Investment casting is the only process that can produce the critical components needed to build jet engines, nuclear and gas turbines, industrial equipment, drones, medical devices, and much more.

The U.S. had 6,150 foundries in 1955. Fewer than 1,700 remain, and only a few dozen are qualified today for the highest end aerospace/defense work that keeps our nation running. The rest were consolidated, offshored, or simply closed.
The result: the highest-performance parts on earth are increasingly made in factories with 2–3 year lead times and no redundancy when supply chains break.

The investment casting process has worked for three millennia. But over half of casting cost is direct labor and rework. Every step is manual. Investment casting needs a software automation layer and modern technology to survive.

The modern foundry is software defined, automated, and AI enabled.
FoundryOS interprets part geometries, generates tooling-free patterns, and automates process control from shell building through pour and inspection, with full traceability from melt to delivery.

A15 bracket developed by NASA as part of the Text-to-Spaceship and Evolved Structures research, cast by Fabri. CAD to casting in 5 days. Winner of the 2026 AFS Casting of the Year (Small Foundry).