AI Holographic Imaging Enhances Surgical Precision

Surgeons are utilizing the L2 navigation system to enhance precision during orthopedic procedures. This technology reduces the need for repeated X-ray fluoroscopy during procedures. The system aims to increase safety and operational convenience by providing real-time visualization via large models. Surgeons can now use AR glasses with holographic imaging and large language models to visualize the precise position of surgical instruments in real-time. The system uses enhanced surgical guidance to improve operation convenience, safety, and transparency. The system aims to transition surgery from experience-based medicine to data-intelligent medicine. Future developments include using accumulated data to train AI surgical assistance models and risk prediction systems. AI-assisted surgical systems are being utilized in orthopedic operating rooms to enhance precision. The technology allows surgeons to perform complex tasks, such as liver modeling, with higher accuracy compared to traditional methods. Using these systems results in more precise surgical ranges and faster patient recovery times. New AI-driven holographic imaging technology allows surgeons to visualize a patient's anatomy in 3D before and during procedures. The system acts as a guidance tool similar to a radar for surgical instruments.