Used X-TEK Orbita-160Xi #293586078 for sale

X-TEK Orbita-160Xi is an advanced X-ray imaging equipment that combines both digital and analog components to create stunning 3D imaging imagery. The system utilizes High Power X-Ray Generators, High Efficiency Shutterless X-Ray Tubes, and a CCD Array of Detectors to create high resolution images with unmatched detail. The unit features a unique Multi-axis rotating X-Ray Tube head and Cross-section Imagery for a full 360 degrees of viewing area. The machine also utilizes cutting-edge X-Ray lithography to print high quality 2D X-Ray images with equally sharp detail. The tool consists of a lot of powerful components and its own software infrastructure, ranging from software-controlled X-ray emission to imaging software for analysis. The Control Asset makes all performance configurations easy to manage and provides accurate and repeatable results. A Powerful Dedicated Computer Workstation monitors, acquires, processes, and stores X-Ray images from the CCD Array Detectors. The computer is then able to render higher resolution images than ever before, allowing for more detailed investigation. The model is extremely versatile, allowing it to be used in a variety of medical and industrial applications. The equipment is capable of performing advanced imaging techniques in various fields, providing researchers and professionals with more accurate data at a much faster rate. It's advanced 3D X-Ray imaging capabilities are also a great tool for researchers, allowing them to visualize structural features that even dedicated tools might not be able to detect. X-TEK ORBITA 160XI is an excellent system that offers professionals and research institutions a reliable X-Ray imaging platform. Its powerful components, accurate and repeatable performance, as well as its advanced capabilities and accuracy give it a leg up against the competition. Whether you're in the medical research field or working in industrial applications, Orbita-160Xi is an unbeatable choice for providing detail-rich imaging.