Dental Bonding in Westwood
Dental bonding is a popular procedure because it allows patients to correct problems that affect a single tooth. Bonding is when a tooth-colored composite resin is applied to a tooth as a putty. This resin is then shaped to repair chips, cracks, and broken edges, so the tooth is complete and has a full surface for chewing, eating, speaking, and smiling. Unlike the installation of veneers or crowns, which need to be manufactured, dental bonding can be done in a single visit and requires almost no preparation.
What It’s Used For
Dental bonding is a versatile procedure that can be used for a variety of purposes. It is the easiest and most inexpensive cosmetic option offered by dentists, so patients often select bonding to solve tooth problems such as:
Since the procedure requires no preparation, patients can choose to have bonding done during a regular appointment. The entire process takes less than thirty minutes per tooth.
The first step is choosing which color of composite resin the patient prefers. Most individuals prefer a shade that matches their regular tooth. When the color is chosen, the dentist roughens the surface of the tooth using abrading or etching. This helps the composite resin stay in place and clean to the tooth. The tooth will then be coated in conditioning liquid.
The resin is then applied as a putty and shaped to fit the tooth. The dentist scrapes off any excess and then hardens the resin using an ultraviolet light or laser. Sometimes there might still be extra resin, so the dentist will carefully scrape it off once the putty has hardened.
When complete, the bonded tooth will be ready to use, although many dentists caution against eating or drinking for at least one hour.
The bonded tooth can be cared for like natural ones. It will require regular brushing and flossing, and it will respond to mouthwash to eliminate surface stains. The resin cannot develop cavities, but it can become discolored by consuming coffee, tea, soda, and other foods. Smoking might also stain the resin.