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2024
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From customization to repair: Adventure Technology realizes a comprehensive solution for ceramic 3D printing artificial bone repair materials and equipment
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With the aging of the population leading to an increase in orthopedic diseases, the continuous improvement of medical technology and the rising demand for domestic substitution.Rapid expansion of artificial bone repair materials market in China.The market size is about 4 billion yuan in 2022 and is expected to increase to 7 billion yuan by 2027.. Ceramic materials, such as hydroxyapatite (HA) and tricalcium phosphate (TCP), are widely used in bone repair due to their excellent biocompatibility. However, these materials still face pain points such as brittleness, low domestic substitution rate, and difficulty in personalized customization. Ceramic 3D printing technology can effectively solve these problems and promote the market development of ceramic artificial bone materials by improving the mechanical properties of materials, realizing personalized customization and reducing costs.
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1. advanced materials: the perfect balance of biocompatibility and mechanical properties
Hydroxyapatite (HAP) and tricalcium phosphate (TCP) are the two most commonly used bioceramics in bone repair materials. The 3D printing materials developed by Adventure Technology also have excellent mechanical strength while maintaining excellent biocompatibility. Through the blessing of 3D printing technology, the design structure of the required sample can be precisely controlled,Realize personalized customization.
△ Adventure Technology Light Curing 3D Printing Equipment Printing Hydroxyapatite Process and Finished Product Display.
△ Material parameter table
△ Adventure Technology Light-cured 3D Printing Hydroxyapatite SEM
△ HAP biocompatibility: Fig. 1-3 is an immunofluorescence picture of nucleus stained with Hochest
(Figure 1: It shows that primary rat bone marrow mesenchymal stem cells migrate and adhere to the pore wall of the 3D printed HAP bioceramic scaffold; Picture 2-3: Cells grow well on the surface of the scaffold.)
2. ultra-fast light curing DLP ceramic 3D printing equipment: speed and stability
The light-curing DLP ceramic 3D printing equipment independently developed by Adventure Technology has industry-leading printing speed and printing stability to meet the design requirements of high complexity in the production of artificial bone,Meet the enterprise's pursuit of production efficiency.
Ultra-fast: production efficiency can be as high as 350 cm³/h(Take ADT-3D-Printer-Pro-144-37.5 as an example, full-page printing. Larger size equipment is more efficient).
High stability: print pass rate of 99%(Take ADT-3D-Printer-Pro-144-37.5 as an example, print φ = 9.3*12mm cylinders with a spacing of 0.8mm, 12 samples per version, 560 samples for 5 versions, 555 qualified samples, with a qualified rate of 99%).
△ Adventure Technology Industrial-grade Light-curing Ceramic 3D Printing Equipment Related Parameters
3. complete product line and technical support: one-stop service
Adventure Technology has a number of domestic and foreign doctoral research and development teams, committed to the innovation and research and development of materials and 3D printing equipment. Not only a provider of equipment and materials, we also provide customers with comprehensive technical support. From equipment selection to printing parameter optimization to sintering process adjustment, our professional team assists customers throughout the process to ensure the smooth implementation of every link in the R & D or production process. Whether it is a scientific research institution or an orthopedic medical device manufacturer, our one-stop service willTo help you quickly and efficiently enter the field of 3D printed bone repair.
References:
1. Prospective Industry Research Institute. China Bone Repair Material Market Analysis Report, 2023-2027.
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