Advanced Technology : Cerec Technology

  • Cerec Technology

    Cerec is a computer-based process that allows us to design and fabricate crowns and eventually bridges in the office while the patient waits. Instead of 2 appointments with missed time from work, the patient will be able to leave the office with the final product in one appointment. This eliminates the need for a messy impression and a temporary crown which is often sensitive. The process also allows both the patient and doctor full control of all design aspects of the crown.

    Single Appointment Dental Care

    Most dental restorative methods require more than one visit to the dentist. This means that on the first visit, you get an injection of anesthesia, your tooth prepared, an impression taken, and a temporary restoration put on your tooth. You make a second appointment for a couple of weeks later, get another injection, have the temporary pried off (if it hasn't fallen off already), and have a permanent restoration put on. Why go to the dentist a second time when you don't have to? With CEREC, the procedure is done in a single appointment, start to finish.

    Finest Dental Materials

    A CEREC tooth restoration isn't just convenient, it is also healthy. Many years ago, dentists had few options to repair decayed and damaged teeth other than amalgam, gold, and other metals. With CEREC, your dentist can use strong, tooth colored ceramic materials to restore your teeth to their natural strength, beauty, and function. These materials closely match the composition of natural tooth structure. This means when you eat hot food and then drink something cold, the restoration and tooth expand and contract at almost equal rates. So, your tooth does not crack, and you can go on enjoying your evening. Also, the materials are chemically bonded to your tooth, so your dentist can save as much healthy tooth tissue as possible while providing you with a dental restoration that strengthens your tooth.
     


    Click HERE to access the Cerec Patient Website >>