The ART of Hip Replacement

Optimizing patient outcomes through state-of-the-art, personalized solutions

AMIS

MUSCLE AND TISSUE-SPARING APPROACH

AMIS

AMIS is an evolution of the anterior approach that follows an intermuscular and internervous path, minimizing trauma to muscles, tendons, vessels, and nerves1. Enhanced by advanced dedicated instrumentation, Bikini incision, and no-release technique, AMIS supports faster functional recovery and helps reduce postoperative complications2-5.

Mpact-System_P-Family

OPTIMIZED IMPLANTS

Mpact System and P-Family

A comprehensive system combining MIS-friendly rectangular triple-tapered stems (P-Family) with versatile hemispherical cups (Mpact). Engineered to meet the diverse needs of today’s patients — even younger and more active ones — these proven solutions restore individual anatomy and biomechanics, delivering a personalized approach to hip replacement6-7.

MyHip

PERSONALIZED TECHNOLOGIES

MyHip

MyHip is a suite of intuitive digital solutions integrating 3D preoperative planning with advanced analytics, intraoperative guidance, and verification tools. It supports more accurate and personalized surgical procedures, potentially leading to improved functional and clinical outcomes.8-9.

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The M.O.R.E. Institute, Medacta's top-notch education platform, is where ART becomes actionable. It makes muscle- and tissue-sparing approaches and techniques learnable, implant innovation and dedicated instruments adoptable, and personalized technologies reproducible across a broad range of surgical settings and experience levels. Training programs are comprehensive and surgeon-focused, covering every step of the journey: from first exposure to a new approach, through OR support and proctoring, to continuous skill refinement over time.

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1 - AMIS Publication Review. M.O.R.E. Journal Supplement, April 2016. 
2 - Laude F. Total hip arthroplasty through an anterior Hueter minimally invasive approach. Interact Surg (2006) 1: 5-11. 
3 -  Dora C. Minimalinvasive Zugänge an der Hüfte. Orthopäedie Mitteilungen 6/07, 574-576. 
4 -  Vasina PG, Rossi R, Giudice GM, Palumbi P. Hip arthroposthesis through the anterior minimally invasive approach. Sphera 2010;6(12) – Speciale Ortopedia. 
5 - Jayankura M, Roty M, Potaznik A, Rooze M, Cermak K, Remy P, Gillard B, Biltiau N, Schuind F. Isokinetic and isometric muscle strength recovery after total hip arthroplasty implanted by direct anterior approach. Podium presentation at the 10th Annual Congress of the EFORT, Vienna, Austria, June 3-6, 2009. 
6 - Patient matching femoral implants for THA – One stem type does not fit all (no date) MEDACTA TV. Available at: https://more.medacta.tv/videos/hip-video/patient-matching-femoral-implants-for-tha-one-stem-type-does-not-fit-all. 
7 - The Clinical Evidence. Ref. 99.PFAM.CL Rev. 01. Data on File Medacta. 
8 - De Meo F, Ascani D, Cacciola G, Bernardoni M, Cavaliere P. VALIDATION OF MYHIP PLANNER AND MYHIP VERIFIER SOFTWARE: 3D PLANNING AND INTRAOPERATIVE
VERIFICATION IN TOTAL HIP ARTHROPLASTY. Orthop Procs. 2020;102-B(SUPP_1):53-53. doi:10.1302/1358-992X.2020.1.05. 
9 - Moralidou, M.; Di Laura, A.; Henckel, J.; Hothi, H.; Hart, A.J. Accuracy of a Three-Dimensional (3D)-Printed Patient-Specific (PS) Femoral Osteotomy Guide: A Computed Tomography (CT) Study. Bioengineering 2022, 9, 667. https://doi.org/10.3390/bioengineering9110667