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Toumai

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Toumai® Surgical Robot, developed by MicroPort® MedBot™, is an advanced and cutting-edge robotic-assisted surgical system designed to enhance the precision, flexibility, and control of surgical procedures.

Toumai Surgical Robot system has received EU CE certification.

Toumai® system is the first in the world to support integration with multiple communication infrastructures, including 5G, broadband, dedicated fiber lines, and satellite communications. This enables highly flexible and cost-effective “one-to-many” and “many-to-many” remote surgical connectivity. As a result, it significantly reduces operational costs and simplifies deployment of telesurgery.

MicroPort® MedBot™ has also established the world’s first and only intercontinental telesurgery network, which currently spans six continents and over 100 countries and regions. To date, nearly 400 tele-surgical procedures have been successfully performed. Network performance tests show that the bidirectional latency is less than 50 milliseconds for inter-provincial procedures and under 150 milliseconds for telesurgeries conducted across telecom carriers, countries, and continents.

It’s a valuable tool for various surgical procedures:

Urology: Robotic assisted radical prostatectomy, Robotic assisted partial nephrectomy, Robotic assisted radical nephrectomy, Robotic assisted radical cystectomy

General surgery: Robotic assisted pancreaticoduodenectomy, Robotic assisted surgeries for thyroid cancer, stomach cancer, gallbladder cancer, low anterior rectal resection, left/right hemicolectomy, partial hepatectomy, partial pancreatectomy

Gynecology: Robotic assisted surgeries for cervical cancer, ovarian cancer, endometrial cancer, pelvic floor reconstruction, Robotic assisted radical hysterectomy, Robotic assisted myomectomy

Thoracic: Robotic assisted surgeries for lung cancer, oesophageal cancer

Features Advantages Benefits
Advanced Robotic Arms
  • Multiple robotic arms
  • Mimic the movements of a surgeon’s hands
  • Wide range of motion, including 360-degree rotation and articulation
  • High precision to eliminate human tremors, provide accuracy and reduce the risk of errors
3D High-Definition Vision System
  • Magnified, high-resolution, 3D view of the surgical site
  • Clearer vision on large screen
  • Depth perception enhancement
  • Spatial awareness during complex procedures
  • Clarity and authenticity of surgical images
Intelligent Vision Algorithms
  • Clearer vision in smoke
  • More realistic vessel enhancement algorithm
  • Smoke free surgical site for quicker surgeries and better outcome
  • Precise and safe dissection while understanding vascularity
Advanced ICG mode
  • Identification of anatomical structures with multiple modes and evaluation of tissue perfusion during surgery
  • Improved clinical outcome and improved operative time
Ergonomics
  • Rotatable and adjustable boom design
  • More ergonomic settings
  • Multi-quadrant access
  • Arm rest, master controllers, foot pedal adjustments
  • Surgeon viewport height and angle adjustments
  • Anti-dizziness console design
Intuitive Control Console
  • Ergonomic console to have a control of robotic arms with hand and foot movements
  • Precise movements of the robotic instruments
  • Instruments can perform complex maneuvers that are difficult or impossible with traditional laparoscopic tools
  • Operate comfortably, even during lengthy procedures reducing fatigue
High precision
  • Precise instruments operation
  • High degree of dexterity with 7 degree of freedom and 540 degree rotation capabilities
  • 17 different types of instruments
  • Precision during surgery with high accuracy, stable grip, stable energy output, safe and effective outcome
  • Extended instrument usage
Force-sensing technology
  • Provides tactile feedback
  • Force reconstruction
  • Multi-dimensional sensing
  • Self-compensating calibration
  • Allows to “feel” the tissue and apply the right amount of force during surgery
  • Improves the safety
  • Provides more realistic and immersive experiences
  • Accurate feedback
Versatility
  • Modular and adaptable to be used across various surgical specialties
  • Multi-quadrant approach
  • Valuable tool for wide range of procedures
  • Capability of multiple quadrant approach without un-docking
Multi-layer safeguards
  • Real time sensing and automatic locking mechanism
  • Ensures patient safety
Tele-surgery
  • Remote surgical capabilities with 5G remote surgical robot
  • Faster image processing with reduced latency ≤50ms
  • High quality surgical care by expert surgeon to the patients in remote area without the need of extensive travelling