Amid the global automotive industry's accelerated transition toward new energy vehicles and intelligent connectivity, the automotive parts sector is undergoing profound changes marked by product premiumization, higher manufacturing precision, and increasingly customized demand. As the core hub connecting production, warehousing, and distribution, logistics efficiency and flexibility directly determine an enterprise's core competitiveness. Reeman Robotics has long been deeply engaged in the field of industrial intelligence. Centered on an end-to-end "hardware + software + services" solution, Reeman has developed a full range of AMR material-handling robots with payloads from 60 kg to 1.5 tons, completely breaking through the constraints of traditional logistics and injecting new intelligent momentum into the automotive parts industry.
On the hardware side, Reeman AMR material-handling robots integrate advanced vision recognition technology with automatic fork-pick mechanisms, enabling precise identification of rack locations and material information, as well as automated picking, placing, and transportation of materials. This seamlessly bridges logistical gaps between warehouses and production lines. From lightweight precision components to heavy assemblies, the comprehensive product lineup accurately meets diverse material-handling requirements, making efficient "goods-to-person" delivery the norm.
On the software side, Reeman's independently developed intelligent dispatching system and warehouse management system together form the "central brain" of smart logistics. Powered by a distributed architecture and advanced algorithms, the system offers strong task-processing and collaborative scheduling capabilities. It can respond in real time to production line and warehouse demands, dynamically optimize routes, avoid congestion, and ensure uninterrupted logistics operations. At the same time, the system is deeply compatible with enterprise management platforms such as WMS, MES, and ERP, enabling seamless integration of production planning, logistics tasks, and inventory data. This empowers managers with real-time visibility and data-driven, refined operations.
In real-world deployments, Reeman's solutions have already delivered significant value improvements for numerous enterprises. After implementation at an automotive motor parts manufacturer in the Yangtze River Delta, logistics turnover efficiency increased by 40%, order response speed improved by 50%, and production capacity was released by 15%. Robots replaced 80% of manual material-handling work, significantly reducing labor costs. Meanwhile, the combination of intelligent warehousing and narrow-aisle operations increased storage capacity by 25% and markedly improved space utilization. In terms of safety, a multi-sensor fusion perception system enables millimeter-level obstacle avoidance, establishing a strong safety barrier in complex workshops where people and vehicles operate together, and effectively reducing the risk of production accidents.
Looking ahead, Reeman Robotics will continue to focus on laser SLAM autonomous driving technology and 3D vision-language models, iteratively enhancing products' autonomous perception, decision-making, and execution capabilities. We will concentrate on industry pain points, further refine our product portfolio and solutions, and work hand in hand with partners to build a high-efficiency, intelligent, flexible, and green smart manufacturing ecosystem. At the same time, we will actively expand into international markets, enabling China's intelligent logistics technologies to serve the global automotive industry's upgrade and leading the automotive parts sector into a new era of intelligent logistics.