In 2001: To develop high-performance complex special powder metal parts design and preparation of research (863 Program).
In 2005: TA7 alloy electron beam 3D printing research (horizontal entrusted project).
In 2007: EBSM250 electron beam 3D printer development (State Key Laboratory Construction Program).
In 2008: Titanium alloy, high temperature alloy electron beam selective melting and forming research, district performance up to the level of the forgings (National Defense Technology Innovation Team).
In 2009: Put forward along with the heat treatment process, create the samples of complex titanium alloy impeller (National Science and Technology Support Plan).
In 2010: Introduce the electron beam selective melting forming equipment from Arcam (national investment); introduce the gas atomizing powder equipment from PSI (national investment); TiAl metal stress relaxation research, manufacture the TiAl blade of aero engine turbine (973 Program, The National Natural Science Foundation).
In 2011: Realize the forming of bimodal pore structure medical titanium alloy (International S&T Cooperation of China).
In 2013: Establish Xi'an Sailong metal materials Co., Ltd. by transforming the scientific research achievements.
In 2014: Obtained the innovation fund for SMES from the Ministry of Science and Technology of the People's Republic of China.
In 2015: Launched a commercial Powder Bed Electron Beam 3D Printing System and put it on the market to realize sales; Launched the SLPA-H type commercial PREP System with a rotation speed of 15000R/M and the bar diameter is 75mm.
In 2016: Obtained the funding from the Ministry of Industry and Information Technology's industrial strong foundation engineering project "Metal Additive Manufacturing Process"; Obtained the national key research and development plan project "Key technology and clinical application of personalized porous tantalum implant prosthetic powder bed electron beam additive manufacturing".
In 2017：Launched the SLPA-H type commercial PREP System with a rotation speed of 20000R/M and the bar diameter is 75mm.
In 2018：Launched the SLPA-D type commercial PREP System with a rotation speed of 50000R/M; Launched the Y150 SEBM System specifically for medical implants.
In 2019：SLPA-D desktop-level PREP System realizes technological iteration, and the yield of fine powder is greatly improved; S200 SEBM System and Y150 SEBM System realize independent development of a variety of new material technology packages.