Surgical 3D imaging system
Supporting healthcare institutions in recording higher quality minimally invasive surgical images, including endoscopic, laparoscopic, and da Vinci surgical images, with the aim of improving the quality of medical imaging and enhancing the accuracy of subsequent development in intelligent image annotation and recognition.


Intelligent image annotation and recognition system
Assisting in annotating organs and tissue areas in surgical images, and documenting surgical procedures to maximize the clinical value of the images, and further apply them to medical imaging management, surgical simulation training, and surgical education.


The core vision of Smart Surgery is to develop a “surgical navigation system” that assists surgeons in identifying vital organ tissues throughout the surgical process, thereby shortening surgical duration and enhancing overall surgical quality through the accumulation of vast amounts of imaging data and clinical experience.

Assisting in providing
high-quality surgical education
Smart Surgery highly values the cultivation of surgical talents and actively develops surgical training tools, aiming to enhance personnel training efficiency through technological assistance.

Main developments
VR surgical simulation training system
Bringing together relevant training for surgical skill development, such as organ and tissue identification, operation techniques for robotic arms, and surgical procedure rehearsal, the system assists healthcare professionals in learning and simulating various surgeries through 3D realistic animations and interactive gaming using VR equipment.


Surgical Video Learning Platform
Based on clinical surgical images, the system provides a variety of surgical instructional videos. These videos include organ and tissue image labeling and multilingual voice-over guidance, assisting in identifying organ locations and simulating surgeries, enhancing surgical experience, and reducing medical errors.