Beijing Yuding Additive Manufacturing Research Institute Co., Ltd.

ABOIUT YuDing

Beijing Yuding Additive Manufacturing Research Institute Co., Ltd. (hereinafter referred to as 'Yuding Research Institute') is a research and development of additive manufacturing (3D printing) technology for large-scale key metal components of major equipment jointly established by the team of academicians of Beijing University of Aeronautics and Astronautics and Wang Huaming. It is the only co-constructed unit of the 'National Engineering Labor...

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Company News

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Character Interview | Breaking through the "ceiling"-In...

Beijing University of Aeronautics and Astronautics is the te...

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Industry News

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Run, Zhongguancun! ——Written on the occasio...

Source: Xinhua News Agency clientOpportunities are fleeting. If you seize it, you have the opportuni...

2020

05-15

Aerospace industry: 3D printing is about to...

The aerospace industry has been seeking additive manufacturing to improve efficiency and reduce wast...

2020

05-15

Character Interview | Breaking through the ...

Beijing University of Aeronautics and Astronautics is the tenth stop of the 'Super Equipment' shooti...

2020

05-15

PRODUCT

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Additive Manufacturing

After nearly 30 years of continuous research and development, the company team h...

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High-Tech Materials

After nearly 30 years of continuous research and development, the company team h...

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Surface Engineering

After nearly 30 years of continuous research and development, the company team h...

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Smart Equipment

After nearly 30 years of continuous research and development, the company team h...

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CORE ADVANTAGES

Manufacture
Equipment Structure
Metallurgy
Short-run Manufacturing

Manufacturing

Break through the limit of traditional 'ingot + forging' manufacturing process. For example, our company has successfully realized the laser additive manufacturing of aircraft titanium alloy super-lar...

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Equipment Structure

Provide equipment designers with a 'sword' for the realization of 'high-performance' structural design.(1) Large-scale complex hollow/hollow-out titanium alloy structure laser additive manufacturing f...

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Metallurgy

Laser additive manufacturing of high-strength, high-toughness and high damage tolerance new titanium alloys, while maintaining key mechanical properties equivalent to forgings such as strength and fat...

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Short process and low cost manufacturing

Landing gear/fuselage titanium alloy joint of a transport aircraft: at the critical moment of the first flight, it created a 'super fast response' record of 10 products in 7 days of laser additive man...

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