Abstract
Guided endodontics has revolutionized root canal therapy by integrating advanced technologies to improve precision, safety, and outcomes. This method combines imaging technologies like cone beam computed tomography (CBCT) with computer-assisted navigation systems to enhance the accuracy of root canal treatments. Key stages include initial diagnostic imaging, 3D virtual treatment planning, and the use of customized guides or templates during procedures. These guides help accurately identify canal orifices, reducing procedural errors and improving access to complex root structures. Benefits include better treatment predictability, reduced procedure time, and lower risk of complications. Recent advancements, such as high-resolution CBCT, advanced 3D printing for custom guides, and improved virtual planning, have enhanced the precision of access cavity preparations. Innovations like low-profile clinical templates address challenges with restricted mouth openings, while improved intraoral scanning and virtual planning streamline preparation processes. Despite higher costs and increased planning time, guided endodontics is increasingly seen as a standard method, offering substantial improvements in clinical practice and patient outcomes. This review consolidates these advancements, emphasizing their impact on precision, efficiency, and future research directions in endodontics.
Published Version
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