On June 6, 2025, the inaugural meeting of the Chaozhou Medical Technology Innovation Alliance was grandly held. Zhuhai Sailner Digital Medical Technology Co., Ltd. was invited to participate in this event. Sailner Digital Medical focuses on the R&D and application of cutting-edge digital medical technologies. Its core business is highly aligned with the alliance's development direction of promoting scientific research innovation, facilitating achievement transformation, supporting high-level hospital construction, and improving medical quality. The alliance plans to establish the Chaozhou Medical Industry Investment Fund, which will focus on supporting medical technology innovation and achievement transformation, providing broad development space and cooperation opportunities for technology-driven digital medical enterprises like Sailner.

Application of 3D Printed Medical Functional Models in Soft and Hard Tissue Surgery

On April 3, 2024, the completion review of the national major science and technology project of Guangdong Province — Application of 3D Printed Medical Functional Models in Soft and Hard Tissue Surgery — was successfully held. Led by Zhuhai Sailner 3D and chaired by Professor Zhuang Jian, the project brought together multiple tertiary hospitals and medical enterprises for joint research. Leveraging multi-material color 3D printing technology, the project created simulated human soft and hard tissue organ models, empowering preoperative planning and clinical teaching, and accelerating the clinical translation of precise surgical digital technology.

Additive Manufacturing of Functional Active Myocardial Tissue — Launch and Proposal Defense Meeting for the National Key R&D Program of the 14th Five-Year Plan

Led by Professor Huang Wenhua's team from the State Key Discipline of Human Anatomy at Southern Medical University, this project was successfully applied for in collaboration with Sailner Technology, Xiamen University, Guangdong Provincial People's Hospital, and Peking University Shenzhen Hospital, marking a major breakthrough for the team in securing large-scale projects. The project focuses on the R&D of additive manufacturing technology for functional active myocardial tissue, combining key technologies such as dedicated cardiac tissue engineering bio-ink, actuation and sensing systems, and pre-clinical translational application research. It aims to form an industrial chain encompassing integrated bio-3D printing equipment manufacturing, biomaterial development, and personalized medical services. Its successful implementation will help address a series of key scientific and technical problems in the application of functional active myocardial tissue additive manufacturing in the biomedical field.

First Henan-Guangdong Medical 3D Printing Summit Forum

The successful hosting of this conference was inseparable from the local ties, the Henan Medical University alumni bond, and the teacher-student relationships between the two regions. Professor Gao Jianbo noted that this academic event played a promotional role for medical 3D printing in both Henan and Guangdong among academic and industrial circles, and promoted student cultivation, achievement output, and social services.

2022 Orthopedic Clinical and Digital Technology Summit Forum Successfully Held

As is widely known, minimization, precision, and intelligence are important hallmarks of modern surgery and the future direction of orthopedic development. To further promote digital orthopedics and the development of orthopedic digital technology, showcase its latest advances and clinical transformation achievements, and facilitate the standardized promotion and application of digital intelligence and clinical 3D printing technology in orthopedics, the Third Committee Election and General Meeting of the Orthopedic Clinical and Materials Branch of the Guangdong Society of Biomedical Engineering, along with the 2022 Orthopedic Clinical and Digital Technology Summit Forum, was held in the romantic city of Zhuhai on December 31, 2022.

This event aimed to serve as a bridge between research experts, orthopedic clinicians, and manufacturing enterprises, sparking innovation in the clinical application of materials science in orthopedics and sharing products ready for clinical use, truly achieving close integration of industry, academia, and research. Affected by the COVID-19 pandemic, the conference adopted a hybrid online + offline format. Top domestic orthopedic experts were specially invited to gather and jointly discuss concepts, experiences, cases, and achievements in digital orthopedic technology in recent years, presenting a grand academic feast of digital orthopedic medicine.

Signing and Unveiling Ceremony of the Interventional Medicine 3D Printing Joint Research Center at Zhuhai People's Hospital

On the morning of November 25, 2022, the first Interventional Medicine 3D Printing Joint Research Center in the Guangdong-Hong Kong-Macao Greater Bay Area was established in Zhuhai. Zhuhai People's Hospital Medical Group and Zhuhai Sailner Digital Medical Technology Co., Ltd. held a cooperation signing and unveiling ceremony for the joint construction of the center.

Guangdong Medical Association Pediatric Cardiothoracic Surgery 3D Printing Model Surgical Training Course Successfully Concluded

On the morning of October 15, the 2022 Academic Forum of the Cardiothoracic Surgery Group of the Pediatric Surgery Branch of the Guangdong Medical Association, along with the 3D Printing Model Surgical Training Course, was successfully held at the Ocean Hotel Guangzhou. Industry talents from major hospitals, medical institutions, and enterprises across Guangdong gathered to discuss clinical treatment of pediatric cardiothoracic surgery, share surgical cases, and conduct hands-on training with 3D printing models, providing important guiding suggestions and new ideas for the future clinical application of 3D printing in pediatric cardiothoracic treatment.

Zhuhai Maternal and Child Health Hospital Partners with Zhuhai Sailner Digital Medical to Co-build the "Maternal and Child Health Medical 3D Printing Joint Research Center"

On the morning of July 7, Zhuhai's first Maternal and Child Health Medical 3D Printing Joint Research Center was established at Zhuhai Maternal and Child Health Hospital. The hospital and Zhuhai Sailner Digital Medical Technology Co., Ltd. held a cooperation signing and unveiling ceremony for the joint construction of the center.

Deputy Director Gui Yan of Zhuhai Municipal Health Bureau delivered a speech pointing out that the unveiling of the joint research center and the signing of the cooperation agreement marked substantive progress in the cooperation between the two parties. In recent years, 3D printing technology has been widely applied across various industries, with unique strengths in the medical field. 3D digital technology and 3D printing technology serve as a bridge between the unknown and the known. At this stage, the application scenarios of 3D printing in healthcare are continuously expanding, enhancing the value of life and health. The "medical" advantage of Zhuhai Maternal and Child Health Hospital and the "engineering" advantage of Zhuhai Sailner merge symbiotically, with doctors and engineers collaborating across medicine, engineering, and other disciplines to jointly build a digital medical laboratory. Combining the strengths of both parties in medical and engineering disciplines, they promote a win-win mechanism to more precisely meet clinical needs, solve complex clinical problems, and provide patients with personalized, precise, and customized diagnosis and treatment services.

This initiative enables more people to enjoy higher-quality medical services and contributes to Zhuhai's industrial transformation, upgrading, and high-quality development.

Guangdong Medical 3D Printing Application and Transformation Engineering Technology Research Center (Branch Center) Officially Established at Sailner

On September 26, 2020, the Guangdong Medical 3D Printing Application and Transformation Engineering Technology Research Center and Zhuhai Sailner Digital Medical jointly established the Medical 3D Printing Innovation Center Joint Research Platform, and the Guangdong Medical 3D Printing Application and Transformation Engineering Technology Research Center (Branch Center) was officially established at Sailner.

Leveraging this joint research platform, both parties will utilize their respective resource advantages in the 3D field to form innovative research teams. Driven by innovations in management systems and operational mechanisms, they will promote scientific research projects, optimize resource allocation, gather top talents, form innovative teams, enhance scientific innovation capabilities, produce high-level research achievements, and fulfill social service functions. Taking the actual needs of relevant cooperative medical institutions as scenarios, and combining the R&D resources of the Guangdong Medical 3D Printing Application and Transformation Engineering Technology Research Center, they will provide R&D, promotion, and practical training platforms for the engineering technology research center in digital modeling, 3D printing, and other areas. They will cultivate and deliver interdisciplinary talents combining medicine and engineering for the medical 3D printing field, providing more precise services for preoperative simulation, intraoperative navigation, and postoperative rehabilitation.

As the branch center platform, Sailner will carry out 3D printing technology and material development, medical application project development, and case-based practical training across multiple directions including hardware construction, talent development, project construction, guideline recommendations, and institutional development. It will build a technology innovation center with clinical resources and engineering capabilities. By synergistically integrating clinical and market resources, it will comprehensively enhance the research and application level of 3D medical printing, aiming to build the platform into a leading national joint research platform within 3–5 years.

Sailner Partners with Guizhou Provincial Cancer Hospital to Establish Guizhou's First Medical 3D Technology Research and Application Center

On July 27, Guizhou Provincial Cancer Hospital held the unveiling ceremony of the Medical 3D Technology Research and Application Center, marking the official establishment of the first medical 3D technology research and application center in Guizhou Province. The application of 3D technology will actively promote the improvement of the hospital's clinical diagnosis and treatment level, scientific research competitiveness, and benefits for patients.

At the launch ceremony, Kong Lingzhong (General Manager of Guizhou Xinbang Pharmaceutical Co., Ltd.), Luo Kaijian (President of Guizhou Provincial Cancer Hospital), Chen Jianping (Vice President), Ouyang Weiwei (Vice President), and Chen Yadong (Vice President) attended the ceremony and participated in the ribbon-cutting.

President Luo Kaijian stated that malignant tumors pose a serious threat to human health. As a specialized tumor hospital, while fighting tumors, maintaining the length and quality of life is also extremely important. As an emerging digital intelligent manufacturing technology in healthcare, 3D technology is gradually becoming an indispensable and important component of customized smart medical services.

This marks Guizhou Provincial Cancer Hospital as the first hospital in Guizhou's medical industry to establish a medical 3D technology research and application center within the hospital, and the first among specialized tumor hospitals in Southwest China to establish such a center.

In 2017, Sailner Jointly Established the "Cardiovascular Medical 3D Printing Joint Laboratory" with the Guangdong Academy of Sciences and Guangdong Provincial People's Hospital

On October 11, 2017, Guangdong Provincial People's Hospital, Guangdong Provincial Cardiovascular Institute, and Zhuhai Sailner Digital Medical established China's first cardiovascular medical 3D printing joint laboratory integrating medicine, research, and enterprise.

The laboratory was established to promote the clinical application and scientific research of cardiovascular medical 3D printing technology, as well as the R&D of domestic 3D printing equipment and materials. The near-term goal is to use 3D printed anatomical models to assist in preoperative diagnosis, intraoperative "navigation," and postoperative evaluation, as well as to conduct cardiovascular hemodynamics scientific research and clinical applications using models and modeling. The medium-term goal is to customize and print implantable biological or non-biological grafts for the human body. The long-term goal is to manufacture transplantable "artificial hearts" by combining cell cultivation technology.

Within just over a year of its establishment, the laboratory completed nearly 600 complex congenital heart surgeries, exceeding 2,000 cases by 2021. It also facilitated the introduction of Guangzhou's medical 3D charging policy, becoming a model project for regional 3D printing medical applications.