Porcelain Inlays

Porcelain inlays is an excellent dental restoration method for decayed premolars and molars. The dental treatment has widely replaced the traditional amalgam filling technique. Porcelain inlays have become the first choice because they look natural and are long lasting in comparison to the old amalgam fillings. Porcelain is a biocompatible material which is translucent unlike the metal fillings which enhances the cosmetic esthetics of the smile and teeth.

Reason for Porcelain Inlays

• Porcelain inlays help to restore conked out and large fillings
• Porcelain inlays help to enhance the artistic appeal of the teeth
• Porcelain inlays help to strengthen the dental structure
• Porcelain inlays work as a replacement for amalgamated fillings
• Porcelain inlays help to prevent tooth decay and diseases
• Porcelain inlays help to eliminate older, flawed filling or caries

Benefits of Porcelain Inlays

• Porcelain inlays appear exceptionally original
• Porcelain inlays resist discoloration and staining
• Porcelain inlays are extremely sturdy and enduring
• Porcelain inlays help in artistic intensification
• Porcelain inlays help to keep up good oral hygiene
• Porcelain inlays prevent large cavities
• Porcelain inlays are not pretentious to temperature changes

Porcelain Inlay Treatment

We have highly experienced cosmetic dentists who specialize in performing Porcelain inlays. The entire procedure is completed in two sessions. During the first visit, the teeth are thoroughly cleaned and old and defected fillings are drilled out. The cosmetic dentist will take a dental impression of your teeth which is sent to the dental lab. In the dental lab, filling is crafted out of a biocompatible material. The impression of the dental structure is accurately measured to create inlays of perfect fitting. During the second session, the inlays are fixed into the cavity with the help of an adhesive. The adhesive bonds the inlays with the tooth so that it does not come out. Porcelain inlays strengthen the dental structure and increases the tooth functionality.