Aim: This study aimed to assess the potential of the hybrid heat treatment (HHT) technique for shaping severely curved canals. Background: This innovative HHT technique combines the use of both Ni-Ti austenitic and martensitic Ni-Ti files, with a simplified sequence, to properly utilize the different files’ properties. Case description: The operative technique started with canal scouting and determination of working length using a size 10 SS K-file. Then, a specific sequence was applied using the F1 20.06v Ni-Ti austenitic file (EdgeTaper) for the preparation of the coronal and middle parts of the canal. This step was followed by S2 20.04 and F1 20.06v martensitic Ni-Ti files (EdgeTaper Platinum) to enlarge the canal until the apex reached. No intracanal breakage of any instruments or deformation of flutes was recorded. Conclusion: The present study describes a new HHT technique aiming at simplifying procedures and taking most of the different characteristics of the different heat treatment; the clinical cases seem to show its potentialities in terms of safety, speediness, effectiveness, and preservation of original anatomy. Clinical significance: The cases show the advantages of the newly proposed technique over a traditional approach to properly shape complex anatomies with only a few Ni-Ti rotary instruments number.
A novel root canal preparation technique hybridizing heat-treated nickel-titanium rotary instruments / Gambarini, G.; Xhajanka, E.; Feghali, M.; Bhandi, S.; valenti Obino, F.; Seracchiani, M.; Galli, M.; Testarelli, L.; Di Nardo, D.. - In: WORLD JOURNAL OF DENTISTRY. - ISSN 0976-6006. - 12:3(2021), pp. 258-262. [10.5005/jp-journals-10015-1830]
A novel root canal preparation technique hybridizing heat-treated nickel-titanium rotary instruments
Gambarini G.Primo
Conceptualization
;valenti Obino F.
Membro del Collaboration Group
;Seracchiani M.Conceptualization
;Galli M.Writing – Review & Editing
;Testarelli L.Penultimo
Methodology
;Di Nardo D.Ultimo
Methodology
2021
Abstract
Aim: This study aimed to assess the potential of the hybrid heat treatment (HHT) technique for shaping severely curved canals. Background: This innovative HHT technique combines the use of both Ni-Ti austenitic and martensitic Ni-Ti files, with a simplified sequence, to properly utilize the different files’ properties. Case description: The operative technique started with canal scouting and determination of working length using a size 10 SS K-file. Then, a specific sequence was applied using the F1 20.06v Ni-Ti austenitic file (EdgeTaper) for the preparation of the coronal and middle parts of the canal. This step was followed by S2 20.04 and F1 20.06v martensitic Ni-Ti files (EdgeTaper Platinum) to enlarge the canal until the apex reached. No intracanal breakage of any instruments or deformation of flutes was recorded. Conclusion: The present study describes a new HHT technique aiming at simplifying procedures and taking most of the different characteristics of the different heat treatment; the clinical cases seem to show its potentialities in terms of safety, speediness, effectiveness, and preservation of original anatomy. Clinical significance: The cases show the advantages of the newly proposed technique over a traditional approach to properly shape complex anatomies with only a few Ni-Ti rotary instruments number.File | Dimensione | Formato | |
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Note: https://www.wjoud.com/abstractArticleContentBrowse/WJOUD/12/12/3/24131/abstractArticle/Article
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