The uDR 596i is a powerful floor-mounted x-ray system that's easy to move and position, delivering a great user experience. The system is fully configured with two wireless 17" x 17" digital flat panel detectors and many automated features such as auto tracking, auto stitching and auto collimation technology. The uDR 596i boasts exquisite image quality for all types of exams.
The uDR 596i is optimized for exceptional image quality at a low dose. The uDR 596i has two 17" x17" cesium iodide (CsI) based detectors that offer high detective quantum efficiency (DQE) and spatial resolution, enabling high quality x-ray images using low patient exposures.
The uDR 596i is an easy-to-use fully automated system that was ergonomically designed to optimize the user experience, accommodate a varied patient population and support volume demands for digital radiography.
The uDR 596i comes fully configured with two 17" x 17" wireless HD digital detectors, auto tracking, auto stitching and a table with a 705 lb. table weight limit to meet all of your needs today and as you grow your business tomorrow.
The large, 17" x 17" 9.4 MP cesium iodide (CsI) based flat-panel detectors offer high detective quantum efficiency (DQE) and spatial resolution enabling high quality x-ray images at a lower dose. The large detectors accommodate a wide range of patient coverage and positioning requirements. It's built for durability to withstand the demands of any X-ray department.
The Automatic Smart Stitching Technology offers high quality panoramic imaging by automatically stitching multiple image projections into a single comprehensive image to help streamline the orthopedic imaging workflow and potentially improve diagnostic confidence.
The Automatic light field collimator provides rapid and precise irradiation field setup before each exposure, reducing unnecessary radiation dos e to the patient.
An elegant user interface at the tube head displays essential patient positioning and user information all at once to help ensure better patient verification.