Metal additive manufacturing technology can support and boost the rapid development of the aerospace manufacturing industry. The main application trends are reflected in four aspects: innovative design, complex special-shaped structure manufacturing, rapid development, and defect repair, and have huge application prospects.
New aerospace vehicles are constantly developing in the direction of high performance, long life, low cost, and good reliability, and the development of aerospace parts and components towards complex structure and integration has become an urgent need. The application advantages of metal additive manufacturing technology in the aerospace field cover design, cost, processing cycle, material utilization, and so on. It can be said that metal additive manufacturing technology is an important means for the rapid and low-cost development of modern aerospace parts and the realization of rapid combined manufacturing of integrated structures.
The high-quality requirements of aerospace large-scale components and the tight production and delivery nodes often require both. Integrating more than ten years of experience in technology research and development, cooperative research, and engineering application, BLT has developed a variety of manufacturing solutions for large-scale parts with complex structures, high quality, combined manufacturing, and special materials.
The selective laser melting forming technology (SLM) has high forming precision, which can realize the precision machining and manufacturing of complex structures and special material parts. BLT's SLM equipment and related process technologies are developing in response to the trend, and are constantly developing in the direction of large size, high efficiency, intelligence, controllable quality, and stable performance.
The complex structure and delicate and subtle design make aerospace parts have higher and higher requirements for structural design. SLM technology allows parts to break through the constraints of outline and complexity. Starting from the source of design in the aerospace manufacturing field, under the condition of meeting the performance and service conditions of parts, it realizes functional priority design and makes metal parts in the direction of lightweight and integration. Development and design lead and drives the continuous breakthrough and development of additive manufacturing technology.
Metal 3D printing technology has great value and significance for accelerating the development, iteration, innovative upgrade, and high-quality development of aerospace parts and components and the development of my country's aerospace industry. Blite focuses on the application trend of metal additive manufacturing technology, continues to innovate, and insists on providing better metal additive manufacturing services for the aerospace field. In the future, BLT will continue to lead the development trend of large-size, high-precision and complex-structured parts, continue to iterate manufacturing solutions for aerospace parts manufacturing, and use metal additive manufacturing technology to assist in deeper and farther journeys.