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HYBROSONIC: Re-inventing Root Canal Obturation Technique using Heat + Sonic Vibration

Sameer D Jain
TLDR
An innovative, efficient, fast yet economical method to achieve perfect obturation, enhancing the prognosis of the tooth and fulfilling one of the amin goals of endodontic treatment.
Abstract
HYBROSONIC : The name derives from Heat + Sonic Vibration. The invention relates to Root Canal Obturating Device for fillling of Root Canal after removal of tooth pulp. Root canal treatment is the removal of tooth's pulp, a small thread like tissue in the centre of the tooth. Proper root canal filling should achieve three dimensional obturation of the root canal space to prevent micro organisms from entering and re-infecting the root canal system and to prevent tissue fluids from percolating back into the root canal system to provide a culture medium for any residual bacteria. It should seal all portals of exit to impede any sort of communication or exchange between the endodontium(within the tooth) and periodontium(outside the tooth). If the tooth is not sealed properly the root canal may leak and lead to failure of treatment. Conventional obturation techniques like cold lateral condensation technique and warm vertical condensation technique have limitations and are very technique sensitive hence a novel machine was developed which transforms gutta percha (root canal filling material) into alpha phase and using sonic vibrations the gutta percha is f orced to flow into lateral canals(accessory canals in horizontal planes), thus achieving 3-Dimensional fuild tight hermetic seal and thus preventing any chances of re-infection, and fulfilling one of the amin goals of endodontic treatment. Hence, an innovative, efficient, fast yet economical method to achieve perfect obturation thus, enhancing the prognosis of the tooth.

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Citations
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Book ChapterDOI

Root Canal Filling Process Enhancement in Simulated Dental Blocks Using a Novel Device

TL;DR: In this article, a study has been done to enhance the filling of Gutta Percha (material) in biomechanically prepared dental blocks (DENTSPLY) using vibratory energy during compaction.
References
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Journal Article

Obturation of the root canal system.

TL;DR: The purpose of this article is to describe a technique of obturation, hoping that others may incorporate some aspects into their own "hybrid" style.
Journal ArticleDOI

Obturation of the root canal system.

TL;DR: In this paper, the authors describe a technique of obturation, hoping that others may incorporate some aspects into their own "hybrid" style of root canal instrumentation and root canal root canals.
Journal ArticleDOI

A comparison of the area of the canal space occupied by gutta-percha following four gutta-percha obturation techniques using Procosol sealer.

TL;DR: Sixty anterior teeth were filled using four gutta-percha sealer techniques: lateral, vertical, mechanical, and chloroform dip, and the techniques were not significantly different at any level.
Journal ArticleDOI

Effect of Varying the Depth of Heat Application on the Adaptability of Gutta-Percha During Warm Vertical Compaction

TL;DR: The Kruskal-Wallis analysis and the Student-Newman-Keuls tests indicated that all the techniques were significantly different from each other except for the TI group versus the WVC group with the heat application to within 3 mm from the WL (p > 0.05).
Journal ArticleDOI

Root canal obturation by ultrasonic condensation of gutta-percha. Part II: an in vitro investigation of the quality of obturation

TL;DR: Taking surface and cross-sectional analysis together only power setting 5 and activation times of 10 and 15 s consistently produced ultrasonically thermocompacted root canal fillings with fewer voids than cold lateral condensation without sealer.