As manufacturing facilities move toward lights-out and highly automated production, the main throughput constraint is no longer the machine itself but the efficiency of material handling and logistics flows. While Autonomous Mobile Robots (AMRs) provide a flexible alternative to fixed conveyor systems, integrating them into precision manufacturing environments introduces new technical challenges related to data synchronization, system interoperability, and fleet orchestration.

This technical session explores the architectural foundations required to deploy a scalable AMR framework in high-mix, low-volume (HMLV) manufacturing environments. Moving beyond basic navigation and obstacle avoidance, the discussion focuses on the critical middleware layer, analyzing how interoperability enable unified control across heterogeneous robot fleets and facilitate seamless integration with existing automation infrastructure.

The presentation will also examine the technical workflow for connecting AMR fleet management systems with Manufacturing Execution Systems (MES) and ERP platforms, enabling automated material requests and “call-for-parts” triggers directly from production processes. Particular attention will be given to robotic machine tending applications, including the precision docking requirements necessary for autonomous pallet exchange and raw material delivery at machine tool interfaces.

Finally, attendees will gain practical insights into industrial deployment considerations, including floor-load capacity for heavy-payload AMRs, battery management strategies for continuous 24/7 operations, and cybersecurity requirements for robots operating within shared industrial networks.

International Manufacturing Technology Show 2026

Architecting Interoperable AMR Ecosystems: Bridging the Gap Between Shop Floor Logistics and Machine Throughput

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Conference

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Speakers