Optimizing Shakeout Processes For Higher Throughput and Casting Quality

This white paper examines how optimizing the shakeout stage can improve both production throughput and casting quality in modern foundry operations. The shakeout process plays a critical role in separating castings from the molds while preparing sand for downstream cooling, screening, and reclamation, and when equipment is outdated or inefficient it can create bottlenecks, increase the risk of casting damage, and disrupt sand system performance.
April 2, 2026

This paper highlights the impact of shakeout optimization on foundry performance, emphasizing its role in improving throughput and preserving casting integrity. It explains how inefficient systems can slow production, damage castings, and disrupt sand handling processes. By addressing these challenges, foundries can achieve more consistent operations, better material flow, and enhanced overall process efficiency.