It seems today that every dentist is a cosmetic dentist. This represents a fairly recent phenomenon. Since cosmetic dentistry is not a specialty recognized by the American Dental Association, how does one determine who's good, and who's not?
Below are four criteria that I would recommend using in your selection of a cosmetic dentist:
- EDUCATION: There are many continuing education courses offered in cosmetic dentistry, and most of them are quite good. A cosmetic dentist must be dedicated to expanding his learning and increasing his knowledge through regular participation in these courses. This is a critical component of a cosmetic dentist's development of his or her own philosophy and technical expertise.
- EXPERIENCE: While education is extremely important, it is of little relevance if not used in practice. The more cases a cosmetic dentist completes, the more capable that professional becomes in visualizing results, anticipating challenges, and knowing which techniques will produce the optimum result for the client. Cosmetic dentistry is extremely technical, and a clinician's skill set develops over time.
- LAB SUPPORT: Most cosmetic dental cases involve the fabrication of a porcelain crown and/ or veneer. These items are made in a dental laboratory by specially trained personnel. This dental laboratory technician, or ceramist, is responsible for translating the cosmetic dentist's specific information on your case into a well-crafted and natural-looking product. In this sense, the ceramist is a true artist. In order to achieve a high level of proficiency, this individual must have benefited from the experiences of completing many cases. Ideally, the cosmetic dentist should have the same highly skilled ceramist complete all of his or her cases. This scenario would result in consistently beautiful results. In order to achieve this, the cosmetic dentist must have an established relationship with a high-quality dental laboratory.
- REFERENCES: A cosmetic dentist should be able to provide a list of clients on whom he or she has completed cosmetic procedures. This is the best way for a potential client to gauge the patient's experience with their cosmetic dentist and their degree of satisfaction with the final product.
Hopefully, these guidelines will help in the process of selecting the cosmetic dentist who is right for you
In the future, could small cavities be detected early and filled without anesthesia, and with only the minimum removal of tooth material? Will routine dental procedures be performed with patients noticing no vibration or pressure? Will the piercing whine of a dental drill be a sound that's heard in dental offices no more? The answer may well be yes — in fact, it's happening right now with air abrasion technology.
The air abrasion instrument is a hand-held tool that dentists use for a variety of purposes. A bit like a mini-sandblaster, it uses compressed air (or another gas) to produce a fine stream of abrasive particles that can be precisely aimed. The small, high-speed particles (often silica or aluminum oxide) remove tiny bits of material in the decayed portion of the tooth; the debris is then whisked away through a suction tube.
Sound futuristic? It is, but it's not exactly new: Air abrasion instruments were first developed in the 1940's, but recent advances in high-volume suction and improved dental restoration materials have given the process a renewed appeal. Some of the uses for air abrasion tools include: removing dental caries (cavities) and filling them with composite (tooth-colored) material; preparing teeth for bonding, veneering or other procedures; and removing stains or even repairing small defects in teeth.
How It Works
The tiny abrasive particles (.002” or less in diameter) remove only minute amounts of tooth structure, making a drill seem coarse by comparison. The air pressure, flow rate, nozzle diameter, and other settings on the instrument can be accurately controlled to produce the precise amount of abrasion needed. The result is a minimally-invasive method of removing decayed or unwanted tooth material.
Even though powerful suction is used to remove spent abrasive and debris, it's still necessary for everyone to wear protective eyewear as a precaution. A rubber dam (shield) is also generally used to keep abrasive particles from affecting other teeth or getting into areas of the mouth where they don't belong. Nearby teeth and gums can also be coated with a protective resin if needed.
Advantages of Air Abrasion
Because it doesn't require a whirring drill, air abrasion generates no pressure or vibration, and makes very little noise. It can eliminate the need for anesthesia, especially if the cavity isn't deep. It reduces the chance of damaging the tooth during a procedure, and it leaves more healthy tooth material behind. This makes it ideal for children, or others who are sensitive to dental discomfort. In fact, it's perfect for treating tiny cavities that have been detected by laser diagnosis (cavities that aren't big enough to be seen on an X-ray), and sealing them up before they become bigger problems.
Minimally-invasive procedures are where air abrasion truly shines. Because it's a relatively fine-scale instrument, it isn't suitable for treating deep cavities or removing old metal fillings. However, as a high-tech tool for performing many preventive and restorative dental procedures, it offers some unique benefits to both dentist and patient. And some day, it just might make the dental drill obsolete.
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