PATTERNS BUILT FOR VICTORY.

Engineering-driven pattern design for complex geometries and demanding casting applications. We evaluate draft, shrink allowances, parting lines and core prints with the molding process in mind—helping casting buyers avoid costly modifications after tooling reaches production.

Precision-built patterns, core boxes, pattern plates and match plates designed for foundry repeatability and long tooling life. Built for iron and aluminum foundries that need tooling to perform consistently across high production volumes.

High-accuracy CNC machining for pattern components, tooling details and complex geometry work. Our HAAS equipment handles large-format and precision work that hand methods cannot reliably produce, reducing dimensional variation and rework.

Virtual analysis of filling, solidification, thermal behavior and shrinkage risk before tooling and production decisions are finalized. MAGMA simulation helps identify potential problems earlier, improve gating and risering strategies and reduce avoidable trial and error.

Sand molds and cores produced without conventional hard tooling using ExOne binder-jet technology. Useful for prototype castings, complex core geometry and applications where lead time or geometry makes traditional tooling impractical.

Replacement patterns, core boxes and tooling repairs for foundries managing aging or damaged equipment. We can reverse-engineer from worn tooling or existing castings and build replacement tooling that meets current production requirements.

Direct connection to iron and aluminum foundries through the Anderson Foundries network. Tooling decisions are informed by real production experience—gating, risering, core placement, cleaning and machining considerations are part of how we approach every project.

Support from early design through production-ready tooling. We work with casting buyers, engineers and foundries to develop tooling that reflects how the part will actually be molded, poured and finished—not just how it looks on a drawing.