Dental navigation systems have become indispensable tools in modern implantology, dramatically improving the accuracy of implant placements. These systems, which rely heavily on advanced imaging technologies like cone-beam computed tomography (CBCT), enable clinicians to precisely plan and execute implant procedures. The workflow involves several key components, including pre-operative planning, the use of surgical guides, and dynamic real-time feedback during surgery. Studies demonstrate that navigation systems significantly reduce the margin of error, offering up to 0.6 mm precision in critical areas. Additionally, digital technologies such as 3D imaging and computer-assisted design have further enhanced the predictability and success of dental implant surgeries. While these systems offer numerous advantages, including improved patient outcomes and reduced postoperative morbidity, they also present challenges. High costs, steep learning curves, and potential calibration errors are notable drawbacks that limit widespread adoption. Nonetheless, the ongoing integration of augmented reality, robotics, and artificial intelligence in dental navigation holds great promise for further advancements in the field. Moreover, the registration and regulatory compliance of these systems are critical in ensuring their accuracy and safety, underscoring the need for comprehensive studies to validate their use in clinical practice.
