Cone Beam Computed Tomography is a medical imaging technique consisting of X-ray computed tomography where the X-rays are divergent, forming a cone.

This occurs when the two sources are mixed together and photons are given off thereby producing the “LASER” activity is resonated or reflected back and forth within an optical resonator and amplified. A portion of this activity is then emitted as a LASER beam. Beam splitters or mirrors are used to capture the particular portion of the LASER beam that is needed to perform the surgical operation.

This activity is resonated or reflected back and forth within an optical resonator and amplified. A portion of this activity is then emitted as a LASER beam. Beam splitters or mirrors are used to capture the particular portion of the LASER beam that is needed to perform the surgical operation

A CT image comprises slices along a plane of the object being viewed. The slices, called voxels, are then reconstructed. The x-ray energy from a CT scan is directed toward an object from multiple orientations, and the decrease in intensity is measured along a series of linear paths In layman’s terms, CBCT is a compact, faster and safer version of the regular CT. Through the use of a cone shaped X-Ray beam, the size of the scanner, radiation dosage and time needed for scanning are all dramatically reduced.

A typical CBCT scanner can fit easily into any dental practice and is easily accessible by patients. The time needed for a full scan is typically under one minute and the radiation dosage is up to a hundred times less than that of a regular CT scanner.