Air Abrasion for Cavity Repair from Dr. Bobby Carmen in Norman, OK

April 15, 2015

ThinkstockPhotos-153761824You are so conscientious about your dental health. You brush and floss your teeth every day, twice a day. You schedule regular checkups with Dr. Bobby Carmen in Norman, OK, every six months. Usually, you get a clean bill of dental health and are on your way. But today, a digital x-ray reveals a small cavity. Ugh, you think, now I have to deal with the anesthetic and the drill. Not necessarily. With air abrasion, Dr. Carmen can quickly repair that cavity and have you on your way—as usual—with a tooth that’s as good as new.

What is Air Abrasion?

Think of air abrasion like sandblasting. Just as sandblasting uses sand that is powerfully forced by air to clean a surface, air abrasion uses tiny particles of silica, aluminum oxide, or a baking soda mixture to blast away particles of decay. The particles are propelled toward the tooth by compressed air or a gas, and a suction tube draws away the debris. More often than not, a local anesthetic is not necessary when Dr. Carmen uses air abrasion, so you don’t have that numb feeling even after the procedure is finished. Once the decay is completely cleared, Dr. Carmen will be able to fill the cavity with a tooth-colored composite resin material that blends seamlessly with the natural color of your tooth.

Other Advantages of Air Abrasion

Besides reducing the need for anesthesia, air abrasion has other advantages, too. First, air abrasion preserves more of a tooth’s natural structure, making for a stronger tooth when the cavity is filled. Air abrasion does not generate heat, vibration, or pressure and greatly reduces the risk of a tooth cracking or chipping during the procedure.

Schedule an Appointment Today

If you would like to know more about air abrasion or any other restorative dental procedure offered by Dr. Bobby Carmen, then call the office today. We serve patients in Norman, OK, as well as from Moore, the University of Oklahoma, and central Oklahoma and beyond.

How Air Abrasion at the Dentist’s Office Benefits You: No Drill Required!

June 20, 2014

shutterstock_94075012At the office of Dr. Bobby J. Carmen in Norman, OK, we believe that every patient should be made to feel as comfortable as possible during their dental visits, and we’ve taken steps to ensure that you and your family enjoy the highest level of comfort when you come to see us. Because the dentist’s drill is among the most uncomfortable aspects associated with oral healthcare, we opt for a less invasive, more enjoyable alternative that is still just as effective: air abrasion.

How Does Air Abrasion Work?

An air abrasion unit may be aptly compared to a miniature sandblaster, effectively spraying away areas of decay from the surfaces of a tooth. Tiny particles of aluminum oxide or baking soda are propelled with rapid force using a focused stream of compressed gas, removing painlessly the decayed material and preparing the area for further treatment, all without the use of a drill.

When compared to the traditional dental drill that is often used to prepare a tooth for a filling, air abrasion is preferable for a variety of reasons. Because air abrasion produces zero heat, pressure, or vibration, patients find that the experience is far more comfortable overall. In cases of shallow cavities, anesthesia may not even be necessary. The entire procedure is considerably quicker, even when multiple areas of the mouth require attention. Best of all, perhaps, is the fact that air abrasion is completely safe, so it’s an excellent choice for working with young children as well.

Only the Best for Our Patients

Contact our office today to discover the difference our dedication to patient comfort can make for you. We can’t wait to see your beautiful smile, and to show you how comfortable and relaxing your dental treatment can actually be in our warm, inviting atmosphere. Our family-friendly dental office in Norman, OK welcomes patients from throughout the surrounding areas as well, including Central Oklahoma, the University of Oklahoma, Del City, Moore, and beyond.