Taking the logistics warehouse of a large electronics manufacturing enterprise in Cambodia as an example, the enterprise mainly produces consumer electronics products such as smartphones and tablets. The warehouse is located in the outskirts of Phnom Penh, covering an area of about 12000 square meters and storing over 5000 types of raw materials and finished products. In order to improve storage efficiency and meet production needs, the company has introduced a pallet-shuttle racking.

High storage density implementation: By using pallet-shuttle racking, the storage density of the warehouse has been increased by about 40%. Electronic components that originally required multiple traditional shelves for storage can now be centrally stored through intensive storage design, significantly reducing the warehouse's footprint.

Precision management improvement: The warehouse has introduced a WMS system, combined with pallet-shuttle racking, to achieve real-time monitoring and precise management of goods. The staff can quickly locate the goods through the system, ensuring accurate supply of raw materials and rapid delivery of finished products. In addition, the system can automatically generate inventory reports to help management understand the inventory situation in a timely manner and optimize supply chain management.

Efficient inbound and outbound operations: The use of intelligent shuttle buses significantly improves the efficiency of warehouse inbound and outbound operations. When raw materials are stored in the warehouse, the shuttle car can quickly store the goods in the designated location; When needed for production, shuttle cars can quickly retrieve the required materials to ensure the continuous operation of the production line. This efficient operating mode helps enterprises shorten production cycles and improve market response speed.

Improved automation level: The automated operation of pallet-shuttle racking reduces manual intervention and lowers the incidence of human errors. The operation of the intelligent shuttle car has also been meticulously designed to avoid collisions and damage to goods, further improving the safety of the warehouse.

Dealing with production fluctuations: Electronic manufacturing enterprises have significant fluctuations in production demand, especially when new products are released or orders surge, warehouses need to quickly adjust their storage strategies. The flexibility of pallet-shuttle racking enables warehouses to quickly adapt to changes in demand, ensuring the stability of the supply chain.

Cost control: By using pallet-shuttle racking, the operating costs of the warehouse have been effectively controlled. Efficient storage and management reduce labor costs, while high storage density reduces rent and energy consumption. These cost savings directly enhance the competitiveness of the enterprise.

conclusion

The application of pallet-shuttle racking in logistics warehouses of Cambodian electronic manufacturing enterprises fully reflects their characteristics of high storage density, automated operation, strong flexibility, and efficient management. By making reasonable use of pallet-shuttle racking, electronic manufacturing enterprises not only improve storage efficiency and space utilization, but also achieve precise management and efficient warehousing of raw materials and finished products. With the continuous development of Cambodia's electronic manufacturing industry, the application prospects of pallet-shuttle racking will be even broader. In the future, with the advancement of technology, pallet-shuttle racking will also be combined with technologies such as the Internet of Things and artificial intelligence to further enhance the intelligence level of logistics warehouses and inject new impetus into the development of Cambodia's electronic manufacturing industry.