Acetabular Liners
Highly Cross-Linked
Made from imported materials, high cross-linked ultra-high molecular weight PE. Excellent wear resistance, compatible with large femoral heads。
Product Features:
1、Made from imported materials, high cross-linked ultra-high molecular weight PE. Excellent wear resistance, compatible with large femoral heads, increasing mobility and reducing over 90% of wear.2、High edge anti-dislocation design.
3、Edge convex point design enhances the anti-rotation effect during the taper fit between the liner and outer cup, reducing liner wear.
4、Compression locking mechanism with the acetabular outer cup eliminates the traditional metal snap rings, prevents galvanic reaction, and promotes liner stability.
Highly Cross-Linked
1、Made from imported materials, high cross-linked ultra-high molecular weight PE. Excellent wear resistance, compatible with large femoral heads, increasing mobility and reducing over 90% of wear.
2、High edge anti-dislocation design.
3、Edge convex point design enhances the anti-rotation effect during the taper fit between the liner and outer cup, reducing liner wear.
4、Compression locking mechanism with the acetabular outer cup eliminates the traditional metal snap rings, prevents galvanic reaction, and promotes liner stability.
| Acetabular Liner (Highly Cross-linked) | ||
|---|---|---|
| Product Code PC | Specification Spec | Remark Rem |
| 2007-0144 | 44/28 | Matching-44/46 cup,28 head |
| 2007-0248 | 48/32 | Matching-48/50 cup,32 head |
| 2007-0352 | 52/36 | Matching-52/54 cup,36 head |
| 2007-0356 | 56/36 | Matching-56/58/60 cup,36 head |
| 2007-0362 | 62/36 | Matching-62/64 cup,36 head |
biological femoral stem titanium spray
The 12/14 Morse Taper design provides enhanced stability when paired with the femoral head.
proximal body
Multiple combination modes, enhanced adaptability, and a modular assembly system cater to the needs of complex hip revision surgeries.
Fixation Bolt
The proximal end features a titanium coating, while the distal end boasts a roughened corundum surface, ensuring secondary stability.
Ceramic series
BIOLOX Delta fourth-generation ceramic, zirconia-reinforced high-purity alumina-based composite ceramic material
Biological Metal Cup
A dual-liner acetabular cup system, compatible with polyethylene liners or ceramic liners.
Porous Revision Cup
Press-fit design with tapered fit and locking connection to reduce polyethylene liner wear.
biological femoral stem titanium coating
130° neck-shaft angle design with multiple neck length options adjusts soft tissue tension, enhances joint stability, restores limb length, and thereby ensures optimal joint mobility.
Modular biologic femoral stem
The proximal and distal conical press-fit locking, coupled with a tension fixation bolt, ensures stable connection between the proximal and distal ends of the prosthesis, effectively resisting rotation.
Intramedullary Stem
The proximal end features a titanium coating, while the distal end boasts a roughened corundum surface, ensuring secondary stability.
Trabecular Metal Acetabular Component
A dual-liner acetabular cup system, compatible with polyethylene liners or ceramic liners.
3D-Printed Acetabular Augment
Seamless press-fit eliminates donor-site issues and instability, enabling superior acetabular reconstruction.
Conventional UHMWPE
Conventional ultra-high molecular weight polyethylene.
Highly Cross-Linked
Made from imported materials, high cross-linked ultra-high molecular weight PE. Excellent wear resistance, compatible with large femoral heads。
bipolar head, femoral head (metal)
bipolar head, femoral head (metal), acetabular cup hole plug, titanium screws
Femoral Head (Metal)
Cast CoCrMo alloy metal head, ultra-high strength, wear-resistant. High-polish surface finishing effectively reduces interfacial wear.
