Layout of cutting-edge additive manufacturing to build a new pattern of high-tech industrial development

2711P-T10C4A9 Avic Mette is a leading metal additive manufacturing (3D printing) material solution service provider in China. With liquid metal atomization and 3D printing technology as the core, the company mainly carries out three business segments: metal powder material development, additive manufacturing application innovation development, equipment manufacturing and engineering services. It is a national high-tech enterprise and a national specialized and new “little giant” enterprise. In the first year of the 14th Five-Year Plan, Beijing Electromechanical strategically invested in AVIC Mette, laid out a new track for cutting-edge additive manufacturing, and helped the high-quality development of the capital’s additive manufacturing industry.

2711P-T10C4A9 Avic Mett research team has more than 10 years of advanced alloy material research and development experience, master the high-performance metal powder material design, preparation process and complete equipment key technologies, has solved the powder yield is low, poor fluidity, mechanical properties instability and other industry technical problems; Developed titanium alloy, superalloy, aluminum alloy and other 3D printing powder materials, products with high purity, good sphericity, stable performance, excellent quality, can replace 100% of foreign products, customer application verification results far exceed peers.

At present, AVIC Mette has successfully developed more than 200 kinds of metal additive manufacturing and remanufacturing powder products, with a complete product series, and has served more than 2,000 users worldwide, including DM, GKN, Platit, Fly-Kang and other leading customers in the industry.

2711P-T10C4A9

2711P-T10C4A9 During the “13th Five-Year Plan” period, European and American countries have been restricting the export of advanced aerosol pulverizing equipment technology to China, and the additive manufacturing powder material technology industry is facing the “jam neck” problem. Avic Mette scientific research team adheres to independent innovation and has successively mastered a variety of advanced pulverizing equipment technologies such as MT-VIGA, MT-EIGA, MT-PA, and MT-PREP. At present, it has mastered more than 5 kinds of powder making technology, of which 2 kinds of equipment technology have filled the domestic gap, and achieved a major breakthrough in China’s powder making technology from cold atomization to hot atomization. In 2021, the new generation of 500KG-class large-capacity vacuum induction melting gas atomization pulverizing furnace MT-V500 independently developed will break through the bottleneck of conventional pulverizing feeding capacity and realize the industrialization application of domestic large-capacity intelligent pulverizing equipment.

2711P-T10C4A9 Avic Mette has vigorously developed application technology research and development, built a professional application research and development team, jointly developed material composition, printing parameters and heat treatment technology with major customers in the industry, and provided users with one-stop metal 3D printing material solution services such as “material database” and “material supermarket”. Through a large number of scientific research tests and industrial production verification, it has avoided the intellectual property rights of Al-Mg-Sc-Zr alloy from European and American enterprises, successfully developed Al-Mg-Er-Zr high-strength aluminum alloy materials for 3D printing with independent intellectual property rights, and broke through major technical problems such as micro-cracks in the construction state of superalloy printing and substandard high temperature performance after heat treatment. Gain the favor of aerospace users.

In the next step, Beijing Electromechanical will continue to empower AVIC Mette’s high-quality and efficient development, help AVIC Mette develop comprehensively and rapidly, and contribute to enhancing the core competitiveness of the capital’s high-end equipment manufacturing industry.