We use cookies to enable the functions required for this website, such as login or a shopping cart. You can find more information in our privacy policy.
Michele Temperani is a certified dental technician who specialized in the field of fixed denture prosthetics in the USA, where he attended the courses of the Tanaka Dental Technology Institute and the seminars of Masahiro Kuwata at the University of Washington.
For three years, he was the head of the ceramic department at Kiyosato Okamoto dental lab in Seattle ( USA ).
Since 1990, he has been co-owner of a dental laboratory in Florence together with his brother where he specializes in aesthetic ceramic restorations. He has been using the press technique for the fabrication of all-ceramic restorations sine 1998.
He conducts courses and holds lectures at international meetings on a regular basis and is the author of numerous publications
Events
The 5th Smart Casual Dentistry Σymposium & XXII SE.NA.ME. International Conference
October 10, 2024 — October 12, 2024Athens Conservatoire, Athen, Greece
Speakers: Christos Angelopoulos, Rafael Beolchi, Nitzan Bichacho, Pietro Felice, Sotiria Gizani, Galip Gürel, Kostas Karagiannopoulos, Panagiotis Lampropoulos, Giulio Rasperini, Michele Temperani, Eric Van Dooren, Ioannis Vergoullis
OMNIPRESS
This author's journal articles
QZ - Quintessenz Zahntechnik, 1/2005
Case ReportPages 80-84, Language: GermanTemperani, Michele / Benelli, Livio / Spinelli, Francesco
Mit dem Presskeramik-System IPS Empress Esthetic können Inlays, Onlays, Kronen und Veneers sowie auf gepressten Gerüsten geschichtete Verblendungen für Frontzahn-Kronen und Verblendschalen (Veneers) hergestellt werden. Die weiterentwickelte Leuzit-Glaskeramik sorgt für sehr gute Lichtstreuung und eine gegenüber IPS Empress Classic erhöhte mechanische Festigkeit. Dieser Beitrag zeigt am Beispiel einer Veneer-Versorgung die leicht nachvollziehbare und wirtschaftliche Verarbeitung der neuen Materialien.
Keywords: Presskeramik, Veneers, kombinierte Press-Schichttechnik, Präparationstechnik, Festigkeit