Used GE MEDICAL SYSTEMS AMX IV+ #9045927 for sale

GE MEDICAL SYSTEMS AMX IV+ is a high-performance digital radiographic imaging equipment used for a wide range of x-ray applications. It is powered by a high-resolution 12-bit imaging system, which allows for a wide range of images types to be produced. The unit also comes with a variety of advanced features, including: High frame rate - This enables a fast still image acquisition, allowing operators to capture images quickly and accurately. Real-time imaging - This is a convenient feature as it allows the acquisition of radiographic images in real-time. This allows for the images to be assessed and adjusted before the patient's exposure is finished. Ultra-low noise operation - Thanks to the advanced technology present in AMX IV+, images are incredibly clear and with minimal noise. This ensures accurate diagnosis of parts of the anatomy. Variable speed gantry rotation - This is a great benefit as the operators can adjust the speed of the gantry to their specific needs. This allows for better patient comfort and faster imaging operations. Automatic exposure control - This feature ensures that radiographic images are produced to a consistent quality, no matter the conditions of the scanning environment. High image resolution - Thanks to advanced technology, the machine produces images with a resolution of 12-bits. This allows for images to be as detailed and accurate as possible. Integrated flat-panel detector - The detachable detector is able to be stored easily and can be quickly and easily attached when needed. Optimized user interface - The user interface is designed to be intuitive to ensure a comfortable operating experience with the tool. GE MEDICAL SYSTEMS AMX IV+ is a highly efficient and versatile x-ray asset, designed to give accurate results every time. With its advanced features and high image resolution, this model is ideal for both clinical and research applications. The user interface makes sure operation is easy and convenient for the operator, leading to more efficient imaging sessions.