Digital X-Rays

In the past, dental x-rays were captured using a film process similar to an analog photograph. With the advent of digital imaging, computerized radiography has become the dental industry standard. Digital x-rays require up to 90% less radiation than conventional film-type x-rays, which were already fairly low risk to begin with. Instead of using the traditional silver-oxide x-ray film, which must be developed & then fixed in caustic & environmentally damaging solutions, the new system takes pictures via a small electronic sensor.

Type of Dental Digital X-Rays

While there are several types of dental x-rays (including periapical & full-mouth), the most common kind of dental x-rays are called bite-wing x-rays, based on the wing shape of the films that were once used. These x-rays are done while you’re in the dental chair & capture an image of several teeth at a time, roots included. A dental team member will place a sensor in a certain part of your mouth & ask you to bite down while they aim a tube-shaped device at your face. This is the x-ray emitter, which sends the x-rays through your tissues & onto the sensor in your mouth. No light or heat will come from the emitter. There is usually no discomfort associated with getting dental x-rays.

The Advantage of Modern Digital X-Rays

One other big advantage of modern digital x-rays over the old film type is the lack of a lag time between taking the x-rays & being able to examine them. The x-ray picture of the tooth can be instantaneously transmitted onto a monitor in the treatment room so we can see your teeth & surrounding structures while you’re still in the chair. The immediacy of digital x-rays allows the dentist to assess the health of your teeth & identify potential problems right away. The dentist can easily point out potential trouble spots to you, allowing you to see & understand your oral health condition as the dentist explains it. The digital files are also easy to share with any other dental professionals who might be involved in your care in the future.