Used SEIKO 7000 #9024118 for sale

SEIKO 7000 is a type of x-ray equipment that utilizes a unique combination of hardware and software to produce high-resolution images of internal organs, skeletal systems and bone structures. It is an advanced imaging system that offers more advanced capabilities than most conventional x-ray equipment. 7000 contains a combination of hardware components including an x-ray detector, an image processor, an imaging control unit, a positioning unit, and a power supply. The x-ray detector consists of a high-density, low-power FPD (flat panel detector) specifically designed for x-ray use. The imaging processor includes a powerful digital signal processor (DSP) capable of high-resolution post-processing. The power supply provides power to the unit via both AC and DC sources. The positioning unit consists of a vertical and a horizontal motorized gantry, which can move the gantry in all six degrees of freedom. SEIKO 7000 utilizes a powerful imaging software called SEIKO UNIVERSAL which provides optimized images even in the most challenging of conditions. It also allows for the use of a variety of specialized imaging techniques and settings, such as ultra-fine resolution, dynamic range adjustment, low dose studies, and cine imaging. In addition to these capabilities, 7000 has several key advantages over traditional x-ray systems. The machine contains an integrated power supply which eliminates the need for cables or wall outlets. It also includes a dedicated detector which reduces set-up time and allows for shorter exposure times than is usually possible with other x-ray systems. Finally, SEIKO 7000 is designed to operate in both digital and analog imaging modes, allowing the user to take advantage of both methods for an optimal image. Overall, 7000 is an advanced imaging tool that provides an unprecedented level of accuracy and image quality. With its unique combination of quality hardware, powerful software, and specialized imaging techniques, it is a powerful tool for many medical imaging applications, ranging from small anatomy studies to large-scale radiographic studies.