How Reeman AMR Enables High-Frequency Intralogistics

 

Logistics Is the Backbone of Stable Automotive Production

In automotive parts manufacturing, logistics is never just about moving items from point A to point B. It directly affects production takt, process continuity, and delivery lead time.

With a wide variety of materials such as engine brackets, wiring harnesses, and structural modules circulating at high frequency, any delay in replenishment can force an entire production line to slow down. The impact goes beyond efficiency, directly affecting order fulfillment capability.

Manual Transport Reaches Its Limits at Scale

As one large automotive parts manufacturer continued to expand capacity, its original logistics model, based on a mix of manual carts and forklift operations, began to expose clear limitations.

Uncontrollable takt timing, congested aisles, and rising labor coordination costs gradually became bottlenecks. To address these challenges, the company introduced Reeman Big Dog AMR robots to systematically upgrade intralogistics from the warehouse to production lines.

Compact Design with Intelligent Navigation

The Reeman Big Dog AMR supports a payload of up to 100 kg and features a compact form factor, allowing it to move flexibly through equipment-dense automotive workshops.

Powered by laser lidar and multi-sensor fusion navigation, the robot can autonomously recognize aisle conditions, dynamically avoid workers and forklifts, and maintain safe, stable operation in complex environments. No magnetic strips or QR codes are required, significantly shortening deployment time.

Point-to-Point Delivery Driven by Production Rhythm

In daily operation, Big Dog AMRs handle point-to-point material delivery from warehouse staging areas directly to workstations.

Tasks are automatically released by the system based on production consumption rates, eliminating delays caused by manual dispatching. Line-side operators can also trigger deliveries via remote one-click calls, ensuring rapid response when materials run low and noticeably improving overall logistics efficiency.

Seamless Cross-Floor and Cross-Zone Automation

To address multi-floor factory layouts and distributed process zones, Reeman AMRs can autonomously ride elevators and integrate with automatic door systems.

This creates a continuous, uninterrupted unmanned logistics path across floors and areas, removing the need for manual handovers and intermediate transfers.

From Labor-Dependent to System-Driven Logistics

After the system went live, the factory achieved stable, around-the-clock logistics operation. Line stoppages caused by material shortages were significantly reduced, and reliance on skilled forklift operators decreased.

Logistics management shifted from “people watching the flow” to “systems driving execution,” delivering a more scalable and controllable production environment.

Proven Manufacturing Strength Behind the Solution

As an original AMR manufacturer, Reeman possesses complete R&D and large-scale manufacturing capabilities, with annual shipments reaching several thousand units. Its products are exported to Europe, Southeast Asia, the Middle East, and other regions.

Long-term operational stability has been validated across numerous projects, providing strong technical assurance for this automotive parts application.

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