The Vicarious Surgical robot is designed to enable sub-millimeter movements within the abdominal cavity, paired with real-time responsiveness. #RoboticPrecision #MinimallyInvasiveSurgery #SurgicalRobotics

Our instrument arms enable superhuman joint flexibility that gives the surgeon the ability to work straight forward, left, right, straight up, straight down, and even flip all the way around to work facing back at the incision site. #medtech #surgicalrobotics #surgery

With FDA 510(k) approval secured in May 2025 for its NaoTrac neurosurgical robot, Brain Navi launches countdown to IPO. Learn more: #robotics #roboticsurgery #surgicalrobotics #surgicalroboticstechnology

#CUHK Professor Liu Yunhui and his team integrate #artificialintelligence with #surgicalrobotics, with the goal to enable #robots to autonomously perform 70% –80% of surgical procedures through automation. Looking ahead, they envision a transition from “doctor-driven” surgeries

.@Medtronic secures CE Mark to expand indications of the MiniMed™ 780G system for use by individuals aged 2 years and older, during pregnancy, as well as type 2 insulin-requiring diabetes. Learn more: #robotics #roboticsurgery #surgicalrobotics

The Vicarious Surgical Patient Cart delivers full access and control through a single 1.8 cm port—all in a system designed to fit seamlessly into the modern OR. #RoboticSurgery #SurgicalRobotics #OREfficiency #MinimallyInvasive #MedTech

Dominik Beck, Chief Business Development & Product Officer at DORC, will join other industry experts at the Retina Forum 2025 in Paris. Attend to hear his insights about #surgicalrobotics and its impact on #retina disease management and treatment:

Our cutting-edge design prioritizes unparalleled access, granting surgeons superhuman joint flexibility and 360-degree anatomical reach. No manual repositioning needed—just seamless precision for transformative procedures. #SurgicalRobotics #Innovation #MedicalTechnology

By leveraging proprietary decoupled actuators, our camera has unprecedented range of motion with pitch, roll and yaw enabling surgeons to see 360 degrees within the abdomen. #SurgicalRobotics #InnovationInHealthcare

A high-performance Real-Time Operating System (RTOS) is the backbone of #surgicalrobotics—powering precision, safety & reliability. 💡Get expert advise from QNX’s Louay Abdelkader and Winston Leung, and learn why QNX OS 8.0 is the future of robotics here:

Our camera design includes a self-wiping feature, or 'blinking,' which swiftly cleans the lens of debris. This eliminates the need for manual cleaning, saving surgeons and operating teams valuable time and frustration. #SurgicalRobotics #InnovationInHealthcare

Surgical Robot Revolution: FDA Gives Green Light!.#SurgicalRobotics #FDAclearance #Robotics #MedicalTechnology #Innovation #Surgery #Healthcare #Tech #Medicine #RoboticSurgery

What a great couple of days in the #BayArea! Lots of customer meetings - my favorite kind of meetings! . #CleanEnergy company, #EV company and #SurgicalRobotics company! And while I was here one of our #satellite customers got a ride into space yesterday launching their new

🎙️ New Code the Future episode!.QNX’s Matt Chandler talks with #surgicalrobotics legend Stéphane Lavallée (200+ patents!) about trust, training & what the future holds as AI and new digital tools reshape the operating room. 💡Watch the full episode here:

Our cutting-edge design prioritizes unparalleled access, granting surgeons superhuman joint flexibility and 360-degree anatomical reach. No manual repositioning needed—just seamless precision for transformative procedures. #SurgicalRobotics #Innovation #MedicalTechnology

During National Robotics Week, we're grateful for our team's commitment to advancing minimally invasive surgical robotics. We strive to improve patient outcomes and transform robotic surgery through the hands of the surgeon. #NationalRoboticsWeek #SurgicalRobotics

SRT-H (Surgical Robot Transformer-Hierarchy), a surgical robot that autonomously completed 8 gallbladder removals on models with 100% accuracy. The surgery was done on a life-like model, not a real person. #Robotics #SurgicalRobotics #JohnsHopkins #AutonomousSurgery #AI

Vicarious Surgical’s robotic platform offers expanded abdominal access while preserving trocar site integrity—achieved through a precise 18mm incision, a bladeless obturator, and low external robotic motion. This innovative design helps maintain incision size. #SurgicalRobotics

Dr. Belyansky recounts his experience using the Vicarious Surgical Robotic System for a cadaveric IPOM procedure. #surgicalrobotics #surgery #medtech