Pointy canine teeth may be a good look for a vampire. But if you’re one of the many people whose canines are pointier than you’d like, we want you to know that there are various ways that your dentist in Rochester can use cosmetic dentistry techniques to reshape your teeth and revitalize your smile.
Canine teeth are those four teeth in the top and bottom of our mouths that are naturally pointy in shape. Some people refer to them as vampire’s teeth, and they can somewhat look like dogs’ teeth, hence the name canine. The unique shape of the canine teeth helps us eat by allowing us to tear, hold, and chew food. But if you think your canines are too long or too pointy, let’s check out a few ways your dentist in Rochester can help.
Cosmetic dentistry isn’t only meant for people who want to get a brilliantly white smile. In fact, it can fix a whole bunch of aesthetic concerns. Three of the best ways to fix pointy teeth through cosmetic dentistry are:
Dental bonding is the most conservative way a dentist can change a tooth’s appearance. The treatment involves applying a tooth-colored material to a tooth and sculpting it into an ideal size and shape. Bonding can also fix chipped teeth, slightly overlapped teeth, and even crooked teeth.
Dental veneers are thin pieces of porcelain that are attached to the front surface of teeth. They can cover up discoloration, fill in gaps, and change the size or shape of teeth. The procedure requires your dentist to remove a small portion of enamel for the veneer to fit. But after that, you’re left with a new, natural look.
Another way your dentist in Rochester can change the shape of your teeth is through tooth recontouring. This quick and easy treatment allows your dentist to use an artistic eye to gently remove tooth enamel to alter the size or shape of a tooth. Only a few millimeters of enamel are removed so it’s a painless procedure.
Changing the look of your smile doesn’t need to be complicated or expensive. Start your smile makeover journey by talking with a dentist about your options.