Augmented reality and 3D visualization integrated with magnetic-assisted robotic procedures: first clinical cases...

Area of Science:

• Minimally invasive surgery
• Surgical robotics
• Medical imaging

Background:

• Current minimally invasive surgery faces challenges like limited depth perception and multiple ports.
• A novel approach combines Magnetic-Assisted Robotic Surgery (MARS), 3D visualization, and augmented reality (AR).

Purpose of the Study:

• To evaluate the first clinical experience of integrating MARS, 3D visualization, and AR in surgery.
• To assess the feasibility, safety, and impact on invasiveness and visualization.

Main Methods:

• Retrospective review of 10 patients undergoing reduced-port laparoscopic surgery.
• Procedures included cholecystectomy, oophorectomies, gastric bypass, and hernia repair.
• Utilized MARS system with Meta Quest 3 AR headset and EinsteinVision 3D camera.

Main Results:

• All procedures used fewer ports than traditional methods.
• No complications or 30-day readmissions occurred.
• Surgeons reported significantly improved visualization compared to standard laparoscopy.

Conclusions:

• Integration of MARS, 3D visualization, and AR is feasible and safe across various surgical specialties.
• This combined platform enhances visualization and reduces invasiveness.
• The technology maintained surgical efficiency and safety.