To overcome the limitations of traditional manufacturing processes, RPS utilizes metal 3D printing technology to carry out rapid, integrated development of rocket engine nozzles for its clients. This approach enables the creation of complex flow channel structures in one go, thereby significantly reducing the validation time and development costs and helping to ensure that project timelines are met.

To address the challenges related to the complex cooling channels in aeroengine turbine blades and the difficulty in manufacturing materials that can withstand high temperatures, RPS utilizes metal 3D printing technology to achieve integrated blade fabrication. This approach allows for the rapid production of components suitable for high-temperature and high-pressure conditions, thereby significantly shortening the cycle time for model development and ensuring timely completion of project milestones.