Guided Endodontics: Redefining accuracy in Endodontic treatment

Abstract

Guided endodontics has emerged as a transformative approach in modern endodontic care, particularly for cases involving complex anatomical challenges such as pulp canal obliteration and calcified root canals. This study explores the principles, clinical applications, and future directions of guided endodontics, with a focus on static/template-guided techniques. By integrating cone-beam computed tomography (CBCT), digital planning software, and 3D printing technologies, guided endodontics offers superior precision, reduced procedural errors, and enhanced preservation of tooth structure compared to conventional methods. The study also highlights the benefits of minimally invasive dentistry, demonstrating improved outcomes for patients and a significant reduction in operator dependency. However, challenges such as limited applicability in curved canals, high equipment costs, and the steep learning curve for dynamic systems remain barriers to widespread adoption. Future advancements, including the integration of artificial intelligence, augmented reality, and improved biocompatible materials, hold promise for expanding the clinical utility of guided endodontics. High-quality clinical studies and cost-effective innovations are needed to address current limitations and establish guided endodontics as a standard of care. This comprehensive review underscores the potential of guided endodonticsto redefine the field by enhancing precision, efficiency, and patient outcomes in endodontic procedures.