Used DIANO 2000 Series #9098288 for sale

DIANO 2000 Series is a state-of-the-art X-ray equipment designed for medical imaging applications. It enables effective diagnosis of abnormalities in bones, soft tissues, and organs. The innovative technology of this system allows the optimal dose and reliable imaging for diagnostic accuracy and consistency. The unit consists of an easy-to-use console, imaging detector, and software suite. The console has a beautiful ergonomically designed workstation with touchscreen display, full-size keyboard, graphic tablet, and foot pedal. It provides user-friendly operation and exceptional accuracy. The detector is composed of advanced semiconductor material and consists of a larger 85 cm x 45 cm detector with increased pixel size, FPD detector (allowing panoramic images), and an array of sensors for detecting X-ray emissions. The software suite features an advanced viewing and post-processing capability, a comprehensive tomosynthesis, and a specialized EDGE technology for enhanced visualization of small structures. 2000 Series also features an advanced gantry architecture that provides unprecedented stability and repeatability. The gantry's mechanical and electrical components are designed to minimize potential vibration and accurately align with radiographic anatomy. The machine is also designed to be remote-controlled, meaning images can be acquired from any location while still providing exceptional image quality and maintaining patient safety. In addition, this tool includes patient side tables with three-dimensional auto-adjusting tracks and an integrated automatic radiation exposure asset (ARES). ARES works to reduce radiation exposure by analyzing patient size and weight and optimizing its exposure accordingly. This model also includes a patient-protecting positioning equipment. DIANO 2000 Series has been independently tested and is certified to meet the requirements of the Radiation Protection Act. It is a reliable and cost-effective system that provides accurate and reliable images for enhanced diagnostics.