Скачать или смотреть AIGuide, Real-Time Incision Line Overlay Enhancing Surgical Precision 90% Accuracy on RoboticSurgery

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TEL: +82-10-6823-0555

COSMOSURGE Co., Ltd


#1. Field-Driven Surgical AI Created Directly by Surgeons
#2. Real-Time Incision Line Guiding That Visualizes Previously Invisible Resection Planes
#3. Intelligent Surgical Assistant That Responds Instantly to Movement
#4. MRI-Based Tumor Segmentation Model with Over 90% Accuracy
#5. Enhanced Surgical Safety and Precision for Robotic and Minimally Invasive Surgery

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#1. Field-Driven Surgical AI Created Directly by Surgeons

The company is led by a former surgeon CEO working alongside an AI team with extensive clinical trial experience.

This structure ensures that the AI Visual Guide for Surgery is developed from real surgical field demands rather than theoretical assumptions.

#2. Real-Time Incision Line Guiding That Visualizes Previously Invisible Resection Planes

The solution automatically recognizes the surgical site during robotic surgery and overlays the incision line in real time.

This real-time visualization allows surgeons to clearly identify resection planes that were previously invisible during procedures.

#3. Intelligent Surgical Assistant That Responds Instantly to Movement

The system tracks robotic movement continuously and updates the incision line overlay without delay.

This real-time responsiveness supports stable surgical assistance during complex robotic procedures.

#4. MRI-Based Tumor Segmentation Model with Over 90% Accuracy

The AI model was developed using 15,000 rectal cancer MRI prototype images.

Performance results show 94% training accuracy and around 90% validation accuracy, demonstrating strong reliability in tumor location detection.

#5. Enhanced Surgical Safety and Precision for Robotic and Minimally Invasive Surgery

The technology supports safer surgery, particularly for novice surgeons or those with less experience in robotic procedures.

By combining automatic recognition, real-time guidance, and high-accuracy MRI-based AI models, the solution significantly enhances surgical precision and safety.