Transport Packaging: A Case Study of Designing Efficient Storage from Scratch with 3D Drawings
Utilizing drawings through 3D simulation! Achieved maximum storage efficiency from scratch.
This is an introduction to a case study that achieved maximum storage efficiency by designing from scratch. The product in this case has a complex shape, and there were no specific guidelines for how to pack it other than using newspaper. As a result, not only was the loading efficiency per box poor, but there were also many instances of product defects due to scratches, leading to unnecessary tasks such as repainting. To address this, we utilized 3D simulation drawings to create a pad that offers both good loading efficiency and workability, ensuring that the products do not interfere with each other. Until now, we have introduced cases where existing storage methods were improved, but it is certainly possible to design cushioning packaging from scratch as well. [Case Overview] ■ Additional Function: Streamlining logistics and saving space ■ Material: Foam material ■ Industry: Steel / Metal ■ Product Category: Returnable box *For more details, please refer to the PDF document or feel free to contact us.
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Whether it is [one-way] or [commuting], whether cushioning is necessary, and the effects related to static electricity... the optimal materials vary depending on the contents. We will propose improvements to the packaging format for the 2024 issue. Tohoku Ueno Co., Ltd. will utilize the many packaging examples we have cultivated so far, along with various new materials developed in recent years to address environmental issues, to offer the best combination. We will consider all aspects, including cost, material selection, processing methods, and environmental factors, to meet our customers' needs. We will conduct drop tests using the drop test machine from Ransomont, analyze the shock waveforms with test partners, and propose the optimal cushioning packaging design.
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