Intraoral Scanner use may help detect erosive Dental Wear : Study
Researchers have found in a new study that intraoral scanner may successfulldy identify erosive dental wear on samples following an acidic erosive challenge, using its built-in diagnostic software tools.
Many in vitro and in vivo techniques to diagnose and measure dental erosion are included in the literature, but none of the in vivo techniques could detect the early erosive enamel wear in microns.
This study aimed to determine if intraoral scanners could diagnose dental erosion when compared to a 3D confocal laser microscope.
Thirty six 1 mm thick enamel samples were luted to labial surfaces of sound extracted anterior teeth. Baseline scans of the specimens were made by intraoral scanner (Carestream 3700) and 3D confocal microscope (KEYENCE VK-X100). Each enamel sample had a reference area created by applying a protective tape then the teeth were immersed in citric acid of 1% concentration (ph.: 2.7). After 1, 3and 6 hours teeth were removed and brushed with an electrical tooth brush for 2 minutes.
To determine the enamel loss each follow-up scan was superimposed with the baseline scan and measured with the tools of the intraoral scanner’s software. Same procedures were performed under the 3D confocal laser microscope where height difference between eroded and reference surfaces was measured. Values obtained were statistically analyzed.
Reference:
Hassan, A. Y., Abdel-Fattah, W. M., Gepreel, M., & Afifi, R. R. (2025). Diagnosis of dental erosion using intraoral scanner in comparison to 3D confocal laser microscope. Alexandria Dental Journal, 50(1), 212–216. https://doi.org/10.21608/adjalexu.2024.278347.1488
