Focus on the development and manufacture of aerospace, digital medical additive manufacturing materials and components

Recently, AVIC Meite Powder Metallurgy Technology (Beijing) Co., Ltd. (hereinafter referred to as “China Aviation Matt”) officially entered the Economic Development Zone. Founded in Zhongguancun Science City for four years, AVIC Matt has accumulated nearly 30 invention patents in the field of additive manufacturing, forming scientific research achievements such as liquid metal atomization-near net forming technology as the core, and will accelerate the transformation in the economic development zone. Focus on the research and development and manufacturing of aerospace and digital medical additive manufacturing materials and components.

Founded in 2015 in Zhongguancun Science City, AVIC Matt was founded by the founder of General Manager Gao Zhengjiang at the Institute of Aeronautical Materials for many years in metal materials research. The company's main business covers aviation-grade titanium alloys and superalloy materials; Manufacturing / 3D printing parts; 5G mobile phones, 5G communication powder metallurgy new materials and antenna array parts; intelligent thermal equipment and other products.

“We have developed a lot of materials, most of which are used in the aerospace industry. Some of the products under research are domestically leading.” Li Dongjie, deputy general manager of AVIC Matt, said that with the understanding of metal powder materials and additive manufacturing processes, With the mastery of the application environment, they have developed a number of key technologies, and obtained nearly 30 R&D patents. They have solved many problems in the field of additive manufacturing such as 3D printing cracking, printing bones and human body fusion, and have aerospace and medical equipment in the world. More than 600 customer units in other fields.

Since the end of last year, AVIC Matt plans to further transform the scientific research results accumulated over the years into products and form an industry. “We have been investigating and finding a suitable place to transform the results. Beijing has laid out the “Three Cities and One District” in the construction of the National Science and Technology Innovation Center. We have communicated with the relevant departments of the Economic Development Zone, and the scientific and technological achievements here have transformed the carrying capacity. And take the initiative to serve the enterprise, let us decide to come here." According to Li Dongjie, with the support of the Economic Development Zone, Yizhuang Guotou injected funds for AVIC Matt to speed up the results with sufficient funds. At the same time, the Economic Development Zone helped AVIC Maite find a Hongtai Industrial Park suitable for building scientific research laboratories, allowing AVIC Matt to smoothly enter the zone to carry out research and development.

At the same time as the settlement of the Economic Development Zone, AVIC Matt and GE Additives formally signed a strategic cooperation agreement, and the two sides jointly established the Beijing Yizhuang Additive Manufacturing Innovation Center. We will cooperate in the field of additive manufacturing materials and civil aviation engine applications, and actively study the application technology and solutions for superalloy and titanium alloy additive manufacturing, and jointly promote the application development of additive manufacturing materials technology in the aviation industry. “We are working on plant reinforcement, equipment installation, etc. It is expected that the new R&D headquarters will be launched next month.” Li Dongjie revealed that in the future, the company will use more than 2,000 square meters of scientific research plants to accelerate the development of additive manufacturing processes and products. R&D will be widely promoted in the fields of aerospace, medical device manufacturing, etc., with new materials and new products to help China's aerospace, medical equipment key components, product upgrades.