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Prof. Dr. Dr. Peer Kämmerer is an oral, maxillofacial and plastic surgeon working at the University of Mainz, Germany as Medical Director of the Department of Oral-, Maxillofacial- and Facial Plastic Surgery. He is certified specialist for oral, maxillofacial and plastic surgery (medical degree), for oral surgery (dental degree), for special pain therapy in the head and neck area (medical), specialist for dental implantology (dental) and specialist for plastic surgery (medical). So far, he has written more than 300 peer-revied scientific articles and reviews covering the topics facial reconstruction, oral cancer, dental implantology including bone augmentation as well as local anesthesia. He is author of several German textbooks covering dental implantology and dental local anesthesia.
Daniel Edelhoff granted his Certified Dental Technician degree from the Dental technician school in Düsseldorf, Germany. He graduated from Dental School in 1991 and earned his Doctor of Medical Dentistry degree from the University of Aachen, Germany in 1994. He served as Visiting Professor at the Dental Clinical Research Center of the Oregon Health and Sciences University, Portland, Oregon from 1999 to 2001. He granted his Ph.D. in June 2003 at the University of Aachen and is currently Director and Chair at the Department of Prosthodontics and Dental Material Sciences at the Ludwig-Maximilians-University in Munich. Daniel Edelhoff is board certified Specialist in Prosthodontics and holds membership in the German Society of Oral and Maxillofacial Medicine and the German Society Dental Prosthetics and Biomaterial Sciences (DGPro). He is Vice-President of the Association of Dental Technology (ADT), member of the advisory board of the DGPro, Associate Member of the American Academy of Esthetic Dentistry (AAED) and International College of Dentists (ICD), as well as Scientific Chairman of the 8th World Congress of the International Federation of Esthetic Dentistry (IFED) 2013 in Munich. Daniel Edelhoff received in 2010 the award "Best Lecture" by the Association of Dental Technology (ADT), in 2011 the award "Best article of the year" by the Italian Dental Dialogue Journal, and in 2011/2012/2013 three awards "Best Teacher" by the dental students of the Ludwig-Maximilians-University and the Bavarian Association of Dentists. Since 2014 he is Active Member of the European Academy of Esthetic Dentistry (EAED) as well as Associate Editor of the multidisciplinary international research journal Clinical Oral Investigations.
Metallkeramiken nehmen den höchsten Anteil der Verblendwerkstoffe ein. Dies sollte genug Anreiz sein, diese Materialien an die modernsten Herstellungsmöglichkeiten anzupassen, um maximale Ästhetik auf einfachem und reproduzierbarem Wege zu erzielen. Genau diese Ziele wurden nach Ansicht des Autors mit der neu entwickelten Metallkeramik HeraCeram Saphir umgesetzt.
Keywords: Metallkeramik, Schichttechnik, Triple Layering Technique, Verblendkeramik
Porcelain-fused-to-metal (PFM) ceramic materials are nowadays the most used dental materials for esthetic veneering. Their potential should be enough of an incentive for customizing them to modern fabrication possibilities to achieve improved esthetic results in an easy, reproducible way. According to Kulzer, these goals have been achieved with the newly developed HeraCeram Saphir ceramic material.
Keywords: ceramic veneering, layering technique, porcelain-fused-to-metal (PFM), Triple Layering Technique (TLT)
Die im Beitrag beschriebene Verarbeitungstechnik zeigt auf, wie sich dank neuer Materialkomponenten wie der Signum flow-Massen und Signum cre-active Malfarben (Fa. Kulzer, Hanau) hoch effiziente Verarbeitungsmöglichkeiten in der Kombination mit digital gestützten Fertigungsketten ergeben. Die Digitalisierung der zahntechnischen Prozesse ersetzt nicht das Herstellen von individuellen, situationsbezogenen Verblendungen, kann aber deren Umsetzung dank digitaler Planungen und Konstruktionen deutlich erleichtern, ohne dass die Verblendung an Individualität einbüßt.
Keywords: additive Fertigung, Injektionstechnik, 3-D-Staining, Malfarben, Viskosität
La tecnica di lavorazione descritta nell’articolo mostra come, grazie ai nuovi materiali come le masse Signum flow e i colori Signum creactive (produttore Kulzer, Hanau) possano nascere diverse possibilità di lavorazione altamente efficienti in combinazione con workflow supportati digitalmente. La digitalizzazione dei processi odontotecnici non sostituisce la realizzazione di rivestimenti estetici personalizzati, ma può facilitare notevolmente la loro realizzazione grazie alla pianificazione e alla progettazione digitale, senza perdere l’unicità del singolo rivestimento estetico.
Keywords: produzione additiva, tecnica a iniezione, colorazione 3D, colori, viscosità
The processing technique described in this article demonstrates how highly efficient processing options in combination with digitally supported production chains are produced thanks to new material components, such as Signum flow composites and Signum cre-active stains (Kulzer, Hanau, Germany). Digitisation of dental technology processes does not replace fabrication of customised, situation-specific veneers but can greatly facilitate their implementation without losing customisation of the veneer, thanks to digital design and construction.
Keywords: Additive fabrication, injection technique, 3D staining, stains, viscosity
Arbeiten mit dem Verblendsortiment Signum Composite
Teleskopversorgungen bieten gerade unter geroprothetischen Kriterien einen sehr hohen Tragekomfort und eine natürlich wirkende Ästhetik. Hochwertige Verblendkomposite ermöglichen es, Zahnstrukturen zu erreichen, die im Bereich der Farb- und Lichtdynamik nicht vom natürlichen Zahn zu unterscheiden sind. Beschrieben wird in diesem Beitrag der Umgang mit dem Verblendsortiment Signum Composite (Fa. Kulzer, Hanau).
Keywords: Ästhetik, Komposit, Verblendtechnik, Teleskop, Triple Layering
