Used DAGE XL 6500 #293602588 for sale

DAGE XL 6500 X-Ray Equipment is a multi-purpose system designed for various imaging applications. It is capable of producing high-resolution imaging, accurate measurements and precise positioning. The unit is based on a 28 million-volt source, with a current range of up to 32mA and a maximum beam energy of 160 kV. This enables users to adjust the energy and dose levels, helping them to produce detailed images. The beam sizes can be adjusted from 0.2mm to 3mm in diameter to achieve high-quality images. The machine's automatic exposure control (AEC) allows for precise exposure control in a wide range of imaging applications. DAGE XL-6500 features DAGE D-Touch Programmable Imaging Control (PIC) tool. This intelligent asset allows users to quickly and easily program the model to their desired imaging parameters. It can handle a variety of imaging tasks, from basic radiography to digital subtraction angiography. The D-Touch PIC equipment can store up to 99 imaging programs to be quickly recalled for repeatable imaging tasks. The system comes with a 19-inch flat-panel detector with a high-resolution sensor. The detector is designed to be used in a wide range of imaging applications including radiography and tomography. The detector is capable of capturing both 2D and 3D images and is able to quickly load images into the unit. XL 6500 is designed with safety in mind. It is equipped with an interlocking radiation safety guard door that detects the radiation emanating from the machine and stops the operation of the source when it exceeds a predefined level. The tool also comes with an intuitive user interface. It features an intuitive user interface that allows users to navigate the asset easily and make adjustments to their imaging parameters quickly and accurately. Overall, XL-6500 is a multi-purpose X-Ray Model that provides users with the ability to produce high-resolution images, precise measurements, and precise positioning. It features an automatic exposure control equipment and programmable user interface to make setting up images and imaging tasks easier and more efficient. The system is also designed with safety in mind, keeping users safe from radiation exposure.