The Key to Longevity | Digital X Ray Sensor Facts

In the desire to help buyers everywhere understand the nature of dental sensor technology, we here are Video Dental have come to shed some light. Here are Digital X Ray Facts that will help you in buying the perfect sensor.

Key Components

Digital X Rays are made in 4 key components.

Scintillator – This converts the photons emitted by the X Rays, to visible light. The best Scintillators are those with cesium iodide.

Fiber Optic Plate (FOP) – FOPs are responsible for the transfer of light to the sensor.

Sensor – These align pixels on a grid that absorb light based on the density of the object which is determined by the amount of photons being absorbed.

Analog – Analogs convert pixel information to digital information from which the computer translates into an  X Ray.

Inactive Areas

All sensors have inactive areas to some degree. Some have more or less than others. This is due to some having more protection than others.

If a sensor is equipped with more casing, this means that it will have a greater inactive area and vice versa. Both sensor protection and active area are important to a sensors function.

Image Quality

Image quality is determined by various factors. The most important are Correct X Ray exposure, Positioning, and processing. To have the best X Ray exposure, sensors should have different settings for posterior and anterior imaging.

Making sure your positioning is correct is just as important. Be mindful of perpendicular alignment between the beam and the sensor face. This will yield the most consistent results.

Having proper software, and user dexterity will ensure that the end processing of images stays consistent and clear.

Hopefully these Digital X Ray Sensor Facts helped you get a better understanding of how they work. Also if you are looking for X Ray Sensors with the best results, be sure to visit Video Dental Concepts for the latest in Dental Tech!