According to www.thescxchange.com, Fanuc America demonstrated five robotic systems at the Modex 2026 trade show that integrate artificial intelligence and computer vision to enable flexible, real-time decision-making in dynamic warehouse environments. The demos covered box handling, scanning, picking, palletizing, depalletizing, and autonomous material movement.
AI-Enhanced Collaborative and Industrial Robot Platforms
One system paired a high-payload CRX-30iA collaborative robot arm with an OTTO 600 autonomous mobile robot (AMR) to perform end-to-end tasks: picking, weighing, transporting, palletizing, and sorting boxes. Another featured the CRX-10iA collaborative robot, trained on the warehouse floor without coding, using a 3DV/200 vision sensor for label inspection and barcode reading.
Multi-Sensor Integration for Precision Identification
A third setup employed an M-10/12-14D industrial robot arm equipped with 2D iRVision cameras to read bin barcodes, a 3DV/600 sensor to locate pickable items, and an integrated radio-frequency identification (RFID) reader to identify items, pick-and-place units, and consolidate totes. A fourth used an M-710/50-26D robot arm with a 3DV/1600 3D vision sensor and FANUC’s iPC Box, enabling the AI Box Locator to detect and precisely locate boxes for palletizing and depalletizing.
Practitioner Implications
For supply chain professionals, these deployments signal a shift toward adaptive automation that reduces reliance on pre-programmed routines and fixed infrastructure. Unlike traditional robotic cells requiring extensive engineering for each SKU or layout change, Fanuc’s AI-vision integration supports rapid reconfiguration — critical amid volatile demand, labor shortages, and rising expectations for same-day fulfillment. The CRX-10iA’s no-code training capability lowers technical barriers for frontline staff, while RFID + 3D vision fusion improves traceability and reduces mispicks in mixed-SKU environments. As AMRs become standard carriers, pairing them with AI-perceptive arms — as shown with the OTTO 600 + CRX-30iA — offers scalable throughput without major facility retrofits. These are not lab prototypes: all five systems were live demos at Modex 2026, indicating near-term deployability for distribution centers seeking modular automation upgrades.
Source: www.thescxchange.com
Compiled from international media by the SCI.AI editorial team.
