Cross-Floor Logistics Complexity in Electronics Manufacturing
Large electronics manufacturing facilities are often characterized by multi-floor layouts, highly segmented processes, and frequent material circulation. From incoming inspection and SMT placement to assembly, testing, and packaging, processes are distributed across different floors.
With diverse materials, small batch sizes, and tight production rhythms, internal logistics must respond quickly while maintaining high stability.
Limitations of Traditional Delivery Methods
A large electronics factory in Guangdong faced increasing challenges as its order structure shifted toward high-mix, low-volume production. Traditional manual cart transport and fixed-time delivery schedules became inefficient.
Frequent personnel movement, low cross-floor efficiency, and slow response to urgent orders made it difficult to maintain stable coordination between warehouses and production lines.
Deploying Reeman AMR Robots for High-Frequency Transport
To address these challenges, the factory introduced Reeman AMR robots from the Big Dog Series to handle high-frequency material delivery between the warehouse and production lines. With a rated load capacity of 100 kg and a compact design, the robots operate efficiently in narrow aisles and equipment-dense environments.
They are well suited for transporting electronic material bins and turnover racks commonly used in electronics manufacturing.
Autonomous Navigation Without Site Modification
Unlike traditional automation systems, Reeman AMR robots use autonomous navigation and can be deployed quickly without modifying the existing facility. In complex environments where humans and machines operate together, the robots continuously sense changes and actively avoid personnel and equipment, ensuring safe and uninterrupted logistics operations.
Elevator-Enabled Cross-Floor Delivery
To support the factory’s multi-floor layout, Reeman AMR robots are capable of autonomous elevator operation. Materials can be transported from the warehouse, automatically switch floors, and be delivered directly to designated production stations.
This capability eliminates time-consuming manual stair and elevator transport, while also reducing safety risks in crowded areas.
On-Demand Material Dispatch
Production staff can remotely trigger delivery tasks through the system based on real-time production rhythms. After receiving instructions, robots automatically plan routes, pick up materials from the warehouse, and complete precise point-to-point delivery.
This reduces waiting time and aligns material supply more closely with actual production demand.
Building a Stable Automated Logistics Network
As multiple Big Dog AMR robots operate collaboratively, the factory’s internal logistics gradually formed a stable automated delivery network. Circulation between warehouses, floors, elevators, and production lines became more orderly, while manual intervention was significantly reduced.
Production rhythm continuity and predictability improved noticeably.
Enabling the Next Stage of Smart Factory Development
By deploying Reeman AMR robots, this large electronics factory successfully overcame logistics bottlenecks in a multi-floor, multi-process environment. The solution provides a more flexible and efficient internal logistics upgrade path for the electronics manufacturing industry and establishes a solid foundation for future smart factory development.
