6/5/2023 0 Comments Micromate tube![]() ![]() The proven submillimeter accuracy and affordable price make it the most seasoned choice for any institution that is looking for new technology in order to improve the outcomes of interventional procedures. ![]() “We are sure our product is bound to democratize medical robotics in the US. “After a successful start with our partners in Europe and over ten years of experience in medical robotics, we decided it was about time we reached the other side of the pond,” Interventional Systems founder & CEO Michael Vogele said in the release. It also plans to establish commercial partnerships with third parties seeking robotic offerings for their customers. in the second half of 2021 through the launch of centers of excellence for robotic-guided interventional procedures. The company said it plans to launch its operations in the U.S. Micromate uses a universal instrument guidance platform that allows physicians to continue using their preferred surgical instruments while performing targeting under live imaging through any cone-beam computerized tomography (CT), fluoro CT or a fluoroscope. Kitzbühel, Austria-based Interventional Systems developed Micromate as a table-mounted medical robot for interventional procedures, touting it as the world’s smallest robot for those of the percutaneous kind, according to a news release. For the US market, 510(k) certification is pending and expected by Q3 2022.Interventional Systems announced today that it received FDA 510(k) clearance for its Micromate robot for percutaneous procedures. ![]() The most recent version of Micromate™ will become available in Europe in the second half of this year. The Micromate™ all-in-one planning and navigation station with its intuitive handling and seamless integration to the angio-suite or CT workflow is a unique platform to add to patient safety and further perfect my interventions.” “Precise image-driven targeting and highest accuracy while reducing radiation exposure are the ultimate goals in interventional radiology procedures. I’m looking forward to incorporating the Micromate™ robot in my practice and further developing new applications whose outcomes can be improved with robotics”.Ī current user of Micromate™ at the Ordensklinikum Linz Barmherzige Schwestern, Dr. “Planning and navigation tools are fundamental for successful percutaneous procedures and clinical efficacy depends on them. Reto Bale, from Medical University Innsbruck, will be one of the earliest adopters of the new station: We are looking forward to what is to come.”ĭr. Our all-in-one platform integrates seamlessly with the workflow and allows the use of conventional fluoroscopy, CT, and CT navigation, all while still being extremely affordable. “We have developed this planning and navigation system while bearing in mind all constraints related to practicality and cost. ![]() These new additions to Micromate™ are the first step in that direction”, says Michael Vogele, Interventional Systems’ founder and CEO. Its unmatched submillimeter accuracy and small size render interventions more seamless and precise. “For years, we have been discussing making the robotic platform the control panel of the entire medical workflow. Micromate is the world’s first head-to-toe medical robotic platform that is designed to fit several different types of percutaneous needle interventions. This ensures a substantial reduction of radiation exposure to physicians and patients, and the number of interoperative rescans, and does not negatively impact the available space in the room. All these features fit into a one square meter console, with the robot being maneuvered from afar, and relying on a miniature, table-mounted navigation camera. These planning capabilities can then be leveraged to navigate and guide the instrument to the perfect trajectory automatically with submillimeter accuracy. The new addition to Micromate™ makes it possible for physicians to rely on pre- and intraoperative scans to plan the intervention. Interventional Systems has today announced the addition to Micromate™’s product suite: a planning and navigation station that will make the needle-based intervention miniature robot available for use with CT scanners. ![]()
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