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What is CEREC®?

Dave Fidlin
Dave Fidlin

First developed in 1980, Chairside Economical Restoration of Esthetic Ceramics (CEREC®) is a product designed to restore a patient's teeth in a single sitting. Typical restoration procedures include veneers, crowns and inlays. When it was officially unveiled — after a series of tweaks — in 1985 at the University of Zurich in Bensheim, Germany, CEREC® was touted as an alternative to other restorative products that required patients to visit a dentist on multiple occasions.

Working in conjunction with computer assisted programs, CEREC® enables dentists to use state-of-the-art software and hardware while performing such procedures as veneers, onlays and inlays and crowns. Computer assisted programs include 3D photography, computer-aided design (CAD) and computer-aided manufacturing (CAM). CEREC® enables dentists to use a variety of different types of ceramic material.

CEREC requires specialized imaging and computer-aided design, but can be completed in just one visit to the dentist.
CEREC requires specialized imaging and computer-aided design, but can be completed in just one visit to the dentist.

Depending upon the procedure, a dentist using CEREC® typically coats a treated tooth with white powder that will be picked up by a computer assisted program and transferred to a computer hooked into the proprietary programs CEREC® uses. By reviewing the programs, a dentist can instantly determine how to restore a tooth to its original form. Once the computer has finished its analysis with the proprietary programs, data in the form of a 3D image will be stored and sent to a device known as a milling machine.

CEREC is designed to restore a a patient's teeth in a single sitting.
CEREC is designed to restore a a patient's teeth in a single sitting.

The design software included with CEREC® enables dentists to work with a database of different tooth shapes to help plan for the proper restorative treatment. The process includes obtaining an imprint of the tooth or teeth in need of treatment with a wax or rubber-like material. The imprint is used alongside the 3D images with the goal of determining the best treatment option.

Using 3D photography may reduce the need for dental models when restoring a patient's teeth.
Using 3D photography may reduce the need for dental models when restoring a patient's teeth.

Once the appropriate information has been transferred, the restorative material — either in the form of solid ceramic or a composite block — can be created inside the milling machine. Depending upon the type of restoration, a new restorative product can be created in as little as four minutes; the maximum time it takes to mill a restoration hovers around 20 minutes. The ceramic material used with CEREC® generally wears away at the same rate as enamel.

Technology naturally has evolved since 1980 and so has CEREC®. Since leaving the university lab, the product has been manufactured by a German-based company, Sirona Dental Systems. The first 3D imaging was unveiled in 2003. Three years later, an addendum to the the proprietary software enabled dentists to accurately determine a missing tooth's shape and surface.

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    • CEREC requires specialized imaging and computer-aided design, but can be completed in just one visit to the dentist.
      By: Robert Kneschke
      CEREC requires specialized imaging and computer-aided design, but can be completed in just one visit to the dentist.
    • CEREC is designed to restore a a patient's teeth in a single sitting.
      By: Nobilior
      CEREC is designed to restore a a patient's teeth in a single sitting.
    • Using 3D photography may reduce the need for dental models when restoring a patient's teeth.
      By: Minerva Studio
      Using 3D photography may reduce the need for dental models when restoring a patient's teeth.