Used CMI / OXFORD 950 #9220999 for sale

CMI / OXFORD 950 is a state-of-the-art digital x-ray equipment designed to produce high resolution images for diagnosis and treatment of medical conditions. The system is built on the latest technology and offers superior image quality with a range of enhanced features for faster acquisition of data, improved throughput and accuracy. The unit uses an x-ray tube to emit x-rays which are then passed through a patient and detected by a flat panel detector. The detector captures the x-rays and converts them into digital data which is then displayed on a monitor. The images produced are enhanced with powerful software to provide ultra high-resolution images for diagnosing ailments. CMI 950 features a unique "ring technology" which eliminates image distortions caused by motion artifacts. This feature helps ensure high image quality for even the fastest speed exams. The machine also has auto-focus and auto-correction capabilities which reduce processing times and eliminate user errors. OXFORD 950 also features patient-positioning technology, which can ensure accurate face-to-face imaging. The tool's user-friendly software package includes a wide range of tools for adjusting brightness, contrast, zoom, frame capture, and other settings. A sophisticated programmable voice recognition feature allows physicians to verbally command images to make diagnoses easier. In addition, the asset has dose-tracking and reporting capabilities, allowing physicians to keep close track of x-ray exposures of a patient over multiple visits. This helps physicians ensure that they are administering the appropriate dose for any particular study. The model also features remote review capabilities, allowing radiologists to review images from remote sites. Overall, 950 is an advanced, feature-rich, digital x-ray equipment which provides high resolution images for accurate diagnostics. It is designed with the newest technology to ensure accurate capture and enhanced image quality while also improving throughput and reducing radiation exposure.