Description Application:Minimally invasive surgery The Enos surgical system is designed to deliver clinical capabilities beyond current robotic offerings. Titan engineers are designing the Enos system in direct response to feedback from laparoscopic and robotic assisted surgery device users. We are addressing an array of suggestions and requests ranging from device performance, ergonomics, operating room efficiency, ease of use, and reduced operating costs.

Description Type: Microscope holding Application:Minimally invasive surgery, neurosurgery Superior depth of field Wider field of view Superior illumination Backlight illuminated 3D fluorescence modes Improved teamwork and teaching More information at a glance Enhanced working comfort Facilitated workflows Forward-looking digital platform Reduced running cost due to LED illumination

Description Type:Guiding Application :Neurosurgery ROSA One Brain is a robotic platform to assist surgeons in planning and performing complex yet minimally invasive neurosurgical procedures Fast1 , Accurate2 , Minimally Invasive Robot Assisted Neurosurgery ROSA ONE Brain can increase the speed for multiple trajectory neurosurgical cases. One study found SEEG procedures performed with robotic assistance were an average of 3 hours and 42 minutes faster than traditional frame-based

Description Application :Minimally invasive surgery RobOtol® is the outcome of research work begun ten years ago by the team of Professor Olivier Sterkers - ENT specialists, scientists at the Inserm/UPMC UMR-S 1159 unit (including two CIFRE doctoral theses), and engineers - in partnership with Collin,a French SME specializing in the ENT field. Mechanical architecture based on the concept of a pivot point. 7 degrees of freedom (3 rotations, 3 translations, one distal movement). A volume of work s