Vicarious Surgical
Vicarious Surgical received FDA Breakthrough Device Designation for its innovative surgical robot designed for abdominal access through a single 1.5 cm incision, featuring advanced maneuverability and immersive 3D visualization.
FDA Breakthrough Device Designation
Vicarious Surgical has received the FDA Breakthrough Device Designation for its innovative surgical robot. This designation is awarded to medical devices that provide more effective treatment or diagnosis of life-threatening or irreversibly debilitating diseases or conditions. It allows for expedited development and review of the device. Vicarious Surgical's achievement highlights its potential to significantly improve surgical outcomes.
Surgical Robot
The Vicarious Surgical robot is designed to improve abdominal surgeries with advanced technology. It only requires a 1.5 cm incision, allowing for minimal invasiveness. The robot's arms can move freely in all directions, offering surgeons enhanced maneuverability and access inside the patient. The system features 28 sensors per arm to replicate a surgeon's natural upper body movements, ensuring precision and control during operations. It also provides immersive 3D visualization for advanced stereoscopic imaging, enhancing the surgeon's ability to see patient anatomy clearly.
Surgical Disposables
Vicarious Surgical is developing surgical disposables that require a smaller incision size of 1.5 cm. These disposables are essential components of the surgical robot system. They aim to reduce the invasiveness of procedures, potentially leading to quicker recovery times and less post-operative pain for patients. The launch of these disposables is expected soon, aligning with the company's mission to advance surgical technologies.
Robot Motion and Safety
Vicarious Surgical's system ensures all robotic motions occur inside the patient, minimizing external collision risks around the surgical field. This design aspect enhances safety by reducing the chances of unintended movements or collisions during surgery. The system's patient cart and surgeon console enable precise control of the robotic instruments and camera, further contributing to the overall safety and efficiency of surgeries.