In the charger electronics manufacturing scenario, what truly impacts delivery capability is often not the equipment, but whether the logistics process is smooth. When this large charger electronics factory reviewed its production bottlenecks, it found that the manual handling model could not meet the continuously rising order demands, and logistics stability became a key factor limiting production capacity.
Based on this assessment, the factory fully introduced Reeman Flyboat AMR handling robots, with a 300kg payload and shelf-lifting capability, to take on core delivery tasks between the warehouse and production lines. Once the robot receives a command, it can autonomously complete picking, transportation, and delivery, forming a clear and traceable logistics path.
The Flyboat AMR uses automatic navigation and intelligent obstacle avoidance systems to maintain high throughput in complex factory environments. Whether it's narrow passageways, high-traffic areas, or multitasking conditions, the robot can execute tasks stably. It also supports automatic opening and closing of electric doors and taking elevators, making cross-region and cross-floor deliveries a routine operation.
At the system level, the factory uses remote one-click calling to achieve fast scheduling of logistics resources, ensuring that material flow is highly synchronized with production rhythm. Logistics is no longer a passive response but has become an active component of the production system.
As a globally positioned handling robot brand, Reeman continues to increase its annual shipments, with products sold to multiple overseas markets. The cumulative operating mileage and task frequency have reached industry-leading levels. These real-world data strongly support the stable operation of the Flyboat AMR in the charger electronics factory.
Through the continuous operation of Reeman Flyboat AMR, this charger electronics factory has successfully built an efficient, flexible, and scalable internal logistics system, reserving ample space for future production capacity increases and product iterations.
