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Zhongke Xianglong, Ningbo CAS lab spinout, invests over 100 million yuan in 100-plus metal 3D printers for aerospace parts
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Zhongke Xianglong, Ningbo CAS lab spinout, invests over 100 million yuan in 100-plus metal 3D printers for aerospace parts

Ningbo Zhongke Xianglong Lightweight Technology Co., Ltd.
Ningbo Zhongke Xianglong Lightweight Technology Co., Ltd.

Hardware

Originally reported by 163.com

Ningbo Zhongke Xianglong Lightweight Technology, a five-year-old spinout from a Chinese Academy of Sciences lab, is deploying over 100 million yuan to build an aerospace key-component manufacturing and pilot-run facility in Ningbo's Qianwan New Area, installing more than 100 large metal 3D printers. Founder Zhang Hao says the company's design-driven model, taking a customer's requirements through structural design, simulation, metal 3D printing, post-processing and quality inspection in one chain, cuts product iteration cycles by 50 to 60 percent versus traditional casting. The company closed a Series A round in 2025 and in the same year received its first credit line from China Minsheng Bank's Ningbo branch, approved under a 5+1 evaluation framework that weighs team, technology and market traction over collateral and financial statements.

Zhongke Xianglong holds more than 70 intellectual-property filings, including over 20 invention-patent applications, and keeps R&D staff above 60 percent of headcount with annual R&D spending exceeding 25 percent of revenue on a base that just topped 100 million yuan. Zhang cites a national talent gap, only 28 Chinese universities have accredited undergraduate AM programs, all approved within the last three to four years, as the reason the company is opening a Beijing R&D center. He points to a major unnamed consumer electronics manufacturer's plan to adopt 3D-printed hinges in phones next year as a trigger that could unlock 30 billion yuan in printing-service demand alone, alongside commercial aerospace and electric-vehicle verticals each projected in the hundreds-of-billions range.

The account underscores that capacity and skilled labor, not printing technology, are now the binding constraints on China's AM industrialization, as national 3D-printing equipment output grew 48.5 percent year over year in the first half of 2026.

Topics

Zhongke Xianglongmetal 3D printingaerospace additive manufacturingdesign-driven manufacturingNingboChina AM industryDfAMSeries A funding

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