Used COMED EVA #9101335 for sale

COMED EVA is an advanced X-ray equipment designed for medical imaging and industrial applications. It utilizes an electromagnetic X-ray generator to produce X-rays that are used to create images of the internal structures of a patient's body. The X-ray system is composed of several components, including an X-ray tube, a control unit, and a detector array. X-ray tube technologies are the foundation of EVA unit. It utilizes a two-stage electron tube which generates X-rays with the help of an anode and a tungsten window. The anode is the source from which the electrons are extracted, while the tungsten window is used to convert electrons into X-rays. The control unit is the brain of the machine, which controls the current of the X-ray tube and regulates the exposure parameters. The detector array also plays an important role in the tool, as it is used to convert X-rays into digital information that is then analyzed and used to generate an image of the patient's internal structures. The array consists of two types of detectors, the scintillators and a photodetector. The scintillator is used to convert the X-ray energy into activation energy, while the photodetector is used to detect the activated light and convert it into a digital signal. Apart from making images, COMED EVA can also be used for radiotherapy, as well as for industrial applications such as testing the integrity of materials. The asset is well-suited for both circular and linear electronic imaging. It is also highly accurate and can detect even the smallest of abnormalities in the structure of an object. Additionally, the model is equipped with safety features to limit the amount of X-ray exposure to the patient while performing the scans. In conclusion, EVA is a reliable and powerful X-ray imaging equipment, capable of producing detailed images of the human body or various industrial materials. It is a valuable tool for both medical and non-medical applications, allowing for greater accuracy and precision in diagnosis and analysis.