Static robotic cells create a fundamental bottleneck in hyper-personalized manufacturing, locking capital into fixed tasks and forcing costly manual reconfiguration for each new product variant. Dynamic cobot fleet management automates this operational constraint by treating robots as a shared, reconfigurable resource. The workflow ingests active product configurations from the MES, evaluates each cobot's state and tooling, and dynamically assigns them to kitting, assembly, or inspection stations. This shifts the operating model from dedicated cells to a flexible pool, directly improving asset utilization and slashing changeover downtime from hours to minutes, protecting margin on low-volume runs.




