MicroPort MedBot

Pioneering Milestone: Kuwait performs the Middle East’s first robotic telesurgery On December 21, the Sabah Al-Ahmad Urology Centre in Kuwait successfully conducted the Middle East’s first robotic radical prostatectomy via telesurgery. Dr. Saad Al-Dosari, the center’s director, performed the operation using the #Toumai® surgical robot from Shanghai, China, on a patient located 7,000 kilometers away in Kuwait City. The one-way transmission spanned nearly 10,000 kilometers with a latency of less than 90 milliseconds. The surgery was completed seamlessly, with no perceptible lag and synchronized transmission of signals, images, and data throughout. This groundbreaking achievement represents a landmark in the development of telesurgery in the Middle East, marking the region’s first successful ultra-long-distance robotic surgery. Kuwait has now joined the ranks of the world’s pioneers in utilizing MicroPort MedBot ’s Toumai® for such advanced procedures. The surgery showcased seamless collaboration between teams in both locations, leveraging the Toumai®’s low latency and exceptional stability. The robot’s arms executed precise anatomical dissection, cutting, hemostasis, suturing, and reconstruction with remarkable fluidity and accuracy. Dr. Saad Al-Dosari noted that despite the vast distance, the precision felt as though the surgical team was physically present with the patient. He further emphasized the transformative potential of robotic telesurgery in enhancing global knowledge exchange, enabling complex surgical collaborations, and training medical professionals in robotic techniques from any location. This successful surgery positions Kuwait as a leading nation in robotic telesurgery, paving the way for the Middle East to enter a new era of remote, precise, and personalized surgical care. #RoboticSurgery #Telesurgery #MedicalInnovation #ToumaiRobot #RemoteHealthcare #MicroPort #MicroPortMedBot #MedBot #KuwaitHealthcare #FutureOfSurgery #CrossBorderSurgery #AIInHealthcare #MedTechInnovation #MiddleEastHealthcare #SurgicalMilestone

We never stop at empowering doctors to benefit patients with innovative cutting-edge technology.

We never stop at empowering doctors to benefit patients with innovative cutting-edge technology.

Toumai® single-arm single-port laparoscopic surgical robot Since the first human clinical procedure in November 2022, the Toumai® Single-Arm Single-Port Surgical Robot has successfully completed clinical validation surgeries in urology, general surgery, and gynecology. These surgeries have thoroughly demonstrated its clinical performance and safety in real-world medical settings. The Toumai® Single-Arm Single-Port Laparoscopic Surgical Robot incorporates several innovative technologies: 👉 Pure Mechanical Fixed Pivot Arm: Enables true single-port surgery. 👉 6 Degrees of Freedom Snake-Like Instruments: Coupled with a 3D high-definition electronic endoscope offering 4 degrees of flexible motion, facilitating a decoupled degree-of-freedom layout for enhanced precision. 👉 Low-Latency High-Definition Imaging: Features smart smoke evacuation and vessel enhancement algorithms for optimal visual clarity during procedures. #MicroPortMedBot #Toumai #ToumaiRobot #RobticSurgery #HealthcareTechnology #GlobalHealthcare #SurgicalRobotics #MedIcalinnovation #Telesurgery #RemoteSurgery #SurgicalInnovation #Telemedicine #SurgicalRobotics #PrecisionMedicine #MobileMedicalSolutions #MedicalTechnology #InnovationInSurgery #GlobalHealthcare #FutureOfSurgery #MedTechRevolution

Toumai® Surgical Robot and Its Telesurgery Technology Are Revolutionizing the Surgical Robotics Market and Advancing Surgical Development in Latin America On December 8th, over 70 renowned surgical experts from the United States, Europe, Morocco, Brazil, Chile, Mexico, and other countries gathered in São Paulo to attend the launch of the #Toumai® Surgical Robot in Brazil. The event featured Professor Bruno Zilberstein, Chairman of the 11th International Gastric Cancer Conference (IGCC), President-elect of the Brazilian Society for Digestive Surgery, and Head of Gastrointestinal Surgery at the Clinical Hospital of the University of São Paulo. He and Dr. Danilo conducted a successful ultra-long-distance animal surgery experiment, demonstrating this groundbreaking technology firsthand. The surgery was performed between São Paulo, Brazil, and Orlando, USA, with a straight-line distance of over 6,800 kilometers and a total communication distance of more than 16,000 kilometers. Remarkably, there were no noticeable delays during the procedure. This follows the successful completion of the first ultra-long-distance animal surgery in Latin America earlier this year by Dr. Marcio Covas Moschovas MD, Ph.D, FACS from Professor Patel’s team. In that experiment, also connecting São Paulo to Orlando, Dr. Marcio performed a bilateral radical nephrectomy in 72 minutes, with a 13-minute warm ischemia period. The average network delay was just 120 ms, with zero frame loss, confirming the Toumai® Surgical Robot’s feasibility, safety, and effectiveness in performing telesurgeries in real-world medical environments. Following the experiment, Professor Zilberstein remarked that this achievement marks a significant milestone in the development of telesurgery technology in Latin America. Experts who also experienced Toumai® and its telesurgery capabilities emphasized that telesurgery is now a reality, enabling cross-regional, cross-national, and even cross-continental surgeries. The growing number of successful procedures highlights Toumai®’s leadership in this field and its potential to dramatically improve healthcare accessibility across Latin American countries. #ToumaiSurgicalRobot #Telesurgery #RoboticSurgery #MicroPort #MedBot #LatinAmericaHealthcare #GlobalHealthcare #RemoteSurgery #FutureOfSurgery #MedTechInnovation #CrossContinentSurgery #SurgicalRobotics #SmartSurgery #HealthcareAccessibility #SurgicalAdvancements #Telemedicine #GlobalSurgery #MedicalMilestone #RoboticsInHealthcare #LatinAmericaInnovation

SkyWalker™Orthopedic Surgical Robot Completes Its First Commercial Clinical Surgery in South America, Achieving Global Commercial Coverage Across Five Continents   Recently, the SkyWalker™ Surgical Robot from MicroPort MedBot successfully performed South America’s first commercial total knee arthroplasty (TKA) at Vera Cruz Hospital in Brazil. This milestone marks the completion of SkyWalker™’s global commercial footprint, now spanning Asia, North America, Europe, Oceania, and South America. During this procedure, the SkyWalker™ robot was paired with MicroPort Orthopedics’Evolution® Medial-Pivot Knee System for the first time in Brazil. The integration of these cutting-edge technologies aims to improve patient outcomes and overall satisfaction by offering clinically focused solutions centered on kinematics. Postoperative measurements showed that actual bone cuts and lower limb alignment perfectly matched preoperative planning. The SkyWalker™ robot stands out for its precision, efficiency, safety, and compatibility. By empowering surgeons with digital and intelligent tools for their “hands”🤲 (robotic arms), “eyes”👀  (navigation), and “brain”🧠 (intelligent planning), it addresses critical pain points in traditional surgeries, such as reliance on surgeon experience and lack of standardization and reproducibility. Clinical data shows that SkyWalker™ can reduce bone cutting errors to millimeter-level precision, achieve implant alignment accuracy within 0.5°, cut surgical time by nearly half, and decrease intraoperative blood loss by over 30%🩸.   To date, the Chinese-developed SkyWalker™ robot has been approved by regulatory authorities in eight countries and regions, including China, the United States, the European Union, Brazil, Australia, the United Kingdom, India, and Japan. It has already assisted in over 1,500 TKA surgeries across medical institutions in China, the United States, Germany, Italy, Belgium, Greece, and Australia. With its successful commercial clinical launch in Brazil, SkyWalker™ is poised to drive further rapid growth in surgical volumes.   #WorldFirst #SkyWalkerRobot #OrthopedicSurgery #Evolution #RoboticSurgery #TKA #SurgicalInnovation #PrecisionSurgery #DigitalHealth #MedTech #GlobalHealthcare #OrthopedicInnovation #SmartSurgery #MedicalTechnology #SurgicalRobotics #FutureOfSurgery #HealthcareInnovation #RoboticsInHealthcare #SurgicalAdvancements #BrazilHealthcare #GlobalCoverage #MedicalMilestone #KneeReplacement

[World’s First] Toumai® Mobile Surgical Platform Achieves 100% Success in Multi-Department Clinical Telesurgeries! The Toumai® Mobile Surgical Platform is the world’s first vehicle-mounted system integrating a “thoraco-abdominal laparoscopic surgical system” with a “telesurgery interaction platform.” It is designed for product demonstrations, physician training, remote teaching, and telesurgeries. With features like precision, stability, flexible deployment, ultra-low latency, high security, and ease of use, the platform is fully functional and equipped to provide robot training, consumables and maintenance support for endoscopic surgery. In 2024, the Toumai® Mobile Surgical Platform embarked on a journey from Shanghai, traveling over 20,000 kilometers across 7 provinces, 26 cities, and 30 hospitals over more than 200 days. It successfully completed 55 basic surgical training sessions, 6 animal telesurgery training sessions, and 8 clinical telesurgeries, including robot-assisted radical prostatectomy, thyroidectomy, and subtotal gastrectomy—all with a 100% success rate. Toumai® is pioneering telesurgery through its innovative mobile platform, breaking traditional limitations of time, space, and surgeon availability. This accomplishment demonstrates that even in complex, non-hospital environments, the Toumai® can perform precise, stable, and safe multi-department surgeries. Beyond advancing the adoption of surgical robotics, this innovation offers the fastest and most effective solutions for disaster relief, maritime, and space missions. #WorldsFirst #MobileSurgery #MobileHealthcare #Telesurgery #RemoteSurgery #MobileInnovation #SurgicalMobility #RoboticSurgery #MobileMedTech #SurgicalInnovation #Telemedicine #SurgicalRobotics #HealthcareOnTheGo #PrecisionMedicine #MobileMedicalSolutions #MedicalTechnology #InnovationInSurgery #ToumaiRobotics #GlobalHealthcare #FutureOfSurgery #AIinHealthcare #DisasterRelief #MedTechRevolution

Recap: Toumai® Robot Performs the First Telesurgery in the MENA Region At the #21stAAUCongress, MicroPort MedBot #Toumai® surgical robot successfully performed a live demonstration from Doha to Shanghai—marking the first-ever telesurgery in the Middle East and North Africa (MENA) region. This milestone sets a new precedent in the history of surgical advancement in the region. This pioneering session connected Doha and Shanghai across 7,000 km, with a total two-way transmission distance of nearly 20,000 km—all over a 4G network 📡 with an ultra-low latency of less than 90 milliseconds ⏱. The surgery showcased clear, smooth visuals and rapid, precise responses from the robotic arms. Toumai®’s telesurgery technology demonstrated multiple advantages, including ultra-low latency, high surgical precision, and robust safety measures. 🔍Toumai®’s Impact on Surgical Development included: ✅ Optimized Healthcare Resource Allocation: Patients in medically underserved areas can access top-tier surgeons, significantly reducing the cost of care👨⚕️. ✅ Enhanced Global Medical Collaboration: Surgeons can collaborate in real-time across countries and continents, pooling diverse expertise🌐 . ✅ Revolutionized Surgical Training: Surgeons gain exposure to a wide variety of cases and cutting-edge techniques through real-time mentoring🧑🎓. During the interactive session, over 100 international delegates 🌎 experienced the telesurgery firsthand, with each precise movement seamlessly executed. This demonstrates that Toumai®—having already assisted in more than 250 telesurgeries and set over 20 world records 🏆—has removed the technological barriers to large-scale commercial deployment of telesurgeries, even without relying on dedicated network lines. #Telesurgery #RoboticSurgery #MicroPortMedBot #Urology #AAU2024 #GlobalHealth #MedicalAdvancements #ToumaiRobot

MicroPort MedBot is excited to announce our participation in the 21st Annual Arab Association of Urology Congress, scheduled from November 22-24, 2024, at the Itqan Clinical Simulation and Innovation Center in Doha.   Join us at Booth No. 18 to explore the latest advancements in surgical robot, we are offering an exclusive opportunity to test drive our #Toumai® Endoscopic Surgical Robot. Seize this unique chance to experience firsthand the pioneering technology, we'll delve into cutting-edge robotic advancements, breakthroughs in the field of urology.   We are thrilled to extend our warmest greetings to urologists, healthcare professionals, researchers, and industry experts from around the world who have gathered for this prestigious event.    For more test-drive reservation, please contact our Head of Middle East and Africa region, Karim Mourad.   #AAU2024 #21stAAUCongress #RoboticSurgery  #MicroPortMedBot  #ToumaiRobot  #Telesurgery  #urology  #medicaladvancements  #medicalworkshops #urologicalresearch  #urologyinnovations #SurgicalRobotics  #HealthcareTechnology  #MedicalConference   #UrologyConference #SurgicalInnovation  #MedicalRobotics  #InnovationInHealthcare

Revolutionary Breakthrough: Toumai® Sets World Record for Longest-Distance Intercontinental Telesurgery On November 16th, renowned Moroccan surgeon Dr. Youness Ahallal used the #Toumai® surgical robot in Shanghai, China, to successfully perform a radical prostatectomy on a patient located 12,000 kilometers away in Oncorad Group Casablanca, Morocco. This achievement set a new world record for the longest-distance robotic telesurgery. The successful completion of this “gold standard” radical prostatectomy in Oncorad Group demonstrates that remote surgical technology is now capable of performing complex intercontinental procedures over distances exceeding 10,000 kilometers, marking a revolutionary milestone in the development of telesurgery. This surgery also represents the closest real-world exercise to a large-scale commercial deployment of intercontinental telesurgery. The communications network did not rely on dedicated lines but used standard internet connections, linking six cities—Shanghai, Beijing, Frankfurt, Paris, Madrid, and Casablanca—spanning three telecom providers, with a two-way communication distance of over 30,000 kilometers and a one-way latency of just over 100 milliseconds. With its globally leading innovations in remote fusion technology, MicroPort MedBot has overcome the challenges of large-scale application without relying on dedicated lines or single suppliers, effectively crossing the threshold into full commercialization of telesurgery. This achievement has enabled the world’s only large-scale, multi-region, long-distance clinical application for complex surgeries. To date, the Toumai® robot has assisted in over 250 telesurgeries with a 100% success rate, covering a cumulative transmission distance of over 400,000 kilometers and setting more than 20 world records. #Telesurgery #RoboticSurgery #MedicalInnovation #MicroPortMedBot #ToumaiRobot #HealthcareTechnology #GlobalHealthcare #SurgicalRobotics #RemoteSurgery #Morocco