In the field of dentistry, the introduction of digital dental scanning technology has brought about a dramatic change in treatment. This innovative technology reduces the risk and uncertainty associated with human factors by using a high-precision digital scanner to replace traditional mold and impression methods. Digital dental scanning technology provides more high-quality images and precise data for the treatment process, ensuring accuracy, improving comfort and reducing patient waiting time.

First, the accuracy of digital dental scanning technology is one of its most significant advantages. Traditional dental impression methods have many limitations, such as distortion of the impression material, color confusion, and patient discomfort. These factors may lead to inaccurate diagnostic results, which in turn may affect the development and implementation of treatment plans. In contrast, digital dental scanning technology can obtain accurate 3D models of oral structures in a non-invasive manner, eliminating many sources of error in traditional methods and thus ensuring the accuracy of treatment.

Second, the application of digital dental scanning technology can improve patient comfort. Traditional impression methods require patients to bite down on hard materials in the mouth, which can be an uncomfortable experience for some patients who suffer from vomiting reactions or oral sensitivity. Digital oral scanning technology, on the other hand, requires only the use of a non-irritating optical scanner that quickly acquires oral data without placing any substance in the patient's mouth. This non-invasive approach not only improves patient comfort, but also reduces stress and anxiety during treatment.

In addition, digital oral scanning technology can significantly reduce waiting times. Traditional mold preparation requires patients to make multiple visits to the clinic, including mold pickup, mold creation and fitting, a process that can be time-consuming. Digital dental scanning technology, on the other hand, can obtain high-quality oral data in a single scanning session