Longwood Valley MedTech, a company based in Beijing Economic-Technological Development Area (Beijing E-Town), launched the orthopedic AI large model platform DeepJoint at West China Hospital's 19th International Orthopedic Forum.

DeepJoint has completed the localized deployment at the Orthopedics Department of the Sichuan University hospital in Chengdu, supporting precision orthopedic diagnosis and treatment driven by artificial intelligence.

The DeepJoint platform is a medical large model developed by Longwood Valley MedTech on the company's core technology "AIJOINT?" in the orthopedic medical field. It fully integrates the technical accumulation of AIJOINT? and the accumulation of training data, while also comprehensively accessing the learning capabilities of the DeepSeek enhancement platform to better support intelligent diagnosis, surgical planning, and robotics in the orthopedic field, promoting orthopedic diagnosis and treatment towards full-cycle intelligent management.

With the outstanding three-dimensional reconstruction and surgical simulation capabilities of AIJOINT? and the powerful generative model technology of DeepSeek, DeepJoint further optimizes data processing and pattern recognition, enabling in-depth analysis of patients' imaging data such as CT and MRI, accurately simulating the impact of different surgical procedures on patients' long-term quality of life, and customizing high-precision surgical plans. This truly achieves personalized treatment with a focus on the patient.

Leveraging the multimodal data fusion analysis capability, DeepJoint effectively integrates multiple sources of information including imaging data, medical records, and laboratory test reports, providing a more comprehensive perspective for preoperative assessment. This allows doctors to overcome the limitations of individual examinations and systematically evaluate patients' bone health risks.

In addition, the self-learning ability of the AI system, combined with the extensive inclusion of case studies and imaging databases, can significantly enhance its capabilities. This continuous deepening of application leads to increasing accuracy in diagnosis, scientific planning, and treatment predictability, forming a virtuous cycle of growing intelligence with use.

In the future, Longwood Valley MedTech will deepen cooperation with more medical institutions to make continuous breakthroughs in areas such as surgical robotics, telemedicine, and multimodal data fusion.