Used OSKO Elian #9219433 for sale

OSKO Elian is a next-generation x-ray equipment that offers a comprehensive package of imaging technologies for advanced imaging and data processing. This system is designed to provide radiologists with robust, high-resolution x-ray images of the body in order to diagnose and treat diseases. The x-ray unit is composed of a source generator and a detector array, which are used to acquire various x-ray images with different energy ranges. The source generator is a unique generator that is capable of producing low to high energies of x-rays. The x-ray field can be tailored to focus only on a particular region of the body with high resolution. The detector array is a two-dimensional array of sensors that detect x-ray photons and convert them into electronic signals that can be processed by software. It is composed of several miniature silicon-based pixels that are arranged in an array formation. The detector array is capable of capturing up to four images in a single exposure. The images can then be stitched together to create a larger image of the body. Elian also offers several enhanced processing features that are developed to improve the results of the imaging machine. These include algorithms that can detect and combine features in multiple images, algorithms that can detect subtle differences in anatomy, and algorithms that can reduce motion artifacts. These features are useful in determining the level of disease in a patient. OSKO Elian is also equipped with advanced visualization techniques such as surface shaders, volume rendering, and multi-view correction which allow radiologists to interact with the images in real-time. The tool is capable of creating high-resolution 3D images of anatomical structures for radiologists to study in detail. To summarise, Elian is an advanced x-ray asset that can provide high-resolution imaging for diagnosing and treating diseases. This model is composed of a unique source generator and a detector array that can acquire and process multiple images in a single exposure. It includes advanced processing features to improve the results, as well as various interactive visualization techniques for creating high-resolution 3D images.