Applied Manufacturing Technologies and FANUC Highlight Collaborative Mixed-Load Handling at Automate 2026 Applied Manufacturing Technologies (AMT), a leader in automation engineering for material handling, end-of-line solutions, and autonomous mobile robots (AMRs) in manufacturing, warehousing, and logistics, is set to exhibit at Automate 2026 alongside FANUC. The showcase focuses on collaborative mixed-load handling solutions tailored for warehouse and logistics environments. These systems integrate advanced robotics to manage varied pallet loads efficiently, addressing challenges in flexibility, safety, and throughput.

AMT specializes in on-demand engineering services and AMR deployments that enhance operational efficiency in dynamic warehouse settings. FANUC contributes robust robotic arms and control systems known for reliability in industrial applications. The demonstration emphasizes seamless human-robot collaboration, reducing manual labor in palletizing/depalletizing and transport tasks while improving uptime.

This aligns with broader trends in warehouse automation where AMRs and collaborative robots (cobots) adapt to changing layouts without fixed infrastructure, unlike traditional AGVs. In the context of labor shortages and e-commerce growth, such technologies promise higher productivity, lower injury risks, and scalable solutions for distribution centers. The event at Automate 2026 provides a platform for industry professionals to explore integrations with WMS (Warehouse Management Systems) for real-time orchestration.

Overall, this highlights ongoing innovation in automated handling, supporting smarter, more resilient supply chains globally. Detailed expansion on the technology: Collaborative mixed-load handling involves robots equipped with advanced vision systems, force/torque sensors, and AI-driven path planning to handle irregular items or mixed SKUs on pallets. Unlike rigid automation, these systems use SLAM (Simultaneous Localization and Mapping) for navigation in unstructured environments.

Integration with FANUC's controllers allows precise gripper control for depalletizing, reducing damage to goods. For warehousing, this means faster cycle times in order fulfillment, with AMRs transporting loads between zones while cobots perform picking tasks.

Benefits include:

  • 24/7 operation potential
  • energy efficiency
  • data analytics for predictive maintenance. Challenges addressed include safety standards (e.g., ISO compliance for human-robot interaction) and seamless WMS integration for task allocation. Industry projections indicate strong growth in AMR adoption for logistics
  • driven by e-commerce demands

Case studies in similar deployments show 30-50% efficiency gains and ROI within 1-2 years. This showcase underscores the shift toward flexible automation in intelligent warehousing logistics. (Approx. 450 words; expanded context from trends in AGV/AMR evolution, robotics orchestration, and logistics applications.)