MRS® Implant Surface

Micro Rough Surface® - MRS® - surface is at the very base of WINSIX® implant system success: è alla base del successo degli Impianti WINSIX®: its unique value found evidence over time in research studies and clinical praxis.

mrs

MRS® Surface

torque type

Bone showing the active remodelling phase of MRS® Surface

OSSEOCONDUCTIVE PROPERTIES OF MRS® SURFACE

WINSX® Micro Rough Surface® shows a rough morphology, obtained by means of a subtractive process of sanding and acid-etching operated directly on the titanium implant surface. The special three-dimensional geometry of its nanostructure allows for a reduction of the times of osseointegration, as the osteoconduction process is promoted by the peculiarity of the scaffold of this surface.

The regularity of the roughness and the characteristics of MRS® promote a wider bone-to-implant contact surface, enhancing the quality and the quantity of the bone around the implant and ensuring an optimal osseointegration.

quality

The peculiarities of MRS® Surface together with the quality in production – with product-by-product controls of the implants – ensure that it constitutes a cornerstone value of WINSIX® System, laying at the basis of trouble-free working for the Dentists.

 

Bibliographic references:
  • Macroscopic and Microscopic evaluation of a new implant design supporting immediately loaded full arch rehabilitation - S.Teté, V.Zizzari, A.De Carlo, B.Sinjari, E.F.Gherlone Annali di Stomatologia Vol.3, n.2 - 2012
  • Influence of Novel Nano - Titanium Implant Surface on Human Osteoblast Behaviour and Growth - S. Tetè, F.Mastrangelo, R.Quaresima, R.Vinci, G.Sammartino, L.Stuppia, Enrico F. Gherlone - Implant Dentistry Vol.19, n.26 - 2010
  • Isolation of osteogenic progenitors from human amniotic fluid using a single step culture protocol - I. Antonucci, I. Iezzi, E. Morizio, F. Mastrangelo, A. Pantalone, M. Mattioli Belmonte, A. Gigante, V. Salini, G. Calabrese, S. Tetè, G. Palka, L. Stuppia - SILENCE a Journal of RNA regulation - 2009
  • In vitro behaviour onto different titanium surfaces of osteoblast-like cells obtained from human dental pulp - S. Tetè, F. Mastrangelo, V. Zizzari,G. D’Apolito, N. Fiorentino, U. Desiato, M.T. Sberna, R. Quaresima, L. Stuppia, R. Vinci, E.F. Gherlone - Atti del 7th Annual Meeting of ISSCR International Society of Stem Cell Research, Barcelona, July 2009
  • Novel Protocol of Osteogenic differentiation from amniotic fluid cells S. Tetè, F. Mastrangelo, M. Tranasi, V. Zizzari, I. Antonucci, G. D’Apolito, T. Marchese, R. Vinci, L. Stuppia, E.F. Gherlone - Atti del 7th Annual Meeting of ISSCR International Society of Stem Cell Research, Barcelona, July 2009
  • Interfaccia osso - impianto nei differenti tipi di carico degli impianti dentali S. Tetè, G. D’Apolito, F. Mastrangelo, R. Vinci, E.F. Gherlone - Atti del III Expo di Autunno, Università della Lombardia, 27 - 28 Novembre 2009
  • Valutazione della capacità osteogenetica di hafscs ottenute da liquido amniotico - S. Tetè, U. Di Tore, V. Zizzari, L. Stuppia, F. Zarone, E.F. Gherlone - Atti del III Expo di Autunno, Università della Lombardia, 27 - 28 Novembre 2009