AMR Robots Transform Logistics Efficiency in Automotive Parts Manufacturing

 As the automotive industry accelerates toward intelligence and electrification, automotive parts manufacturers—key pillars of the supply chain—are actively advancing smart factory initiatives. However, traditional production logistics models have become a major bottleneck. Thousands of part types, wide variations in size and weight, and the rise of small-batch customized orders driven by new energy vehicles have made conventional “manual handling plus forklifts” increasingly inadequate for high-mix, high-precision logistics requirements.

Reeman AMR mobile robots address these challenges through deep adaptation to complex industrial logistics scenarios. The company offers a comprehensive AMR product portfolio with load capacities ranging from 60 kg to 1.5 tons, enabling precise alignment between logistics equipment and production needs. Light-duty autonomous robots move flexibly between production lines with centimeter-level positioning accuracy, ensuring seamless material flow from storage to production.

At the system level, Reeman AMR robots operate under a proprietary intelligent scheduling platform that integrates equipment, warehouses, and information systems into a unified logistics ecosystem. The system supports multi-robot collaboration, dynamic task allocation, route optimization, and congestion avoidance. Dozens of AMRs can operate simultaneously without interference, while autonomous charging enables 24/7 continuous operation to meet high-throughput manufacturing demands.

In warehouse operations, Reeman AMRs integrate with intelligent racking systems and connect with WMS, ERP, and MES platforms. This enables precise batch-to-location binding, ensures first-in-first-out execution, and provides real-time inventory visibility, making logistics data fully transparent and traceable.

Safety remains a core requirement in industrial environments. Reeman AMR robots incorporate multi-sensor fusion technology combining lidar, vision systems, and ultrasonic detection to achieve real-time environmental awareness. In workshops with mixed traffic and dense equipment layouts, the robots perform millimeter-level obstacle avoidance and dynamically adjust routes as layouts change. Multiple layers of hardware and software safety mechanisms ensure both operational efficiency and workplace safety.

In an automotive parts factory in East China, Reeman AMR robots replaced approximately 80 percent of manual transport tasks, significantly reducing sorting errors and labor intensity. With continuous 24-hour operation, logistics turnover efficiency increased by 40 percent, while overall production capacity rose by 15 percent. The combination of intelligent storage and narrow-aisle AMR operation expanded warehouse capacity by 25 percent, and response speed for small-batch customized orders improved by 50 percent.

As automotive parts manufacturing enters a deeper stage of intelligent transformation, logistics automation has become a critical breakthrough area. With flexible deployment, intelligent coordination, and proven safety performance, Reeman AMR robots not only meet current industry needs but also continue to evolve through ongoing technological innovation. As a dedicated industrial robotics solution provider, Reeman will continue to support automotive manufacturers in building data-driven, collaborative, and efficient smart factory ecosystems.

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