Used OXFORD CMI-900 #293586422 for sale

OXFORD CMI-900 is a high-performance, high-quality x-ray equipment designed for a range of medical imaging application. It is based on CMOS active pixel sensors that provide superior imaging diffusion and contrast. The system includes advanced image acquisition, motion compensation, and an integrated high-level software package allowing for comprehensive image and volume analysis. OXFORD 900 is equipped with a 15 W rotating anode X-ray tube that provides a scanning field of view of up to 64 cm square with a resolution of 0.1 mrad. It is capable of producing images of up to 12 spectrum blocks in real time with up to 40kV and 100mA at up to 20fps. The powerful x-ray generator offers a wide range of continuous scanning modes at various speeds including low contrast, high contrast, and even dynamic contrast modes for improved contrast resolution. It also features a low-dose IRF (infra-red filter) function to enhance contrast. The integrated full-field CMOS active pixel sensors offer a maximum resolution of 4096 x 4096 pixels, providing unparalleled imaging diffusion and contrast. Additionally, a special CMOS low-noise sensor allows for superior clinical contrast-detail resolution, even in cases of low contrast. For image processing, CMI 900 features an integrated digital image processing unit that offers the industry-standard DICOM protocol for communication and exchange of medical images. It also supports multiple integration formats, including JPG2000 and JPGL (JPEG lossless) as well as JPEG2000 Lossy as well as MPR (multiplanar reconstruction). The machine is equipped with an onboard monitor that enables users to review and manipulate images with ease. In addition, the tool allows for the acquisition of scan data even when the asset is offline, which helps save valuable time during an imaging session. OXFORD CMI 900 is ideal for all medical imaging applications, ranging from general radiography to mammography and angiography. It provides superior imaging performance, combined with exhaustive and convenient features that ensure optimum patient safety and effective results.