What device is used to process digital images produced in computed radiography systems?

The device used to process digital images produced in computed radiography systems is the Image Reader Device. This equipment plays a crucial role in the conversion of the captured radiographic data into a visible image.

In computed radiography, the imaging plate is exposed to X-rays, which create a latent image on the photostimulable phosphor. The Image Reader Device scans these plates and uses a laser to convert the stored energy within the phosphors to a digital signal, which is then processed to produce the final radiographic image. This process is essential for ensuring that the images are clear, accurate, and suitable for diagnostic purposes.

The other options do not fulfill the role of processing the digital images. The X-ray tube generates the X-rays needed for the imaging process but does not handle image processing. The collimator is used to shape and restrict the beam of X-rays before it reaches the patient, ensuring that only the designated area is exposed. The control panel is primarily used for setting beam parameters, such as exposure time and intensity, but it does not process images. Each of these components contributes to the radiographic process, but the Image Reader Device is specifically designated for handling digital image processing in computed radiography systems.