On February 11, 2025, the YF-75DA engine developed by the Beijing Aerospace Power Research Institute of the Sixth Academy of China Aerospace Science and Technology Corporation helped the Long March 8A launch vehicle complete its first flight. Falcontech Technologies actively cooperates with the development and production of the Beijing Aerospace Power Research Institute, and improves the research and development based on the Long March 8 rocket to meet the launch requirements of low- and medium-orbit satellite networks, helping its successful launch. This marks the addition of a new member to China's new generation launch vehicle family, and the Long March 8 launch vehicle has been serialized.

As a leading domestic metal additive manufacturing (3D printing) solution provider, Falcontech has undertaken the task of 3D printing part of the YF-75DA engine structure. Additive manufacturing technology provides greater possibilities for the advanced design of aerospace engines. Integrated, lightweight, personalized, and rapid iterative updates are in line with the rapid development trend of today's aerospace products. Liquid rocket-related parts have the characteristics of small batches, multiple varieties, complex structures, high demand for integrated molding, high degree of topology optimization, and high cost. Using additive manufacturing technology can break through the process limitations of traditional subtractive manufacturing, reduce manufacturing technical problems caused by complex internal features and complex assembly integration, and at the same time reduce the number of connection operations such as splicing and welding and the number of parts.

Falcontech has installed 50+ sets of various large, medium and small laser selective melting equipment, with a maximum molding format of 1500 x 1500mm. Through nearly ten years of research and development work, the company's R&D team has completed the development and optimization of laser parameters, verification of processing platform stability, development and optimization of post-processing processes, and development and optimization of surface treatment processes, breaking through problems such as stability, consistency, repeatability, and shape control of the 3D printing process. Falcontech is committed to building a communication bridge with continuous iterative optimization, real-time and efficient production guarantee, and a long-term and stable cooperation platform for customers. Constantly challenge cutting-edge technology, iterate processes and technologies, use technology to empower "intelligent manufacturing", and create higher business value for customers!

About Falcontech

Editor: Wang Jinyu

Check: Zhou Yao

Approval: Zou Yuhong