What type of technology is primarily used in digital radiography systems to capture images?

Digital radiography systems primarily utilize flat panel detectors or computed radiography systems for image capture. Flat panel detectors are sophisticated electronic devices that convert X-ray energy directly into digital signals, facilitating the immediate acquisition and processing of images. This technology allows for higher image quality, quicker exposure times, and enhanced diagnostic capabilities compared to traditional methods.

Computed radiography systems also play a significant role, as they employ image plates that can be reused multiple times. These plates capture X-ray images, which are then processed using a computer to create digital images. The flexibility and efficiency of these systems contribute to their widespread use in contemporary radiography practices.

Conventional film cassettes rely on chemical processes to develop images, which contrasts sharply with the immediate accessibility provided by digital systems. Anatomical imaging devices cover a range of tools unrelated to radiography itself, while magnetic resonance imaging systems are entirely different modalities used for imaging soft tissues and do not utilize X-ray technology, confirming why they are not applicable in this context.