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Discover how a groundbreaking robotic system is revolutionizing spine surgery, increasing the likelihood of critical spine stabilization, and minimizing risks of nerve damage for enhanced patient outcomes. Seamlessly integrating into surgical procedures, CUREXO Inc.'s CUVIS-spine system, powered by NDI's navigation technology, ensures pedicle screw placement with exceptional precision. CUVIS-spine offers real-time navigation feedback for informed decision-making throughout procedures. The CUVIS-spine system stands out for its remarkable speed, simplicity, and precision. Its streamlined workflow, coupled with integrated navigation technology, enhances procedural efficiency. This translates into reduced radiation exposure for both patients and physicians, underscoring the system's commitment to safety and effectiveness. Explore the four simple steps of the procedural workflow: ☑ Set Up ☑ Scan ☑ Planning ☑ Navigation (Powered by NDI's Polaris Vega®) Click the video to witness firsthand how CUREXO’s CUVIS-spine surgical robotic system is reshaping the future of spinal surgery. https://lnkd.in/gdzZi8Dc #MedTech #MedicalDevices #Surgery

Learn how CUREXO's CUVIS-spine surgical robotic system is transforming the field of spinal surgery with its simple, efficient, and precise surgical capabilities. This CUVIS-spine system serves as an intraoperative imaging device, seamlessly guiding surgical instruments and pedicle screws with precision during open or percutaneous surgery. The position and orientation of the pedicle screws are navigated and displayed in real-time. Learn more about the CUVIS-spine system's procedural workflow in four simple steps: 1️⃣ Set Up 2️⃣ Scan 3️⃣ Planning 4️⃣ Navigation Click the link below and witness the capabilities of CUREXO Inc.’s CUVIS-spine surgical robotic system in motion. https://lnkd.in/gdzZi8Dc #medtech #spinesurgery #roboticsurgery

Another interesting poll as da Vinci 5 from Intuitive allows for full table motion as a standard (you still need a Trumpf table). Ottava from Ethicon, Inc. is promising a main frame with inherent table motion - as the arms are part of the robot - which is the table. Vicarious Surgical Inc. and Virtual Incision again both give an inherent table motion by being delivered from the table mounts. But how important do you think it is.... results below #roboticsurgery #surgicalrobotics #surgicaltables #surgeons

[#ExpertiseSpotlight] With National Robotics Week coming up soon, robotic technology is on the minds of many. In particular, our #lifescience team who are familiar with their benefits of accuracy and cleanliness in healthcare applications. You can read a #casestudy about our seals in robot arm joints here. https://hubs.li/Q02rB0Kx0 To continue this important discussion, we have partnered with DeviceTalks, a platform for the #medtech community to make connections, gather insights and share stories. One interesting story is six surgeons who successfully directed a robotic "surgery" on the International Space Station - a place our #space team also has a close seals connection. The medical team demonstrated the potential for remote-controlled robotic surgery. View it here and enjoy the webinar. https://hubs.li/Q02rz_nr0 #RoboWeek #NationalRoboticsWeek #RoboticSurgery #Miniaturization #MedTech #LifeScienceSealsMaterials #Webinar

It is inspiring to see how far surgical robotic systems have come! 👏 This article sheds light on Intuitive's innovative approach to addressing tissue damage concerns through the remote center of motion principle. Intuitive's engineers are working to minimize tissue stress, enhancing the precision and safety of procedures. This design prioritizes patient comfort and surgical efficacy. It's fascinating to see how this technology has evolved, and all this hard work will certainly benefit patient outcomes in the near future. Thanks for sharing, Rob McClure! #Intuitive #SurgicalRobotics #MinimallyInvasiveSurgery #MedicalInnovation #MedTech

Our remarkable human hands, while incredibly efficient, have their limitations. They can't perform a full 360º rotation or achieve a perfect 90º angulation on a cone around the wrist. For years, surgeons have grappled with these restrictions during life-saving procedures, yearning for capabilities just out of reach. What if I told you that these extraordinary abilities are now within your grasp? What was once a distant dream is now a reality. Thanks to the da Vinci robotic system and our EndoWrist Instruments, surgeons can now achieve a 540º rotation and a perfect 90º angulation on a full cone. Procedures that were once daunting or challenging using open or laparoscopic techniques are now considered standard practice. daVinci empowers our surgeons to transcend the limits of human hands. It leads to enhanced patient care and improved accessibility for even the most complex procedures. A daVinci surgeon doesn't settle for being the best; they redefine excellence by pushing the boundaries. #BecomedaVinci #TheFutureisNow #daVinci #Intuitive Eugénio Vicente | Carlos Henriques | Sandra Luiso Excelência Robótica | ABEX Excelencia Robótica | ab medica spa | Intuitive

Zimmer Biomet is set to enhance its orthopedic surgery capabilities with a major acquisition. The company has announced plans to acquire Orthogrid Systems, a leader in AI-powered surgical guidance for total hip replacements. Orthogrid, based in Salt Lake City, brings cutting-edge fluoroscopy imaging technology to the table, allowing for real-time implant navigation during surgeries. This innovative approach promises a more efficient workflow and reduced radiation exposure for patients. Why does this matter? Enhanced Precision: Orthogrid’s technology will integrate seamlessly with Zimmer Biomet’s existing tools, including their ROSA surgical robot. Market Growth: CEO Ivan Tornos highlighted that this acquisition is part of Zimmer Biomet’s strategy to regain and grow market share in the hip surgery sector. Innovation in Action: Alongside this acquisition, Zimmer Biomet is making strides with its ROSA shoulder robot, recently cleared for use and expected to drive significant growth in the coming months. This move not only strengthens Zimmer Biomet’s portfolio but also underscores their commitment to advancing surgical precision and improving patient outcomes. The deal is anticipated to close by the end of Q4 2024. Stay tuned for more updates on how Zimmer Biomet continues to shape the future of orthopedic surgery! #MedDevice #Orthopedics #Innovation #ZimmerBiomet #SurgicalNavigation #Healthcare

The contribution of robotics to the most delicate and crucial surgical procedures is significant and growing every day. Otologic surgeons play an important role in developing the best technical solutions, which they then use to benefit their patients. #RobOtol #otology #SurgicalRobotics #SurgicalNavigation

Looking forward to having Professor Akitatsu Hayashi from Japan share his thoughts on robotic microsurgery at #RAMSES2024, and Matt Lemay from Medical Microinstruments, Inc. speak on the future of robotic platforms for soft tissue reconstruction. #RAMSESSINGAPORE

Vialize, the optimal wound covering or barrier membrane for hospital use, is easy to apply in both open and minimally invasive procedures. Our latest case example showcases the integration of Vialize in a Robotic Laparoscopic Myomectomy procedure. This surgical procedure involves the placement of Vialize after primary closure. Learn more - https://bit.ly/3Qk0Cjg #stimlabs #barriermembrane #minimallyinvasivesurgery #roboticsurgery