Used OXFORD CMI-900 #9038283 for sale

OXFORD CMI-900 is an advanced x-ray equipment designed for medical imaging. It offers a wide range of imaging capabilities and high quality diagnostic images. This system is designed to operate in a variety of clinical imaging applications, such as mammography, angiography, and general radiography. OXFORD 900 is a dual-source unit, featuring two x-ray sources and two detector panels that provide a maximum of 33.5m Focal Spot size. This translates to a large field of view and the ability to accurately capture images from a wide variety of angles and positions. CMI 900 also offers a 'Tri-Mode Zooming' feature which allows the user to manipulate the image size. 900 also offers several advanced features for image processing that help provide clear, high resolution images. These features include Auto-Focus Correction, Digital Detector Flattening, and Adaptive Smoothing. The Auto-Focus feature corrects for inaccuracies in image alignment, while the Digital Detector Flattening adjusts the contrast and brightness of the target image. Finally, the Adaptive Smoothing feature helps reduce artifacts in areas of low contrast. CMI-900 also includes a wide range of connectivity options. It supports both analog and digital input, including DICOM, Ethernet, USB, and RS232. Additionally, OXFORD CMI 900 is equipped with onboard storage, enabling users to store images on the machine's hard disk drive. For safety, OXFORD CMI-900 features several state-of-the-art radiation safety features. These include automatic radiation shielding, a HEXCT module to minimize the amount of scattered radiation, and the X-Ray Tube Imager (XTI) which helps ensure the highest image quality with the lowest possible radiation exposure to patients. Finally, OXFORD 900's entry-level design makes it a great choice for those with limited resources or who don't have a need for more expensive, full-featured systems. Its ease of use, flexible configurations, and advanced imaging features make it a great choice for any x-ray imaging application.