How Reeman AMR Robots Enable End-to-End Logistics in Audio Electronics Manufacturing

 

Logistics Challenges in High-Frequency Audio Electronics Assembly

The assembly process of audio electronics products involves multiple interconnected operations, with materials frequently circulating between different workstations. This places extremely high demands on logistics continuity and stability.

As production scale expanded, a large audio electronics manufacturer found that traditional manual material handling could no longer support increasing production intensity. Internal logistics gradually became a critical constraint limiting capacity release and takt stability.

Ship AMR as the Core Logistics Execution Unit

After evaluating multiple automation options, the enterprise selected the Reeman Ship AMR material handling robot as the core execution unit for warehouse-to-production-line delivery.

Ship AMR supports rack lifting with a payload capacity of up to 300 kg, enabling whole-rack transportation instead of single-item handling. This significantly shortens pick-and-place time, reduces intermediate transfer steps, and improves overall logistics efficiency.

Autonomous Navigation Across Complex and Dynamic Environments

Reeman AMR robots operate using autonomous navigation, allowing rapid deployment without large-scale factory modifications. In complex layouts and dynamic environments, Ship AMR can plan routes in real time and intelligently avoid obstacles, ensuring continuous task execution.

By integrating with automatic door systems, the robot moves freely between different production zones. Through elevator system integration, Ship AMR enables fully automated cross-floor delivery, effectively breaking spatial constraints within multi-story facilities.

System-Based Scheduling Improves Logistics Rhythm Control

At the scheduling level, production line operators can trigger logistics tasks through a remote one-click call. The system automatically assigns the optimal robot to execute the task, reducing manual coordination and waiting time.

This shift makes logistics rhythm more predictable and controllable, ensuring close synchronization between material delivery and production takt.

Proven Stability Through Large-Scale Global Deployment

As a globally deployed AMR manufacturer, Reeman has accumulated large-scale implementation experience across multiple industries. Annual deliveries reach tens of thousands of units, with products exported to dozens of countries and regions worldwide.

High-frequency, long-duration operational data provides strong validation of Ship AMR’s reliability and stability, ensuring its sustained performance in demanding audio electronics manufacturing environments.

From Manual Dispatching to System-Oriented Logistics

By building an intralogistics system centered on Reeman Ship AMR robots, the factory successfully transitioned from manual dispatching to system-driven scheduling. This transformation not only stabilized current operations but also reserved sufficient flexibility for future production line expansion and capacity upgrades.

 

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