With the introduction of digital technology you now take your picture, view it within seconds, manipulate it, and even have the option of sharing it electronically with friends and family. All without the use of environmentally damaging chemicals, expensive film and the commitment of storing your processed film.
The development of computed radiography over the past two decades has transformed radio logical imaging. The radiology departments in the 21st century will look very different from those in the preceding period. In this review, the development of digital radiography is presented with a description of its various forms and a comparison with screen film radiography. Advances in technology and decreased costs of digital sensors have allowed this digital imaging process to be applied in the medical field in many formats.
The digital x-ray imaging captured has no pixel overlap and does not need to have special processing of the overlap areas.This allows the Radiologist to view a clean, very high resolution image without concern of information being lost in the acquisition process. Middletown digial x-ray is one of the best that i have ever seen.
X-ray is the most relied-upon imaging modality, accounting for approximately 60% of imaging procedures in hospitals. That’s why it’s important for you to be able to do more with your x-ray equipment. Product innovations like our FlashPad wireless digital detector and advanced clinical applications are designed to help you do more with less.
DR (Digital Radiography) eliminates the recurring cost of processing chemicals and film. It also frees up the time and money involved in disposing of them after they are used.The acquisition speed offered by DR allows off-site doctors the ability to read images almost instantaneously after they are captured.This provides faster diagnosis, response time, and better patient service.The ROI from the improved patient throughput of a DR system is significant significant enough to give it a lower overall cost of ownership than analog.