Jungheinrich Launches EAC 212a Robot for High-Rise Warehouse Applications

Jungheinrich has expanded its autonomous automation portfolio with the launch of the EAC 212a, a mobile robot designed for high-bay warehouse applications and automated material transport. Engineered for logistics and production environments, the system supports storage and retrieval operations while enabling efficient movement of goods between receiving, warehousing, manufacturing and shipping areas.

The EAC 212a is designed to handle pallets and pallet carriers across warehouse zones, conveyor systems and transfer points. It can also be integrated with automated storage and retrieval systems (AS/RS), allowing companies to automate material flows without extensive modifications to existing infrastructure.

The robot supports loads of up to 1,200 kg and operates at speeds of up to 6 km/h. By reducing manual interventions at transfer points, the system helps improve operational efficiency, process reliability and overall warehouse productivity.

A key feature of the EAC 212a is its AI-based 3D pallet detection technology. The intelligent vision system accurately identifies pallets and load carriers, automatically compensating for positional deviations of up to \u00b1100 mm and angular variations of up to \u00b110\u00b0. This capability helps maintain process stability even when pallets are not perfectly aligned, reducing disruptions and improving throughput.

The mobile robot utilizes contour-based navigation supported by LiDAR sensors, allowing it to create maps of its surroundings and navigate autonomously using natural warehouse features. Because no artificial markers or structural changes are required, deployment can be completed more quickly while reducing implementation costs. Compatibility with the VDA 5050 communication standard also simplifies integration with warehouse management and fleet control systems.

For safe operation in mixed environments, the EAC 212a is equipped with a 360-degree safety sensor system that continuously monitors its surroundings and detects obstacles from heights as low as 70 mm. The robot can autonomously avoid obstructions, supporting safe collaboration with warehouse personnel and manually operated forklifts.

The platform features a 130 Ah lithium-ion battery and automatic opportunity charging, enabling the robot to recharge autonomously between tasks. Designed as a scalable solution, the EAC 212a can be deployed in small fleets and expanded over time through software updates and additional system integration capabilities.