Cone beam computed tomography (CBCT) of the teeth is a diagnostic procedure that produces three-dimensional images of the teeth, jaw, and surrounding tissues with high accuracy.
At our dental clinic, we offer advanced diagnostic services using computed tomography (CT) scans to aid in accurate diagnosis and effective treatment planning. Our CT services include:
Dental CT scans
This is an invaluable tool in the diagnosis of dentoalveolar disease. This method is particularly effective for planning dental implants, assessing bone health, and diagnosing hidden decay. Dental CT allows us to visualise anatomical structures with high accuracy, which is essential for the correct planning of surgical interventions and orthodontic treatment.
Joint CT
Our services include computed tomography of the temporomandibular joint (TMJ), which is necessary to assess the condition of the joints and diagnose various diseases such as arthritis or osteoarthritis. A CT scan of the joint helps to detect premature signs of degenerative changes, which helps to start treatment in time and prevent further complications.
CT scan of the head
Used for broader diagnostics, including examination of the sinuses, nerve canals, and soft tissues of the face. This procedure is critical for detecting abnormalities. A CT scan of the head helps in planning more complex procedures such as correction of facial deformities or more complex surgical procedures.
We invite you to visit our clinic and see for yourself the quality of our diagnostic services. Our goal is to provide you with a healthy smile and wellness!
This method is particularly important for a number of dental problems when other diagnostic methods cannot provide sufficient information. The following are categories of problems in which CBCT is necessary:
CBCT is essential for accurate planning of implant placement, allowing assessment of bone volume and quality, as well as the exact location of anatomical structures (e.g. nerves), which is critical for successful implantation.
Tomography helps in assessing the structural integrity of the bones of the jaw, detecting erosions, tumours or other pathological changes that may influence the choice of treatment.
CBCT allows for a detailed examination of the tooth roots and surrounding tissues, revealing inflammation, cysts, and other problems not visible on traditional radiographs.
For planning orthodontic treatment, including bite correction and complex cases of tooth movement, CBCT provides a complete picture of the position of the teeth in relation to each other and the jawbone.
In cases where wisdom teeth or other hard-to-reach teeth need to be extracted, CBCT helps to assess their location and relationship to surrounding anatomical structures, minimising the risks of the procedure.
In maxillofacial injuries, CBCT allows visualisation of the extent of bone and soft tissue damage, which is necessary for subsequent reconstructive treatment.
This type of tomography uses a cone-shaped beam of radiation that rotates around the patient’s head, capturing data from all sides. The resulting images are then processed by special software to create a detailed three-dimensional visualisation of the bony structures of the face and teeth.
The CBCT scanning process usually takes a few minutes. The patient must be standing or sitting in the scanning device, depending on the model of the machine. During the procedure, the machine makes one complete circle around the patient’s head, allowing it to capture a full panorama of the dentoalveolar system. The data obtained from the scan is automatically transferred to a computer for further processing and analysis.
Cone beam imaging differs from traditional computed tomography (CT) scans in that it uses less radiation, making the procedure safer for patients. By using a cone beam, CBCT is able to provide clearer images with less distortion and artefacts. This allows doctors to diagnose various conditions and plan treatment with high accuracy.
CBCT is widely used in various areas of dentistry, including implantology, orthodontics, and endodontics. The detailed images produced by this method help clinicians to accurately plan surgical interventions, assess bone health and nerve canal location, and determine the best site for implantation.
This advanced imaging technology provides detailed images of the teeth and surrounding tissues, which is critical to the accuracy of diagnostic and therapeutic procedures. Here are some of the key benefits of cone beam CT:
CBCT provides clear and detailed three-dimensional images, allowing clinicians to accurately assess bone health, tooth root position, and anatomical features of the jaw.
Compared to traditional CT, CBCT uses a much lower dose of radiation, making the procedure safer for patients, especially when repeat examinations are necessary.
The technology allows surgeons to plan operations with incredible precision, including complex procedures such as implants and bite correction.
The CBCT procedure takes only a few minutes, but provides comprehensive information needed for diagnosis and subsequent treatment.
CBCT can detect hidden pathologies that are not visible on conventional radiography, including microfractures, root cysts, and early stages of bone resorption.
The possibility of obtaining layers of images with different thicknesses provides a deeper analysis of the structure of teeth and surrounding tissues.
Three-dimensional images can be easily shown to patients, helping them to better understand their condition and upcoming treatments.
Because of the accuracy and completeness of the data collected, CBCT helps reduce the likelihood of repeat procedures by providing all the information needed in one scan.
Preparing for CBCT does not require medical training, but you should be aware of the following to ensure the accuracy and safety of the procedure:
Before you start scanning, you must remove any metal accessories that may affect the image quality. Such items include glasses, hearing aids, jewellery, dentures, hairpins and any other metal accessories.
CBCT requires no prior medical preparation such as injections or fasting. The procedure is simple and non-invasive, allowing patients to feel as comfortable as possible.
All patients (women) who may be pregnant should inform the medical staff of their condition before the procedure. This is important to prevent any potential risks.
It is important to follow the technician’s instructions precisely to ensure quality images. The patient’s head will be secured to prevent movement during the scan and the arms can be placed comfortably on the handrails.
The patient will be asked to take a seat at the scanning device. It is important to position your head correctly so that the area to be scanned is exactly in focus. Your head will be secured with special devices such as a mouthpiece or straps to minimise any movement during the scan.
To ensure clear images, it is very important to remain perfectly still during the procedure. Any movement may cause blurring or other distortions in the images. You will be asked not to swallow, talk or move your jaw until the scan is complete.
When everything is ready, the scanner will begin to rotate around your head, taking a series of pictures from different angles. This process usually takes less than a minute.
Once the scan is complete, the machine stops and you can exit the machine. There is no need for a recovery period, so you can return to your normal routine immediately. The data obtained is sent for processing, after which the digital images will be available for your dentist to analyse.
Your dentist will scrutinise the images for diagnosis or to plan upcoming treatment. The results can be provided digitally, e.g. recorded on disc or sent by email.
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