Intuitive operation for fast results
SIREMOBIL Compact L combines intelligent design with utmost user-friendliness. Its straightforward user menu is especially aligned to your clinical demands. Simple entry screens, cursor control, and self-explanatory icon buttons (shortcuts) speed your way through the menus. The selection of system configurations, network functions, and application parameters is equally intuitive, and the most important functions can be chosen with a single keystroke – workflow the way it should be.
Designed for easiest maneuverability
SIREMOBIL Compact L is easy to handle, maneuver, and transport — it is small, lightweight, and ergonomic through and through. Color-coded brakes and scales facilitate unmistakable communication in a busy OR environment. The new image intensifier and chassis handles on the C-arm steadily enable accurate system adjustments, allowing you to fully concentrate on your patients. The ergonomic design of the easy-to-maneuver system trolley further supports fast operation and data entry.
Exceptional image quality on state-of-the-art TFT displays
SIREMOBIL Compact L features a new, digital 1K2 imaging system with ideally matched components. Two high-resolution TFT monitors display excellent, flicker-free images and provide a more than 170° viewing angle, horizontally as well as vertically. While the left monitor shows the current live image in full size, the right monitor displays the reference image and thumbnails, representing a preview of single images and/or pre-selected dynamic runs. A smart combination that allows for fast image review and smooth workflow.
As little dose as possible
SIREMOBIL Compact L follows the Siemens CARE (Combined Applications to Reduce Exposure) initiative, which helps to reduce dose for both clinicians and patients. The collimator locations can be displayed on LIH (Last Image Hold) to avoid additional radiation during collimator adjustments. Moreover, pulsed fluoroscopy, which is standard on SIREMOBIL Compact L, can result in significant dose reductions, without compromising the image quality, depending on the selected pulse rate.