Unfortunately, there is a major issue with conventional scintillators. The created light spreads while it travels through the scintillator, which results in a light cone rather than a light spot. Thus, the image sensor would register a signal on several pixels for each incident x-ray. The amount of absorbed x-rays and therefore signal strength depends on the material thickness. Therefore, conventional scintillators involve a trade-off between sensitivity and resolution.
The structured scintillator technology overcomes the drawbacks of conventional digital x-ray detectors. While the visible light created through x-ray absorption spreads on its way through the crystal in unstructured scintillators, the innovative concept developed and patented by Scint-X* channels the light on its way to the sensor. Narrow pores are etched into silicon in order to manufacture a matrix that can be filled with a scintillator material like Thallium doped Cesium Iodide.
Thus, the spreading of created light, that would lead to crosstalk between neighboring pixels on the sensor, can be avoided. This means that the structured scintillator can be optimized with respect to sensitivity without loss of resolution.
Result = Retake = More Exposure = More time and Unhappy Patient, Mad Dentist, Frustrated Staff
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