wear

Mirror-polished interior surface minimizes wear.

● Secure Fixation:

The metal-lined stabilizing column design locks firmly with the outer cup taper for enhanced stability.

PE Liner

● Enhanced Mobility:

Movable design increases joint mobility and lowers dislocation risk.

● Soft Tissue Protection

The edge bevel design prevents soft tissue impingement.

● Dislocation Prevention

Closure design enhances femoral head stability, reducing the risk of dislocation.

● 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.

- 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

- 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

● 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.

- 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