Healthcare technology is evolving for the betterment of mankind day by day especially in imaging technology. Kamala Dental is trying to keep dental imaging and diagnosis instant and accurate and thus we incorporated the CBCT (Cone Beam Computed Tomography) into our practice. This latest 3D evaluation of oral and facial structures using CBCT helps in safer, better, faster and accurate diagnosis. Kamala Dental introduced the Sirona Orthophos SL 3D from Germany, the latest of its kind to serve you better.
CBCT gives better imaging with accurate measurements in various views and angles which make the evaluation, diagnosis and treatment planning fool proof. The radiation dose used with a CBCT scan is much less compared to that of a regular CT scan.
Other than diagnosis, CBCT is a great tool for treatment planning and also in execution too that makes Kamala Dental Specialty Hospital to go completely digital. With its low cost, low radiation and the ease of use, Team Kamala Dental uses this as a routine imaging technique for all dental treatments. Along with intraoral scanning, which provides a soft tissue profile and CBCT that generates a bony architecture and these both images can be merged to create a virtual patient for the better diagnosis, treatment, planning and execution. It’s a revolution in dental diagnosis and treatment.
Dental Implants given for rehabilitation of missing teeth are placed without injuring the vital structures such as the nerves, blood vessels, and sinus membranes. It can only be assured by planning three dimensions using CBCT imaging.
The root canal system in our teeth is really complex and shows huge variations in number and shape from person to person. Its interconnections and divisions are not possible to be evaluated two dimensionally. At Kamala Dental Specialty Hospital, root canal treatments are no longer guesswork. Knowing the number of the root canals and its varying complexities in advance will assist our endodontists to provide you the best results through their hands.
Impacted teeth removal is one of the most common procedures done in our dental practice. The three-dimensional evaluation of such impacted teeth and its proximity to vital structures such as the inferior alveolar nerve is analysed using CBCT. Moreover, these cross-sectional images will be used for planning the surgery and minimizing temporary or permanent damage to any of these structures during the surgical procedures making the procedures reliable.
Lesions of the jaw can be best investigated with CBCT. The extent of the lesion and the involvement of vital structures are accurately evaluated and the surgical correction is done with minimal invasion and trauma as well as high precision.
