MODEX 2026: FANUC America Showcases Robotics and AMRs for Warehousing and Logistics

Why It Matters

The showcase proves that advanced cobots and AMRs can close labor gaps and boost throughput, positioning FANUC as a key supplier for next‑generation intralogistics. Companies adopting these systems can expect higher accuracy, reduced ergonomic injuries, and faster order fulfillment, directly impacting supply‑chain competitiveness.

Key Takeaways

• CRX‑30iA mobile manipulator pairs with OTTO 600 AMR for palletizing.
• AI‑enhanced vision enables real‑time box identification and adaptive handling.
• System travels up to 2 m/s, boosting intralogistics throughput.
• Collaborative robots reduce ergonomic strain and address labor shortages.
• FANUC demos showcase RFID, 3D vision, and drag‑and‑drop programming.

Pulse Analysis

Automation is reshaping warehouse operations, and FANUC’s MODEX 2026 exhibit underscores how robotics are moving from pilot projects to production‑grade solutions. By integrating a high‑payload collaborative arm with an autonomous mobile robot, FANUC delivers a turnkey system that can pick, weigh, transport, palletize and sort boxes without a safety fence. The AI‑enhanced vision stack—combining 3D sensors, barcode reading and payload estimation—lets the robots adapt on the fly to mixed‑size loads, a capability that traditional fixed‑cell automation lacks.

The CRX‑30iA and OTTO 600 pairing illustrates a new speed benchmark: the AMR cruises at up to 2 meters per second while the collaborative arm operates at its maximum collaborative speed, together achieving a seamless material‑flow loop. Safety is baked in through area scanners and smart speed control, automatically slowing when personnel enter the workspace. This fenceless collaboration not only protects workers but also frees floor space, a critical advantage for dense fulfillment centers facing rising real‑estate costs.

For supply‑chain leaders, the practical impact is clear. Deploying FANUC’s AI‑driven perception tools can cut order‑picking errors, increase throughput, and alleviate the chronic labor shortage that has plagued logistics firms. The additional demos—RFID‑enabled tote consolidation, drag‑and‑drop programming, and flexible palletizing—showcase a versatile portfolio that can be customized across industries. As e‑commerce volumes continue to surge, firms that adopt such integrated robotic ecosystems are likely to gain a competitive edge through faster, safer, and more cost‑effective fulfillment.