Microbot Medical’s Post

How can Brainlab Spine Navigation software streamline individual spine workflows?   Now, more than ever, our Spine Navigation software acts as a central data hub as it seamlessly switches between applications, which is particularly important for robotic workflows using the modular robotic system Cirq® and/or the mobile imaging robot Loop-X.   Click here to see how this software also enables more accuracy and less radiation during procedures: https://lnkd.in/g23Tw-Mt   #spinesurgery #robotics #spinenavigation

How can Brainlab Spine Navigation software streamline individual spine workflows?   Now, more than ever, our Spine Navigation software acts as a central data hub as it seamlessly switches between applications, which is particularly important for robotic workflows using the modular robotic system Cirq® and/or the mobile imaging robot Loop-X.   Click here to see how this software also enables more accuracy and less radiation during procedures: https://lnkd.in/guJknzbg   #spinesurgery #robotics #spinenavigation

Feeling energized🔋 after the incredible insights from the #OpenEP Robotic Lab: Concept to Clinical Use webinar! Thank you to all speakers and attendees for leading the mission to advance the boundaries of #RoboticEP 🚀 Peter Karl Jacobsen Gediminas Rackauskas Dirk Bastian #EPeeps #EPFellows #Robotics #RoboticSurgery

At Marianjoy, the Ekso™ is used as part of a therapy plan to retrain walking through repetitive patterning. With a therapist's assistance, patients learn how to balance and weight-shift while wearing the exoskeleton, so an efficient, reciprocal gait pattern can be practiced and relearned. For patients who are unable to walk, successful training in the exoskeleton may result in greater functional independence at home. #rehabilitation #rehabilitationjourney #rehabilitationcenter #rehabilitering #roboticsengineering #roboticsrevolution #roboticseducation #robotics #roboticsurgery #exoskeleton

Micro surgical robots with extreme dexterity! 👉 👈 Anything that can be done to give surgeons more dexterity - especially when working inside the body - is a good thing. That's were Vicarious Surgical Inc. comes in. They have developed a tele-operated micro-robot solution that can be inserted into the body with an incision less than 2cm in length. This includes two arms and a camera! The camera can see a full 360 degrees and each arm has nine degrees of freedom, giving the surgeon unprecedented dexterity when working within a body cavity. Look at those tiny little arms go!!! Video sources: Vicarious Surgical #robotics #innovation #technology #teleoperation

In 1985, the first documented surgical robot was used to insert a needle into a patient’s brain for a biopsy. Medical-assistance robots have continuously evolved ever since. Find out more about the use of robotics in healthcare in the insight: "Robots Become Reliable Assistants for Healthcare Professionals and Patients". Read it at https://lnkd.in/eRqxUetx #Supertrends #insights #RoboticsInHealthcare #FuturefOfHealthcare