Used DELTA GM.SSR.AX-PC / GM-1D #9292711 for sale

DELTA GM.SSR.AX-PC / GM-1D is an advanced digital radiography (x-ray) equipment. It is intended for use in Medical Imaging and Diagnostic Imaging that is utilized by radiologists, technicians and clinical imaging specialists in order to produce diagnostic images for use in the diagnosis, treatment, and monitoring of patients. DELTA GM.SSR.AX-PC / GM-1D is a state-of-the-art x-ray system. It utilizes a detector mounted vertically in a free standing wall-mounted cabinet, connected to a computer control unit, enabling the user to control and monitor the imaging procedure. The detector is composed of flat panel semiconductor sensors, which are configurable as a single flat detector or eight adjustable detectors depending on the specific imaging protocol being performed. The unit is designed to produce high resolution digital images with a pixel size of 0.1mm and a matrix size of 1024 x 1024. It also has the capability to capture real-time images with a rate of up to 25 frames per second, enabling the radiologist to create AVI image clips with up to 60 seconds of footage. The machine is also highly configurable, allowing the user to adjust the focal spot, tube current, and other parameters related to the x-ray imaging procedure. Similarly, the image resolution and contrast can be adjusted in order to create the clearest and most accurate images. In addition, the tool also offers several levels of kV range, enabling images to be taken at a variety of levels - from low kV range (40-80 kV) to high kV range (80-150 kV). Furthermore, DELTA GM.SSR.AX-PC / GM-1D is equipped with a touch-screen control unit that allows the user to conveniently control the imaging equipment and make detailed parameter changes. Additionally, the asset offers precise user guidance in a variety of languages and supports a wide range of images formats for further viewing and archiving. Finally, subjecting the patient to reduced doses of radiation, DELTA GM.SSR.AX-PC / GM-1D provides high quality and reliable images at minimal x-ray doses, offering the patient an enhanced imaging experience.