MPACT System leaflet
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MPACT System leaflet - 1

REDEFINING THR: THE AMIS SYNERGY The anterior approach, supported by years of clinical experience[16], is the only technique which follows an intermuscular and internervous path, potentially reducing the risk of damage to periarticular structures such as muscles, tendons, vessels and nerves. Convinced of the value of the anterior approach for improving patient wellbeing, but at the same time acknowledging the potential challenges in its adoption, an international group of expert surgeons, in collaboration with Medacta, set out to optimize and standardize the anterior approach, to make it more straightforward and enhance its reproducibility. EVOLVING SAFETY The result of this collaboration was the AMIS (Anterior Minimally Invasive Surgery) technique, created in 2004, along with the development of dedicated instrumentation to facilitate the procedure. Today, the AMIS technique has evolved into the AMIS Experience and is now more than just a surgical technique. The AMIS Experience is a complete set of services that delivers healthcare efficiencies, including economic and commercial advantages, to the hospital and surgeon. Using AMIStem-P will enter you into Medacta International’s world of AMIS Experience. Brochure Joint REFERENCES [1] C Anderson Engh, Cementless acetabular components,JBJS (Br), vol. 72-b, No. 1, Jan 1990, 53-60. [2] S. J. Incavo, F. A. Di Fazio, J. G. Howe, Cementless Hemispherical Acetabular Components, JoA Vol. 8, no. &, 1993, 573-80. [3] P. Robotti, A. Sabbioni, L. Glass, B. George, Macroporous Titanium Coatings , by Thermal Plasma Spray, ITSC 2013, International Thermal Spray Conference, May 13 –15, 2013, Busan, Korea. [4] Friction testing of the Mpact and Versafitcup coating samples. Data on file Medacta. [5] Mpact liner wear test. Data on file Medacta. [6] Push-out, lever-out and torsion test on the Mpact shell. Data on file Medacta. [7] J. E. Biemond et al, In vivo Assessment of Bone Ingrowth Potential of 3-Dimensional E-Beam Produced Implant Surfaces and the Effect of Additional Treatments by Acid-Etching and Hydroxyapatite Coating, J. Biomat. Appl, published on line January 27, 2011, 0885328210391495. [8] R. Ferro de Godoy et al., In vivo Evaluation of Titanium Macro-Porous Structures Manufactured Through an Innovative Powder Metallurgy Approach. Proceedings eCM XIII: Bone Fixation, Repair & Regeneration, June 24–26, 2012, Davos, Switzerland. [9] A. Goodship et al, In-vivo Assessment of the Ingrowth Potential of Engineered Surface Topographies Produced by Spark Plasma Sintering, Proceedings 9th World Biomaterial Congress, June 1-5, 2012, Chengdu, China. [10] Michael DR, MD, Review of the Evolution of the Cementless Acetabular Cup, ORTHOSuperSite December 1, 2008. All trademarks and registered trademarks are the property of their respective owners. This document is not intended for the US market. Please verify approval of the devices described in this document with your local Medacta representative. Medacta International Strada Regina - 6874 Castel San Pietro - Switzerland Phone +41 91 696 60 60 - Fax + 41 91 696 60 66 Info@medacta.ch - www.medacta.com Mpact Leaflet ref: 99.70.11 rev.02 Last update: July 2018

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MPACT System leaflet - 2

HEMISPHERICAL CEMENTLESS CUPS MPACT SYSTEM MECTAGRIP TECHNOLOGY Mpact offers a system of hemispherical press-fit acetabular shells in titanium alloy that deliver different solutions according to patient needs, addressing primary and revision indications. Cementless hemispherical shell design with porous coating surface treatment has a long and successful clinical history.[1,2] The Mpact shells follow this philosophy, enhancing primary stability and biological secondary fixation with the Mectagrip, highly porous plasma spray coating.[3] Mectagrip is the porous coating treatment applied to...

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