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The Establishment and Application of the In-Hospital 3D Printing Center
【Abstract】
1.Foundation and Positioning of the Center: Relying on Yunnan Provincial Key Laboratory of Digital Orthopedics, centered on medical-engineering collaboration, build a standardized in-hospital 3D printing infrastructure integrating scientific research, clinical practice and teaching, laying the foundation for the transformation of precision medicine;
2.Core Business and Clinical Application System: Cover five core services including medical image 3D reconstruction, surgical models/guides, customized implants, and external fixation orthoses, constructing a full-process standardized path from data collection to clinical delivery to adapt to the surgical needs of multiple departments;
3.Application Effects and Industry Value: The effectiveness of the technology has been verified through more than 2,000 clinical cases, yielding patents, papers and multiple standards. It promotes the sinking of technology to primary medical institutions, realizing the transformation of medical care from empirical to digital and personalized;
4.Existing Challenges and Future Directions: Focusing on existing issues such as precision stability and standardization improvement, layout the development path of new material applications, intelligent printing technology R&D and multi-disciplinary integration, build a digital medical innovation platform, and expand the technical application boundaries.
【Bio】
Senior Technician, Department of Orthopedics, Yunnan Provincial Key Laboratory of Digital Orthopedics/Yunnan First People’s HospitalNational Young and Middle-aged Expert, Additive Manufacturing Medical Devices Professional Committee of China Association for Medical Devices IndustrySecretary, Digital Medicine Branch of Yunnan Medical AssociationStanding Committee Member, Rehabilitation Engineering and Industry Promotion Professional Committee of Yunnan Rehabilitation Medicine AssociationSecretary, Yunnan Branch of Digital Orthopedics Society, SICOT China DivisionVice Group Leader, 3D Printing Group of Digital Medicine Branch of Yunnan Medical Association
He mainly engages in research in the fields of digital medicine and personalized medical 3D printing. He is proficient in the processing of medical imaging data (CT and MRI), 3D reconstruction of soft and hard tissues, as well as the design and 3D printing of medical teaching and surgical simulation models. He also specializes in the design and production of personalized surgical guides and metal prostheses for complex orthopedic trauma, deformity correction, and bone defects, along with the R&D and clinical application of orthopedic mixed reality technology, surgical robots, and exoskeleton robots.
He has won 1 First Prize of Yunnan Provincial Science and Technology Progress Award and 1 First Prize of Yunnan Provincial Health Science and Technology Achievement Award. He has published more than 20 articles on digital medicine and 3D technology, participated in compiling 5 related monographs, and applied for 3 national invention patents, 4 utility model patents, and 3 software copyrights. In addition, he has participated in formulating 1 expert consensus on orthopedic 3D printing surgical guides, 1 national industry standard, 3 national group standards, and 2 enterprise standards.
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