As one of the advanced orthopedic database in China, SkyOrtho Big Data stands as a transformative force in the realm of orthopedics. This online platform is dedicated to creating a comprehensive medical ecosystem and a big data platform that are tailored to orthopedic patients, medical practitioners, and R&D personnel. This ambitious undertaking relies on the seamless integration of cutting-edge online 3D imaging technology and advanced artificial intelligence algorithms.

Leveraging contemporary image processing algorithms and artificial intelligence, SkyOrtho Big Data offers a plethora of functionalities, encompassing online orthopedic image interpretation, 3D reconstruction, AI-driven 3D segmentation, and immersive 3D surgical simulations. Simultaneously, the platform empowers clinical practitioners with 2D surgical planning, 3D surgical navigation, and 3D dataset analysis and extraction.

Harnessing the inherent potential comes from the Big Data, SkyOrtho Big Data dynamically automates the segmentation and identification of human spine and limb joint structures. This achievement is realized through advanced AI algorithms applied to orthopedic images uploaded to the platform. The platform seamlessly transforms these images into STL models suitable for 3D printing, preoperative planning and rapid simulation readiness for medical professionals.

Moreover, patients have the privilege of securely storing their image data in the cloud. This repository serves as the cornerstone for online image interpretation and remote consultations. Which enables patients with access to precise and effective orthopedic medical resources and services.

In essence, SkyOrtho Big Data demonstrates a profound advancement, redefines the boundaries of orthopedic insight through the seamless integration of technology, data, and medical expertise.