In the digital electronics manufacturing industry, the true determining factor of delivery capability is not just the placement speed and assembly efficiency, but also the internal logistics system hidden behind the scenes. Multi-category, small-batch, high-frequency switches are the norm in electronic factories. Once material supply is delayed, the production line will experience downtime, and equipment efficiency will be reduced accordingly.
After expanding several assembly production lines, a large digital electronics manufacturing enterprise found that the original mixed delivery mode of manual carts and forklifts could no longer support the high-frequency replenishment rhythm. Logistics response was slow, routes were congested, and personnel scheduling was complex, becoming routine issues. To build a more stable internal logistics system, the enterprise introduced the Reeman Fly Boat AMR transport robot to comprehensively upgrade the transportation process between the warehouse and production line.
The Reeman Fly Boat AMR has a single-machine load capacity of 300kg, supports shelf lifting for material transport, and can directly interface with standard material racks and turnover racks, enabling rapid transportation of entire material shelves. Based on a lidar fusion navigation system, the robot can autonomously plan paths in complex workshop environments, avoiding personnel and equipment in real-time, and does not rely on magnetic strips or QR codes, significantly reducing site transformation costs.
In actual operation, the Fly Boat AMR is responsible for point-to-point delivery tasks from the warehouse preparation area to each production line workstation. The scheduling system dynamically issues transport instructions based on the production rhythm, avoiding manual queuing. The production line end supports remote one-click calling, triggering delivery when material is low, and the overall replenishment response time is significantly shortened.
Given the structural characteristics of multi-floor, multi-functional areas in electronics factories, the Reeman AMR supports automatic elevator linkage and automatic door opening, enabling continuous delivery across floors and effectively solving the vertical transport bottleneck between the warehouse and production line.
After the project was implemented, the enterprise significantly increased material turnover frequency without adding logistics personnel, drastically reduced production line waiting times, and stabilized the overall production rhythm, providing strong support for capacity release during peak order periods.
As the AMR robot manufacturer, Reeman has a complete research, development, production, and system integration capability. The annual shipment volume remains in the thousands, with products exported to Europe, Southeast Asia, the Middle East, and other regions. Reeman has demonstrated long-term, stable operation in projects across multiple industries, with its reliability and consistency fully verified.
