Ultradent Katalog

The revolutionary Anatomic Endodontic Technology (AET) proposes a different perspective in Endodontics. Endo-Eze AET allows dentists to perform Endodontic treatments while maintaining the natural anatomy of individual root canals. Using this conservative, minimally invasive technique, clinicians are able to treat root canals with safe and predictable results.

ENDODONTICS Endo-Eze Anatomic Endodontic Technology (AET) ® The revolutionary Anatomic Endodontic Technology (AET) proposes a different perspective in Endodontics. Endo-Eze AET allows dentists to perform Endodontic treatments while maintaining the natural anatomy of individual root canals. Using this conservative, minimally invasive technique, clinicians are able to treat root canals with safe and predictable results. Anatomic Endodontic Technology listens to the needs of the tooth: rather than forcing the tooth to adapt to the instruments, it lets the anatomy of the tooth be the guide, resulting in more conservative preparations without compromising the ability to cleanse and obturate the canal. • • • • Debrides the canal while conforming to its original anatomy Minimally invasive technique with predictable, reliable results Clean and shape in about half the time1 30° reciprocating motion minimizes the risk of file separation Endo-Eze AET Handpiece Reciprocating action Unnecessary dentin removal can weaken tooth structure! Diameter that would be required to clean entire canal with a rotary file only. AET preserves dentin by utilizing a minimally invasive approach to canal instrumentation. Realistic enlargement with rotary file overinstruments centrally and requires additional instrumentation laterally. Complete removal of the pulp tissue with AET cleaning and shaping, saving tooth structure and preserving the canal anatomy. Endo-Eze AET uses an reciprocating handpiece in a back-and-forth “milling” action that follows the internal shape of the canal. Ultradent offers two systems to implement the AET philosophy: The sophisticated TiLOS System uses instruments consisting of the best suited materials: Shaping Files – for cleaning of the middle part of the root canal – are made of stainless steel; with them, instrumentation can contact the canal wall. Apical Files – for the apical part – are made of nickel-titanium and therefore have optimal elasticity for this often heavily curved part of the root. Both are moved with the same handpiece. The classic AET System uses similar Shaping Files, but manual Apical Files. A long time success, it has a short learning curve and low cost. 1 Fraunhofer: Microlekage within endodontically treated teeth using a simplified root canal preparation technique: An in vitro study. General Dentistry, Nov-Dec. 2005 80