Used OXFORD CMI-900 #9266756 for sale

OXFORD CMI-900 is a powerful X-ray imaging equipment designed to cover a range of specialized imaging applications. It is produced by OXFORD Instruments and has a broad range of features and capabilities that make it a valuable tool for medical research. OXFORD 900 features an advanced high-power X-ray source with a maximum output of up to 900W and control of up to four independent X-ray beams. It is capable of scanning a wide range of sample sizes, from small handheld objects to large-scale objects in excess of 1.5m in diameter. The X-ray beam can be finely adjusted to ensure optimal image resolution and clarity. The system also features an innovative digital detector unit with state-of-the-art resolution and sensitivity. It is capable of rapid imaging of up to 1fps frame rate. The detector is designed to be easy to install and operate by the user with minimal downtime. CMI 900 also features an integrated X-ray write and read software for data collection, data storage, data analysis, data presentation, and data visualization. The software includes a powerful image processing and analysis feature, which allows users to conveniently analyze and monitor their images for enhanced accuracy. Other features include advanced visualization and calibration systems for optimizing image quality. CMI-900 is designed with safety in mind, featuring a variety of safety features such as an automated shut-off mode, as well as a dedicated stand to ensure proper ventilation during its use. The machine is also approved for use in hospitals and laboratories, as well as other medical and research facilities, making it a proven and reliable imaging tool. In conclusion, OXFORD CMI 900 is a powerful and highly advanced X-ray imaging asset that provides great features and capabilities for a wide range of specialized imaging applications. Its integrated X-ray write and read software, as well as its advanced X-ray beams and detectors make it a reliable imaging model for medical research. It is easy to setup and use with minimal downtime and is approved for use in a variety of medical and research facilities as well.