Used FISHER XMDVM-T7.1-W #9217652 for sale

FISHER XMDVM-T7.1-W is an X-ray equipment designed to meet the stringent requirements of modern imaging and radiography applications. It is a stand-alone, stationary X-ray system that offers high-resolution imaging for a wide range of medical, industrial, educational and research applications. The XMDVM-T7.1-W is equipped with a 7.1 megapixel image detector that features a wide array of features such as dynamic range, pixel size, advanced signal processing and frame rate, as well as a unique polycapacitor technology that enables fast image acquisition and advanced image processing. It also has a range of adjustable power settings to ensure optimal image quality. The XMDVM-T7.1-W is fully compatible with 1kX1k and 512X512 detector arrays and can be used with a wide range of numerical apertures and source-to-object distances. Additionally, it is designed to operate the high speed bridge rectifiers and the latest in high intensity pulsed x-ray sources. The unit has an innovative design that ensures fast, accurate and reliable X-ray imaging. It integrates a sophisticated graphic user interface (GUI) that makes it easy to operate and adjust the image parameters, as well as a wide array of automation tools to improve machine reliability and repeatability. In addition, the XMDVM-T7.1-W is equipped with a variety of safety features such as radiation scanning and level display, image integrity checker, radiation dose monitoring, and automatic shutter control systems. These features ensure that the tool meets the safety standards of both the International Atomic Energy Agency (IAEA) and the American National Standards Institute (ANSI). The XMDVM-T7.1-W is also equipped with an intuitive and easy to use software package that makes it easy to manage and control the asset. It includes a comprehensive set of tools for capturing and displaying images, diagnostics, and creating detailed reports from the captured data. In short, FISHER XMDVM-T7.1-W is a powerful and reliable X-ray model that is designed to meet the requirements of modern radiography and imaging applications. It provides superior performance, with advanced signal processing and a wide array of safety features, as well as easy-to-use software for efficient workflows.