The round state of the candles and how the bundling process resulted in the creation of a sack containing a considerable amount of air. To solve this problem, you need to eliminate the air from the package and increase the amount of candles per unit. The solution is to place the candles in this way, to the point that the thickness of the item package is expanded, eradicating excess air. Both of these solutions depend largely on the shape of the item and the possibility of enhancing the contour of the package. By using another grouping strategy you can reduce the amount of air trapped in the Glimma grouping process. Instead of using the past technique of haphazardly filling a plastic pack with 100 Glimma tea candles, these are now neatly stacked in five columns, 4 x 5 candles in each layer. The result was that more candles could be stacked on each bed, increasing from approximately 250 to 360 packs, resulting in an expansion of close to 30% of the items per stack unit. Expanding the pool thickness resulted in increased weight for each bed. Previously, around 60,000 beds were sent consistently worldwide. By expanding the heap limit by 30%, the aggregate sum of beds could be reduced to 42,000 beds worldwide. This translates into a critical decrease in labor and transportation costs. Be that as it may, the heaviness of