HIP’n GO cementless press-fit cup
The primary stability of the Hip’n go acetabular cup is achieved at the periphery by means of extra macrostructures (1 mm thickness) and 3 fins that block the implant in rotation. It can be completed, depending on bone quality, by adding 2 screws in the upper part. A double coating of porous T40 titanium and hydroxyapatite provides secondary fixation, validated by over 15 years of clinical experience
The Hip’n go universal design allows the surgeon to choose between a dual mobility cup (press-fit, tripod or cemented) and a rigid cup (BIOLOX delta or UHMWPE liner) during the preoperative planning phase or during the procedure itself.
HIP’n GO cementless press-fit cup
The primary stability of the Hip’n go acetabular cup is achieved at the periphery by means of extra macrostructures (1 mm thickness) and 3 fins that block the implant in rotation. It can be completed, depending on bone quality, by adding 2 screws in the upper part. A double coating of porous T40 titanium and hydroxyapatite provides secondary fixation, validated by over 15 years of clinical experience
The Hip’n go universal design allows the surgeon to choose between a dual mobility cup (press-fit, tripod or cemented) and a rigid cup (BIOLOX delta or UHMWPE liner) during the preoperative planning phase or during the procedure itself.
Product line
Hip’n go rigid cups are available in 10 sizes ranging 46 mm to 64 mm diameter in 2-mm increments.
Liners are available in Biolox Delta Ceramic.
Features and materials
The metal-back shells are machined from titanium alloy (TA6 V4).
Biolox Delta alumina liners can be used with either Ø32 mm heads (starting at size 46) or Ø36 mm heads (starting at size 52).
Instrumentation
A common Hip’n go instrumentation set is used with all the different types of cups in the product line. This instrumentation can be used with every surgical approach, including anterior, posterior and minimally-invasive.
Publications
- Over ten‑year follow‑up results of a prospective and consecutive series of primary total hip arthroplasty with an original cementless total hip prosthesis
Claude Schwartz, Christophe Bussiere, François Chalencon, Franck Cladiere, Philippe Forgeois, Christophe Fornasieri
Received: 28 November 2023 / Accepted: 12 December 2023 / Published online: 28 December 2023
© The Author(s) 2023
Downloads and media
Download documentation
Download surgical technique
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