The medical technology company ZEISS was the first presenting a surgical microscope and the first commercializing OCT for ophthalmic applications. By merging two gold standards into one system ZEISS again is the first introducing a surgical microscope with integrated intra-operative OCT, the OPMI LUMERA 700 and RESCAN 700. It provides ophthalmic surgeons highest quality intraoperative OCT visualization of the eye within their surgical view and without interruption of surgery.
Surgeons now can see even transparent structures of the eye during surgery, monitor progress during a procedure and verify clinical results in the OR. “With the new device from ZEISS we have for the first time a complete integration of the OCT into the microscope,” says Susanne Binder MD, Professor and Chair, Department of Ophthalmology, Rudolf Foundation Clinic, Teaching Hospital of the Medical University of Vienna, who supported the development of the new device. During the Frankfurt Retina Meeting which took place on March 15 and 16, 2014, in Mainz, Germany, Prof.RaminTadayoni from HôpitalLariboisière, Paris, France performed a live surgery with this newest addition to ZEISS’ surgical device range.
Today surgeons may have difficulties seeing certain anatomic details during surgery. With its new visualization tool Medical technology business group of ZEISS aims for overcoming these limits . “It is amazing – you suddenly see things that you have never seen before”, says Prof. Oliver Findl, MD, MBA from the Hanusch Hospital in Vienna, Austria. “For me, the new device from ZEISS is something I really wouldn’t want to miss anymore”.
ZEISS HD-OCT images add a real time third dimension to the visualization capabilities directly in the eyepiece.It provides surgeons with unprecedented views below the surface of the surgical field enabling them to see more, even transparent structures in the anterior and posterior segment of the eye.
ZEISS RESCAN 700 and CALLISTO eye help surgeons to concentrate more on the surgical procedure as the necessary structural information known from pre-operative OCTs is available all the time intraoperatively. Additionally, the continuous OCT scanning supports achieving better patient outcomes as the surgeon can monitor progress and verify results during the procedure.