Intelligent analysis system for digital human lumbar disc herniation

Digital imaging analysis platform for three-dimensional preoperative planning in hip and knee surgery. Enables precise anatomical assessment and surgical strategy development.

An artificial intelligence software designed for precise spinal condition analysis and real-time spinal health monitoring. The software provides personalized spine management plans based on diagnostic imaging analysis.

AI-powered 3D anatomical visualization system for medical education and clinical diagnosis. Reconstructs human anatomy at submillimeter precision, enabling interactive digital models of blood vessels, muscles, and nerves. Supports medical schools, universities, and clinical research applications through immersive virtual dissection capabilities.

Software platform for creating and manipulating 3D anatomical models from medical imaging data. This tool enables surgeons to visualize patient-specific anatomy and plan surgical approaches.

3D virtual dissection platform providing submillimeter-level anatomical reconstruction for medical education, clinical diagnosis, and research. Transforms anatomical structures into interactive digital models of blood vessels, muscles, and nerves for immersive learning in medical schools and clinical settings.

A digital platform for surgical diagnosis and treatment that enables interactive integration of surgical imaging and data management. The system supports minimally invasive surgical workflows by providing integrated visualization and decision-support capabilities for surgical teams.

Three-dimensional anatomical visualization software for medical imaging data reconstruction and interactive clinical analysis.

Medical image analysis software utilizing advanced algorithms for diagnostic imaging interpretation.

A professional medical imaging application software system that provides visual analysis of DICOM data and 2D/3D image conversion for preoperative planning. The system enables full 3D reconstruction of medical images, surgical simulation and planning for various anatomical areas including spine, pelvis, and fractures, and outputs 3D printing files. It is the first domestic medical preoperative planning software system to pass TFDA approval and includes functions for pedicle screw implantation planning, spinal puncture simulation, and bone plate/nail tool placement.

Artificial intelligence software that reconstructs and enhances 3D imaging of vertebral anatomy from 2D imaging data. System improves visualization for surgical planning in complex cases.

Software platform using artificial intelligence algorithms for preoperative surgical planning in spinal procedures. The system analyzes imaging data to optimize surgical approach and implant positioning.

3D surgical planning and assessment system that enables preoperative visualization and simulation of complex surgical procedures. The software integrates medical imaging data to create patient-specific 3D models, facilitating surgical strategy optimization, risk assessment, and improved clinical outcomes.