Used JORDAN VALLEY JVX 6200i #9284594 for sale

JORDAN VALLEY JVX 6200i is a state-of-the-art computed radiography (CR) equipment designed to provide enhanced image quality and user comfort. JVX 6200i is a high performance imaging system that combines crystal clear imaging with intuitive operations. JORDAN VALLEY JVX 6200i offers advanced unit components designed to maximize image quality and machine performance. Its state-of-the-art technology includes an advanced optical imaging tool with special designed phosphor plate that provides radiographs with excellent resolution. JVX 6200i also features integrated, highspeed computer processing, a modular, ergonomic design, and automated dose management. JORDAN VALLEY JVX 6200i features an advanced optics asset consisting of both a low energy and a high energy imaging chain. The low energy optics chain uses a spherically-symmetric X-ray source mounted on an adjustable arm to allow easy positioning to the user-defined patient position. The high energy imaging chain has a 10-inch field of view and produces high resolution radiographs of standard body parts. The model's automated dose management equipment ensures precise radiation dose control, enabling clinicians to optimize their X-ray systems for effective imaging and patient safety. The system combines real time dose monitoring with automated exposure compensation to ensure that the imaging procedure stays within the accepted range of radiation doses. JVX 6200i is equipped with the latest features in imaging software, including a multi-layered review, viewing, and cross-modality support to enable clinicians to review patient images quickly and with great clarity. The unit's image archiving and reporting machine allows clinicians to quickly save, share, print, and analyze imaging data. JORDAN VALLEY JVX 6200i is the perfect solution for imaging departments looking to provide superior image quality and user comfort. Its advanced features and intuitive functionality make JVX 6200i an ideal solution for a wide range of medical imaging applications.