Root canal treatments are among the most delicate and technique-sensitive procedures in dentistry, yet they continue to show relatively high procedural error rates. These errors often arise from the limited precision and visibility offered by traditional endodontic systems. The intricate anatomy of root canals—characterized by narrow, curved, and branching pathways—makes it extremely difficult to achieve complete cleaning and shaping without advanced visualization tools. In conventional setups, poor illumination and restricted access can lead to missed canals, over-instrumentation, or accidental perforations. Additionally, ineffective coolant flow during the procedure can cause overheating of dental instruments and surrounding tissues, compromising patient safety and treatment outcomes. Such challenges often result in incomplete disinfection, postoperative pain, and higher chances of treatment failure or reinfection. To address these limitations, modern endodontic technologies are focusing on integrating better imaging systems, precision-driven instruments, and efficient irrigation or cooling mechanisms.