The efficiency of logistics processes largely depends on the selection, sizing and stacking of aggregate and transport packaging. Properly organized packaging not only protects products but also directly affects the rationalization of space, the speed of manipulation and the reduction of costs in the supply chain. This paper analyzes the way in which standards and methods of stacking packaging units can improve operational efficiency. Through a theoretical review and analysis of practical examples, the role of palletization, modularity and optimal capacity utilization in the storage and transport process is discussed. The research confirms the hypothesis that adequate stacking of aggregate and transport packaging significantly reduces logistics costs and the time required for delivery, which directly contributes to improving supply chain performance.
The efficiency of logistics processes largely depends on the selection, sizing and stacking of aggregate and transport packaging. Properly organized packaging not only protects products but also directly affects the rationalization of space, the speed of manipulation and the reduction of costs in the supply chain. This paper analyzes the way in which standards and methods of stacking packaging units can improve operational efficiency. Through a theoretical review and analysis of practical examples, the role of palletization, modularity and optimal capacity utilization in the storage and transport process is discussed. The research confirms the hypothesis that adequate stacking of aggregate and transport packaging significantly reduces logistics costs and the time required for delivery, which directly contributes to improving supply chain performance.
The efficiency of logistics processes largely depends on the selection, sizing and stacking of aggregate and transport packaging. Properly organized packaging not only protects products but also directly affects the rationalization of space, the speed of manipulation and the reduction of costs in the supply chain. This paper analyzes the way in which standards and methods of stacking packaging units can improve operational efficiency. Through a theoretical review and analysis of practical examples, the role of palletization, modularity and optimal capacity utilization in the storage and transport process is discussed. The research confirms the hypothesis that adequate stacking of aggregate and transport packaging significantly reduces logistics costs and the time required for delivery, which directly contributes to improving supply chain performance.
