To meet the application requirements of vacuum systems such as coating equipment, semiconductor manufacturing equipment, vacuum pumps, vacuum furnaces, vacuum gauges, etc., fluid simulation, thermodynamic simulation, magnetic field simulation, coating simulation and other simulation and experimental research are carried out to optimize the gas flow, pressure distribution, temperature distribution, magnetic field distribution and particle transport process in vacuum equipment, providing theoretical guidance and optimization design methods for the forward design of vacuum equipment; Carry out reliability design and reliability testing of vacuum equipment and key components, and provide design drawings; Conduct service characteristic testing of vacuum equipment and key components, and provide full lifecycle technical services for vacuum equipment and key components (including service characteristic database, fault diagnosis database, etc.).
Based on the Surfacility (Tianyi) technology platform established at Northeastern University in 2015, we provide consulting services for the vacuum surface engineering industry, including hardware upgrades and retrofits, process optimization and development, control system upgrades, new technology research, planning of industry-university-research cooperation projects, technical achievements declaration and appraisal, technical training and practical training, industry development reports, industry revitalization plans, standard formulation and revision, etc.
To meet the application needs of semiconductor, aerospace, new energy, biomedicine and other fields, build personalized digital models, take the lead in building a cloud platform based on the industrial Internet, promote the intelligent upgrading of equipment and key parts such as vacuum coating based on the Internet of Things and big data technology, and enable the vacuum surface engineering industry with artificial intelligence to achieve a leap from “import substitution” to “technology leadership”.
To meet the application requirements of vacuum systems such as coating equipment, semiconductor manufacturing equipment, vacuum pumps, vacuum furnaces, vacuum gauges, etc., fluid simulation, thermodynamic simulation, magnetic field simulation, coating simulation and other simulation and experime……
Based on the Surfacility (Tianyi) technology platform established at Northeastern University in 2015, we provide consulting services for the vacuum surface engineering industry, including hardware upgrades and retrofits, process optimization and development, control system upgrades, new technolog……
To meet the application needs of semiconductor, aerospace, new energy, biomedicine and other fields, build personalized digital models, take the lead in building a cloud platform based on the industrial Internet, promote the intelligent upgrading of equipment and key parts such as vacuum coating ……
The company was established in 2017 and mainly engages in the forward design and controllable preparation of vacuum coating multi-functional coatings, the upgrading and transformation of vacuum coating machines, the development and application of key components for vacuum equipment, and precision control and pristine environment control based on simulation-driven technology. The company has been awarded the titles of National High-tech Enterprise, and Shandong Province's Specialized, Refined, Unique and Innovative Small and Medium-sized Enterprise. It also won the 2022 China Industry-University-Research Cooperation Innovation and Promotion Award. On the basis of the Shenyang Vacuum Coating Engineering Technology Research and Development Center, the Surface Technology Equipment Special Committee (surfacity) was established in 2015 to explore the joint application of "industry university research". Tai'an Dongda New Material Surface Technology Co., Ltd. is a national high-tech enterprise, Shandong Province specialized and innovative small and medium-sized enterprise, Shandong Province technology-based small and medium-sized enterprise, and Shandong Province innovative small and medium-sized enterprise. The core production process of vacuum coating application and equipment development is carried out in a vacuum environment, which is a necessary condition for preparing high-end products in a highly clean environment. The structural design method based on flow field, electromagnetic field, and plasma process control technology has laid a theoretical foundation for the development of high-performance vacuum equipment and components. Surface modification of key components is one of the key manufacturing technologies for performance optimization and a part of precision component optimization design. Vacuum coating can help manufacturing enterprises improve production efficiency, reduce costs and emissions, and enhance their sustainable development capabilities; Can save resources and achieve full utilization of resources. The Surfacilty platform has already covered major research institutions and industrial companies in China. We will continue to work hard to promote the sustainable development of industries such as vacuum, semiconductor, new energy, medical devices, and manufacturing.
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