Used OXFORD CMI-900 #293602220 for sale

OXFORD CMI-900 is a compact, reliable x-ray imaging equipment designed for medical professionals. This system offers advanced imaging capabilities, allowing users to capture detailed, high-resolution images with a large field of view. Medical professionals can use this unit to capture and diagnose different kinds of medical conditions. OXFORD 900 utilizes two or three photon protocol scanning capabilities for greater patient safety and clinical accuracy. It is equipped with an adjustable beam hardening filter and a built-in DICOM-conform plate image transfer. CMI 900 x-ray machine also has both an automatic and manual exposure control capable of producing fine exposures for detailed images. The tool includes four different configurations, each tailored to specific patient needs. The Single-Kink configuration offers a high electrical performance with two radiation sources. The Smart Tube configuration is designed to operate with the high-resolution flat-panel detector and various collimator sizes to capture imaging analysis. The Dual-Kink configuration utilizes high-resolution flat-panel detectors and multi-slice CT-like image acquisition with a high signal-to-noise ratio. Finally, the Stereo configuration offers a unique three-dimensional imaging technology for the most comprehensive and detailed images. 900's design includes an easy to use touchscreen interface and image storage capabilities. The asset also minimizes user input, allowing for faster operation and greater patient safety. In addition, CMI-900 provides flexible integration into other medical imaging devices and PACS systems, allowing for a more efficient and detailed image analysis. OXFORD CMI 900 is an advanced, high-tech x-ray model that offers medical professionals an efficient and reliable way of capturing, storing, and analyzing fine x-ray images. Its various configurations, easy to use interface, and flexible integration make this equipment an invaluable asset for medical professionals who require accurate and reliable x-ray imaging.