What device is needed to transfer the latent image within the imaging plate to a viewable digital radiograph?

The imaging plate reader, also known as a digitizer, is the device specifically designed to transfer the latent image stored in the imaging plate to a viewable digital radiograph. This process is crucial in digital radiography, as the latent image—which is created when the imaging plate is exposed to radiation—needs to be read and converted into a digital format for visualization and analysis.

During this transfer, the imaging plate reader uses a laser to scan the plate and detect the stored electrons representing the latent image. As the plate is exposed to light from the laser, it releases the stored energy, which is then captured and converted into electrical signals. These signals are processed to form a digital image suitable for display on a computer.

While other devices mentioned may play roles in the workflow of digital radiography, they do not perform this specific function. For instance, a digital signal processor can manipulate digital signals but isn't directly responsible for reading the latent image. A film processor is pertinent to conventional film-based radiography, and a computer workstation is involved in the display and analysis of images but does not facilitate the initial transfer of the latent image from the imaging plate. The imaging plate reader/digitizer is essential for completing the transition from the latent to the visible image, making