Radbook 2016

The O-arm Surgical Imaging System is a surgical imaging platform designed for use in spine, cranial, orthopedic, ENT and trauma- related surgeries. It provides real-time, intra-operative imaging of a patient’s anatomy with high quality images and a large field-of- view in both two and three dimensions. Image quality, patient safety, sterility and ease of use in the OR are essentialdesigncriteriafortheO-armsystem.Ithasbeendesignedto optimally support the surgical workflow. Its unique patented break- able gantry provides vital lateral patient access, essential for optimal patient positioning and allowing flexibility in the choice of tables used. It also allows to fully prepare the patient before the system is brought into the OR and to create a sterile environment, once closed around the patient. The O-arm is fully mobile and can easily been brought from OR to OR for use in concurrent cases and imaging on demand at any time during a procedure. Through robotic positioning the O-arm System remembers your best views. Programmable memory stores the exact position of the gantry and detector as well as any X-ray technique, in up to four imaging positions. The user can recall the exact image posi- tion at the touch of a button any time during surgery, eliminating time-consuming repositioning and additional X-ray exposure for scouting and minimizing manipulations during surgery. The new O-arm® - Best for surgery The O-arm Surgical Imaging System, has successfully established as the #1 multi-dimensional intraoperative imaging devise in spine surgery. Surgeons all over the world consider the O-arm their system ofchoice,convincedbyimagequality,easeofhandlingandreliability. Recently the next generation of O-arm® was introduced to the mar- ket. Continuous development and innovation will allow the users to expand their clinical indications for use beyond spine application. Features of the new generation O-arm system include: • Multiple Field of View (MFOV) quadrupling the image volume compared to the first generation, useful in procedures with stereotactic frames and pelvic trauma • Field of View Preview, aiding in the ability to navigate the gantry to patient iso-center with reduced dose • New Low Dose Mode, decreasing dose by approximately 50% compared to standard mode, providing the clinician an additional alternative to choose from in order to achieve ALARA (As Low As Reasonably Achievable) • Stereotaxy Mode, which is a dose move used with MFOV to highlight the localizer rods for cranial stereotactic frame-based procedures The World leader in intraoperative 2D/3D Spine Imaging NextgenerationO-arm®–SurgicalImagingSystem RADBOOK 2016 58 ◼  INTERVENTIONAL SYSTEMS

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