Industry Expansion Positive

3D Systems Secures Additional $9M U.S. Air Force Contract, Bringing Large-Format Metal AM Validation Program to $27.4M with 2-Year Extension

2026-08-10 · Impact score: 35

On August 10, 2026, 3D Systems announced an additional $9 million contract award from the U.S. Air Force to continue its GEN-II DMP-1000 large-format metal additive manufacturing advanced technology validation program. Launched in 2023 with an initial contract of approximately $10.76 million, the program has been expanded multiple times to a total value of $27.4 million, with a 2-year extension. R&D is being conducted simultaneously at facilities in San Diego, California, and Rock Hill, South Carolina, with the goal of developing a large-format metal 3D printing system capable of meeting the high-temperature, high-speed, and flight-critical component requirements of aerospace applications. The Air Force's continued funding increases and program extension signal that early technical achievements have met or exceeded expected milestones—typically, such validation programs are terminated after the initial phase if interim targets are not met. The combination of an extended timeline and additional budget is a strong indicator that the technology's maturity has been recognized. The GEN-II represents a leap in LPBF (Laser Powder Bed Fusion) from small- to medium-format systems (250–400 mm build volumes) to ultra-large formats (1000 mm+), redefining the "printable boundary" for aerospace structural components. This shift also introduces new demands on the powder supply chain—large-format printing requires significantly tighter control over powder batch consistency, flowability, and oxygen content compared to smaller systems. Value to powder buyers: ① Ultra-large-format LPBF systems like the GEN-II can consume hundreds of kilograms of powder per single print run; once deployed in procurement, each machine could drive annual powder consumption of tens to hundreds of tons ② Demand for aerospace-grade titanium alloys (Ti64/Grade 23) and nickel-based superalloys (IN718/IN625) is expected to grow significantly ③ Large-format printing demands extremely high powder batch consistency and supply chain traceability, giving certified aerospace powder suppliers a first-mover advantage.

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3D Systems获美空军900万美元追加合同，大尺寸金属AM验证机累计2740万、延期2年

2026年8月10日，3D Systems发布公告，获美国空军追加900万美元合同，继续推进GEN-II DMP-1000大尺寸金属增材制造先进技术验证机项目。项目自2023年启动，初始合同约1076万美元，经多次扩额后总额达2740万美元，并延期2年。研发在加州圣迭戈和南卡州Rock Hill同步进行，目标开发满足航空航天高温、高速、飞行关键部件要求的大尺寸金属3D打印系统。空军持续追加资金并延长项目周期，表明前期技术成果已达到或超出预期门槛——通常此类验证项目若未达到阶段性指标会在首期结束后终止。延期+追加预算的组合是技术成熟度获得认可的强信号。 GEN-II代表着LPBF从中小尺寸（250-400mm幅面）向超大尺寸（1000mm+）的跨越，这将重新定义航空航天结构件的"可打印边界"，同时也对粉末供应链提出全新要求——大尺寸打印对粉末批次一致性、流动性、氧含量控制的要求远超小尺寸。对粉末采购商的价值：① GEN-II级别超大尺寸LPBF系统单次打印粉末消耗量可达数百公斤，一旦转入采购部署，每台设备对应的年度粉末消耗可达数十至上百吨 ② 航空航天级钛合金（Ti64/Grade 23）和镍基高温合金（IN718/IN625）粉末需求将显著增长 ③ 大尺寸打印对粉末批次一致性和供应链可追溯性要求极高，已取得航空航天认证的粉末供应商有先发优势。

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