Used OXFORD maXXi 5 #9267520 for sale

OXFORD maXXi 5 is a radiography imaging equipment designed to produce high quality x-ray imaging for medical diagnostics. It usesx-ray technology that has been specifically optimized for the highest possible imaging quality and throughput. MaXXi 5 is a system that allows for rapid acquisition, calculation and image review of x-ray imaging data. OXFORD maXXi 5 is equipped with a wide range of imaging components, including an x-ray tube, a heavy duty power supply, an image detector, and an array of outputs for controlling and displaying x-ray images. The unit utilizes advanced imaging algorithms to provide superior quality images with high contrast and sharpness. It also has the ability to store up to 1000 images. To enable efficient radiographic imaging, maXXi 5 is equipped with a variety of technical features. It is equipped with a heavy duty power supply that is capable of providing up to 400 kW of power for imaging. It also has an automated exposure control, which allows for a Fully Automated X-Ray Exposure (FAXE) for rapid acquisition of radiographic images. Other features of OXFORD maXXi 5 include an Automated Precision X-ray Tomography (APXT) mode, a Cone X-ray Mining (CXRM) mode, a Multi-angle X-ray Mining (MXRM) mode, and a Cone and Multi-angle X-ray Tunneling (C-MXT) mode. These modes enable more efficient use of the machine's capabilities. MaXXi 5 also incorporates advanced imaging filters, which allow for improved image quality. Finally, OXFORD maXXi 5 is capable of supporting a wide range of patient sizes, from pediatric to morbidly obese. It also offers a range of safety features. With its dedicated x-ray tube and advanced shielding technology, maXXi 5 meets the requirement for patient safety. In addition, it is designed to be easy to maintain and upgrade. In summary, OXFORD maXXi 5 is a highly advanced and powerful radiographic imaging tool. Its wide range of imaging components, advanced imaging algorithms and safety features make it an excellent choice for medical radiography imaging.