プロジェクトの背景
3,300㎡の収納スペース
コンベアライン稼働能力
キャッシュ・シェルフの操作機能
ピッキング精度
プロジェクトの問題点
Fragmented Workflow: Separation of internal and external warehouse operations leads to inefficient processes and the risk of temperature control disruptions.
High Dependence on Manual Labor: Reliance on manual labor in harsh environments results in low efficiency, high costs, and poor stability.
Technological Application Bottlenecks: Robot navigation becomes inaccurate and battery life is short at low temperatures, making automation upgrades difficult.
ソリューション
This solution deploys an intelligent sorting system consisting of standard and tilting-plate robots.
The number of robots and sorting slots can be increased or decreased as needed based on business requirements. Operationally, items are manually placed in the loading area and automatically scanned before being taken over by a cluster of robots.
Relying on unique navigation technology unaffected by the environment, the robot achieves high-precision, high-speed autonomous movement and accurate sorting.
Furthermore, low-temperature lithium battery technology allows the robot to automatically charge directly within the cold storage room without heating, providing strong support for the continuous stability of overall operations.
顧客価値
Space Efficiency: Multi-platform collaborative operation maximizes cold storage space utilization.
Process Reengineering: Reshaping internal work processes to achieve highly efficient collaboration across the entire process.
Labor Cost Savings: Replacing a large amount of repetitive labor, resulting in overall labor savings of over 60%.
Stable Temperature Control and Energy Reduction: Reducing personnel movement, ensuring constant temperature within the storage room, and lowering energy consumption.