In the field of periodontics, CBCT has many beneficial uses. One of the key benefits is the ability to provide a precise morphologic description of the bone with accurate measurement comparable to direct measurement with a periodontal probe. Unlike standard 2D radiography, CBCT allows a decent evaluation of furcation involvement and identification of buccal and lingual abnormalities. It has dramatically improved the assessment of intrabony defects, dehiscence, fenestration, and periodontal cysts. Additionally, CBCT has demonstrated its superiority in assessing the success of regenerative periodontal treatment. It enables the investigation of the buccal and lingual surfaces and provides a better understanding of the defects' depth, height, and morphology. Overall, CBCT significantly enhances the diagnosis and treatment planning in periodontics, offering valuable insights and improving patient outcomes.5