One Robot Replacing Three Workers: Reeman AMR Delivery Robots Get Automotive Logistics Truly Movi

 

Automotive Logistics Must Move With Production Changes

In the automotive manufacturing supply chain, product variety is high, production rhythms are fast, and batch switching is frequent. Material transport from warehouse to production line directly determines whether the entire line can run continuously. For automotive parts manufacturers, logistics systems must not only “work,” but also adapt quickly to production changes.

During its smart manufacturing upgrade, one automotive supplier evaluated traditional AGV solutions but found that fixed routes, QR codes, and track installation required long modification cycles. Frequent production line changes further increased maintenance and reconfiguration costs.

Choosing Reeman AMR as the Core Logistics System

The company ultimately deployed Reeman AMR delivery robots as the core equipment of its internal logistics system.

Unlike traditional AGVs, Reeman AMRs represent an upgraded generation of mobile robots. Using autonomous navigation technology, they can be deployed out of the box without site modification, completing environmental mapping and route planning automatically and significantly shortening project implementation time.

Stable Operation in Real Production Environments

In automotive factories, mixed traffic involving workers, carts, and forklifts is the norm. Reeman AMR delivery robots rely on 3D cameras and multi-sensor fusion to achieve autonomous obstacle avoidance and dynamic rerouting, ensuring stable transport in real-world production environments.

At this facility, Reeman AMRs handle material delivery from warehouse to production lines and return empty containers. Once tasks are issued, robots automatically complete pickup, transport, and drop-off, enabling precise point-to-point delivery while dramatically reducing manual handling and dispatching.

Flexible Response to Unplanned Transport Tasks

To address frequent replenishment and temporary transport needs common in automotive parts factories, Reeman AMRs support an automatic following mode, allowing flexible handling of non-standard logistics scenarios. When multiple robots operate simultaneously, the centralized scheduling system coordinates task execution, preventing route conflicts and congestion.

Multi-Floor Automation and Proven Labor Replacement

For multi-story factory layouts, Reeman AMRs can autonomously use elevators to achieve continuous cross-floor transport, eliminating manual handoffs between warehouse and production areas and significantly reducing labor costs.

With automatic charging and remote one-click calling, the system supports high-intensity continuous operation. On-site data shows that a single Reeman AMR delivery robot can reliably replace approximately three manual transport workers, completing hundreds of transport tasks per day.

Proven Performance Across the Automotive Supply Chain

As a source manufacturer of AMR delivery robots, Reeman focuses on core mobile robotics technologies and operates a mature mass-production system. Its products are widely used across the automotive supply chain, with strong annual shipment volumes and exports to multiple countries.

After deployment, this project achieved an overall logistics efficiency improvement of approximately 40%, significantly reducing exception handling time and providing a stable foundation for flexible automotive production.

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