Beijing Yuding Additive Manufacturing Research Institute Co., Ltd. (hereinafter referred to as 'Yuding Research Institute') is a research and development of additive manufacturing (3D printing) technology for large-scale key metal components of major equipment jointly established by the team of academicians of Beijing University of Aeronautics and Astronautics and Wang Huaming. It is the only co-constructed unit of the 'National Engineering Laboratory for Large Metal Component Additive Manufacturing' approved by the National Development and Reform Commission and the only industrialized platform for many major scientific and technological achievements of the team of academicians Wang Huaming of Beihang University.

The top international research team in this field with academician Wang Huaming as the core aims at the strategic needs of major equipment such as aviation, aerospace, nautical, energy, petrochemical, and power, focusing on 'additive manufacturing (3D printing)', 'surface engineering' and 'high The three strategic directions of 'Performance Metal Structure New Materials', continue to carry out pioneering and leading technology innovation research and industrialization of achievements, solve the problem of manufacturing bottlenecks of national key models, improve component performance and achieve rapid development, in order to protect national key projects The smooth progress has played a key role, making China the only country in the world that has mastered the laser additive manufacturing technology of aircraft titanium alloy large integral main load-bearing components and successfully implemented the installation application. Its 'aircraft titanium alloy large integral component laser additive manufacturing 'Technical achievements (3D printing technology)' won the 2012 'National Technology Invention First Prize'.

Yuding Research Institute undertakes the advanced technology of additive manufacturing, and achieves the seamless connection of 'technological innovation-talent cultivation-achievement transfer-industrialization promotion' according to the modern enterprise system, giving play to the transformative nature of additive manufacturing technology in major equipment manufacturing. Potential, enhance the level of traditional manufacturing and innovation capabilities, and promote industrial transformation and upgrading. The company has set up a research and development institution to invest manpower and material resources to improve the scientific research capabilities of the company. The proportion of scientific research personnel is nearly 40%, and the proportion of scientific research personnel is more than 80%. In order to better adapt to the situation of national defense construction and market competition, the company passed the GJB 9001C-2017 and GB 19001-2016/ISO 9001:2015 quality management system certification, obtained the Zhongguancun High-tech Enterprise Certificate, and has multiple invention patents and software copyrights. And apply for national high-tech enterprise certification.

Aiming at the international advanced development direction of major equipment advanced manufacturing technology and high-performance material technology, Yuding Research Institute targets national defense and industry such as large aircraft, advanced fighters, aero engines, heavy launch vehicles, surface and underwater ships, deep submersibles and deep sea space stations The strategic needs of major high-end equipment manufacturing, carrying out pioneering and leading technology research and development, engineering achievement transformation and industrial high-tech enterprise incubation, consolidating the status of Yuding Research Institute's strategic innovation platform in the field, with 'industry serving the country', ' 'Military-civilian integration' is our responsibility, and we will effectively implement the national strategy.