The 12/14 Morse Taper design provides enhanced stability when paired with the femoral head.

Multiple combination modes, enhanced adaptability, and a modular assembly system cater to the needs of complex hip revision surgeries.

The proximal end features a titanium coating, while the distal end boasts a roughened corundum surface, ensuring secondary stability.

BIOLOX Delta fourth-generation ceramic, zirconia-reinforced high-purity alumina-based composite ceramic material

A dual-liner acetabular cup system, compatible with polyethylene liners or ceramic liners.

Press-fit design with tapered fit and locking connection to reduce polyethylene liner wear.

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.

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.

The proximal end features a titanium coating, while the distal end boasts a roughened corundum surface, ensuring secondary stability.

A dual-liner acetabular cup system, compatible with polyethylene liners or ceramic liners.

Seamless press-fit eliminates donor-site issues and instability, enabling superior acetabular reconstruction.

Conventional ultra-high molecular weight polyethylene.

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), acetabular cup hole plug, titanium screws

Cast CoCrMo alloy metal head, ultra-high strength, wear-resistant. High-polish surface finishing effectively reduces interfacial wear.