Stratasys Wins $7.8M Defense Contract to Add In-Situ QA to F3300 and F900

Stratasys has been awarded $7.8 million through the 2026 America Makes and Department of War Organic Industrial Base Modernization Challenge. The 24-month contract focuses on developing in-situ quality assurance capabilities for the F3300 and F900 industrial FDM systems. The goal is to let manufacturers capture real-time process data during the build, rather than relying on costly post-build inspection and qualification.

The problem Stratasys is addressing is real. Additive manufacturing adoption in regulated industries, especially defense, has been held back by the difficulty of verifying part quality efficiently and consistently. Today, manufacturers often wait for extensive post-print inspection before a part can be approved for operational use. That process adds time and cost. If the F3300 and F900 can flag anomalies during printing and generate the documentation needed to support quality decisions, qualification cycles compress and additive manufacturing becomes easier to justify at scale.

How It Differs From 3D Systems' Recent Air Force Award

3D Systems also announced a $9 million Air Force contract earlier this month for its large-format metal 3D printing program. The two awards are sometimes grouped together, but they target different problems. 3D Systems is focused on expanding metal AM scale. Stratasys is focused on making polymer FDM parts easier to qualify for production. Both reflect the same broader trend: the defense department is pouring money into additive manufacturing, with defense AM budgets climbing 83 percent to $3.3 billion in fiscal year 2026 compared to the prior year.

What the F3300 and F900 Bring to the Contract

The F3300 is Stratasys's high-speed production FDM platform, positioned as delivering up to twice the throughput of standard FDM printers with lower per-part cost. The F900 is the company's large-format option. Both are already used in aerospace, automotive, and defense supply chains. Adding in-situ QA makes them more competitive against production-focused alternatives from 3D Systems and Desktop Metal, especially in programs where part qualification is the bottleneck, not print speed.

Stratasys expects the two-year project to result in monitoring capabilities that detect potential anomalies during production and produce the technical documentation required for quality decisions. For buyers evaluating these machines for qualified production use, that documentation pipeline is the feature to watch.