En raison de la pandémie de COVID-19, les dentistes et les orthodontistes ont dû prendre des mesures afin de limiter la propagation du virus dans leurs cliniques. Des protocoles ont donc été mis en place pour la sécurité de tous et de toutes. Cependant, le personnel des cliniques a aussi besoin de votre collaboration.
Nous vous demandons de vous renseigner sur les mesures à suivre lors de votre prochaine visite et de ne pas vous présenter si vous êtes atteint ou atteinte de la COVID-19, si vous avez des symptômes s’apparentant à la COVID-19 ou si vous avez été en contact avec une personne qui est ou pourrait être atteinte de la COVID-19.
Merci de votre compréhension et de votre coopération en ces temps difficiles.
L’équipe Bücco et ses membres dentistes et spécialistes
Why do you need a 3D x-ray?Traditionally, specialists were using 2D x-rays on film to see all or a specific part of the dentition, intraosseous structures and jaws of a patient. Several years ago, the advent of 3D digital radiography has greatly facilitated the work of specialists, in addition to reducing the dose of radiation for the patient. The most widely used 3D radiography in implantology is panoramic radiography that shows teeth and bone structures of the maxillofacial area. To schedule the installation of dental implants, it is often necessary to obtain additional information which is unfortunately not available with traditional 2D x-rays:
These three elements must absolutely be considered due to complications that can occur during the implant surgery. Fortunately, in recent years, digital 3D radiography, also called Cone Beam Computed Tomography (CBCT), made its appearance in some dental offices and its use is becoming more widespread. |
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What does it require?Major investments are often made by specialists to obtain devices that can take digital x-rays in 3D, but the advantages of using this technology are largely worth the cost. |
The difference between 2D and 3D x-rays3D x-ray devices used for the study of maxillofacial structures are equipped with a fixed-anode x-ray tube just like 2D devices. The main difference is that in CBCT 3D units, the scanner emits a conical x-ray beam, while in traditional 2D x-ray machines, it is a triangular-shaped beam. |
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