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Gynecology
Training

Hysterectomy

Hysterectomy Model.png

Myomectomy

Myomectomy Model.png

Anatomical details

The anatomy of the 100% operable female reproductive system:

  • Uterus

  • Bladder

  • Round Ligament

  • Fallopian Tube

  • Ovary

  • Uterine Artery

  • Ureter

  • Suspensory ligament

Histerectomy Model_Anatomy.png
HYS_Cirugia-6.jpg

Institutional Robotic Courses 

In collaboration with Cyber Robotics, a Robot-Assisted Hysterectomy workshop was conducted in Mexico City, offering surgeons the opportunity to enhance their skills in a controlled training environment.
 

Participants followed a step-by-step surgical workflow using a high-fidelity simulation model that accurately replicates the female reproductive system, enabling standardized and reproducible robotic training.

Robot-Assisted Hysterectomy Course.png

Anatomical details

Includes a uterus similar to the hysterectomy model with 8 myomas:
 

  • Basic level (anterior myomas): M1 of 30mm (FIGO 5) and M2 of 21mm (FIGO 8)

  • Intermediate level (lateral myomas): M3 of 15mm (FIGO 6), M4 of 21mm (FIGO 5), M5 of 15mm (FIGO 5) and M6 of 21mm (FIGO 6)

  • Advanced level (posterior myomas): M7 of 21mm (FIGO 5) and M8 of 21mm (FIGO 5)


​Each myoma presents a different level of difficulty for progressive and continuous training.

Miomectomy Model_Anatomy.png
MYO_Cirugia-03.jpg

Model Validation at ORSI 

Mirai Surgical collaborates with leading surgical training centers to validate its simulation models under real procedural conditions.
 

At ORSI, expert surgeons performed a step-by-step robotic myomectomy procedure using the Mirai Surgical model to assess anatomical accuracy, tissue-like texture, and overall realism.

​

This validation confirms the model’s suitability for standardized training, enabling reproducible gynecology education in a highly realistic and controlled environment.

Robotic Myomectomy Training.png
Robotic Myomectomy Training II.png

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