Abstract

Tooth extractions are the surgical procedure most frequently performed by the dentist. Piezoelectric technology simplifies this surgical practice for the clinician, since the luxation and extraction exploit ultrasonic vibration and not the force that is normally applied to the lever or forceps, instruments that piezoelectric extraction makes less attractive. The new inserts that allow less traumatic access to the element to be extracted will be analysed.

The aim of the course is to create a theoretical and practical path from clinical radiological diagnosis to intervention planning. The procedures to reduce the invasiveness of the surgical act and consequently the risks for the patient will be analysed.

Learning Objectives

• Identify and assess the clinical challenges associated with tooth extraction procedures.
• Highlight the benefits and advancements of piezoelectric technology in surgical applications.
• Demonstrate the clinical efficacy and precision of ultrasonic-powered instrumentation.
• Emphasize the critical role of accurate and transparent diagnostic imaging in treatment planning.
• Present a standardized, reproducible surgical protocol to enhance predictability and reduce procedural risk.

Agenda

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