Intelligent Algorithm
Efficient Service

Funtron endows the system with powerful thinking, reasoning and judgment abilities, as well as the ability to independently solve complex logistics problems. We do not need to reserve storage locations, and when the demand for a certain type of material increases, the system can quickly adjust its storage location, optimize the retrieval process, and improve the retrieval speed; When there is an excess inventory of a certain type of material, the system will issue a warning in advance to take timely measures, avoid resource waste, improve material utilization, effectively shorten material idle time, and lay a solid foundation for improving overall production efficiency.

● Dynamic inventory management

Dynamic inventory management adopts flexible strategies to adapt to the continuous changes in inventory, ensuring that the layout of goods can quickly respond to changes in demand, optimizing the efficiency and response speed of the entire warehousing system.

● Layout Oriented by Order Demand

Optimization of inventory location and arrangement based on order demand, ensuring quick response to orders, improving processing speed and customer satisfaction. By accurately analyzing order data, the system can intelligently determine the optimal cargo layout and achieve efficient logistics.

● Prioritize processing of hot products

The strategy of new inventory prioritizes popular products at the top of accessible areas, utilizing the dynamic characteristics of funtron system to ensure fast access to popular products and accelerate order processing speed.

In a typical Lebo robot queue, approximately 80% of the time is spent on serving orders, while 20% of the time is spent on order preparation. Order preparation is mainly carried out during breaks and nighttime, while other time periods are idle. According to the FUNSACKER priority, the required containers will be set at the top in advance during the container preparation phase before the operation. More than one-third of the containers do not require excavation at all.

The robot team in the funtron system spends most of their time serving as backup containers, rather than waiting idle. The robot will actively place the cargo box on the top to prepare in advance to meet the order requirements. This means that operators do not need to wait for the container, and order processing can be faster and more efficient. The funtron system can perform artificial intelligence analysis on historical big data, accurately predicting the demand and flow trend of materials in the future. After frequent use, containers will be placed on the top layer of the stack, and over time, containers with low usage rates will gradually drop to the bottom of the stack. This design concept ensures that robots only need to excavate and stack the bottommost cargo boxes in very few cases. Therefore, as a whole, the excavation operation of the robot will not directly affect the operational efficiency.

The robot algorithm of Funtron has revolutionized the efficiency of vehicle operation on the grid. Forget about traditional waiting and pauses, our crossover technology allows robots to cleverly crisscross and flow smoothly at intersections. Even in situations where avoidance is necessary, the robot only slows down slightly to maintain continuity of operation.