Used CR TECHNOLOGY CRX-2000 #9300120 for sale

CR TECHNOLOGY CRX-2000 is an imaging equipment based on computed radiography (CR) technology. This system utilizes an imaging plate to capture and process x-ray images. The imaging plate is activated by an external x-ray beam and stores the x-ray information in the form of an electrical signal. This signal is then digitized and received by CRX-2000's proprietary computer-based imaging unit, which in turn displays the information as an x-ray image. CR TECHNOLOGY CRX-2000's imaging plate features high resolution storage of the x-ray signal, which produces detailed images in the highest resolution available with current CR TECHNOLOGY. The signal-to-noise ratio is also improved by utilizing advanced technology to reduce signal corruption. In addition, the imaging plate is sensitive should inherently capture a clear signal even when dealing with subtle soft tissue contrast. Other features of CRX-2000 include a programmable exposure setting, customized contrast/brightness, and monochrome reversal. The programmable exposure setting allows for precise x-ray exposure control, increasing the accuracy and quality of images produced. Customized contrast and brightness settings provide the ability to adjust image quality and make subtle cosmetic corrections to the image. Monochrome reversal allows the operator to produce a true black and white image. CR TECHNOLOGY CRX-2000 is also designed for high throughput and maximum workflow efficiency. The imaging plate is designed to be used more than once, reducing the need for full-length film processings. This reduces imaging costs as well as the amount of time spent processing images. In addition, CRX-2000 features a built-in self-diagnostics machine, which eliminates the need for schedule maintenance and inspections. In conclusion, CR TECHNOLOGY CRX-2000 is a highly advanced imaging tool based on CR TECHNOLOGY. The imaging plate stores high resolution x-ray information, while the programmable exposure, contrast/brightness and monochrome reversal settings increase the accuracy and quality of images produced. The highly efficient design and built-in self-diagnostics mean fewer maintenance checks and lower imaging costs. All of these features combine to create a powerful and flexible imaging asset for any medical imaging application.