In addition to these features, PSPs have a wide dynamic range that provides flexibility for correcting underexposed and overexposed images. PSP systems, which use digital radiology technology, are preferred over traditional radiology because of features such as lower radiation doses and higher acquisition speeds, and environmental advantages, since certain chemicals are not needed. 1 These systems include PSPs that are stimulated by light, a scanner that scans PSP data after exposure, a computer to record the data, and a software program for image processing. The first intraoral phosphor storage plate (PSP) (Digora, Orion Co./Soredex, Helsinki, Finland) system was introduced in 1994. In the practice of dental radiology, the use of digital intraoral imaging systems has become increasingly common from the 1980s to the present day, especially with recent developments in technology.
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