Thanks to the seamless integration of the remote-controlled table with the digital acquisition system, Apollo DRF simplifies and speeds up the workflow, reducing the need for manual operations by the operator. In fact, the system recognizes the type of projection to be performed and automatically adjusts all examination parameters according to the pre-set values for each projection. By simply pressing a key, the table automatically reaches the pre-set position setting all geometric features according to the radiographic projection to be performed, such as focus-detector distance, collimation area, additional filtration, and correct anti-scatter grid between the two available in the system.
Should grid use not be required, such as when examining pediatric patients or extremities, the system automatically parks the grid outside of the x-ray field, thus resulting in a reduction of the dose delivered.
The system provides the operator with significant flexibility in controlling movements of the table through the various interfaces available. The remote-control console, which is based on an upgraded high performance hardware architecture, enables user-friendly control of the equipment via the large touch screen display that instantly shows information regarding table position and operating mode.
The smart-touch joysticks, which are activated by human touch, control all motorized movements in total safety, thus adding a further prevention feature against accidental activation. The operator is also able to communicate directly with the patient to provide instructions and reassurance during the exam via the built-in two-way intercom, which is supported by pre-recordable audio messages in several languages. The video camera built into the collimator makes it possible to perform the centering operation without x-ray emission and provides a new visual of the patient during positioning.
Should it be required to stay close to the patient when preparing the examination, remote controlled table movements can be driven from the control panel on the side of the patient tabletop or via an additional control panel on a trolley.
The operator can also perform centering operations directly from the new collimator with the touch screen interface, from which the position of the x-ray source on the anatomical part concerned can be adjusted. The collimator display also shows information regarding SID, the collimation area and additional filtration. Apollo DRF therefore provides the user with high-level ergonomics, resulting in rapid and efficient workflows.
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