The level of aerospace manufacturing is a yardstick to measure a country's scientific and technological strength, and it also directly reflects the development level of human technology. The products are composed of millions of parts, with a wide variety and complex structure, which have high requirements for stability, safety, light weight and refinement. Based on this, the design and manufacturing of various parts have extremely high process requirements and quality standards. Metal 3D printing technology can fully meet the needs in terms of complex structure forming, lightweight design, and shortening the production cycle. The backbone of the rapid development of the aerospace manufacturing industry.
Shorten the development cycle and reduce the cost of research and development.
Complex structure integrated molding, efficient batch production
Digital production, reduce product defect rate, high product precision, stable quality
Can be customized according to demand, design more free
Structural optimization design, taking into account product performance while reducing the weight of parts.
Higher material utilization, reduce waste and achieve sustainable development
Aeroengine exhaust assembly
Space Station Node Ball Planer
On May 15, the landing rover of my country's Mars exploration mission "Tianwen No. 1" probe successfully landed in the pre-selected landing area in the southern part of the Martian Utopia Plain. The Chinese spacecraft went to Mars for the first time and appeared smoothly "unscathed". On the distant red planet, it completed a feat in the history of human spaceflight.
From May 10th to 12th, the 7th China Air and Space Power Joint Conference was held in Suzhou. Xinjing and its subsidiary Radium Laser participated in this conference and exhibited the latest application results in the field of air and space power.