Case study of cost reduction in transportation, packaging, and logistics: Returnable boxes for automotive parts.
Many achievements in the Tohoku region! Leave inter-process transportation to us! The key point is whether to achieve space-saving and labor-saving.
We would like to introduce a case study on proposals for improving the loading efficiency of automotive parts containers. To increase the storage rate beyond appearances, we used a 3D camera to photograph the products and examined packaging methods that would enhance loading efficiency based on that data, considering storage orientation and stacking methods. As a result of our final proposal, we achieved a stable loading method where the products do not come into contact with each other, increasing the capacity from what the customer previously thought was limited to 5 units to 6 units due to our proposal. Additionally, we designed it so that symmetrical products can be stored without interference. [Case Study - After Proposal] - Increased capacity from what was previously thought to be limited to 5 units to 6 units. - Symmetrical products can now be stored without interference. *For more details, please refer to the PDF document or feel free to contact us.
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【Case Overview】 ■ By Usage: Transport Boxes / Carts / Storage / In-Process ■ By Industry: Electronics / Precision Equipment / Semiconductors / General / Others ■ By Material Function: Logistics Efficiency / Space Saving / Material Cost Reduction ■ Classification List by Packaging Item Name: Automotive Parts ■ By Packaging Material: Foam Materials / Plastic Cardboard ■ By Purpose: To transport products "efficiently" / To wrap products *For more details, please refer to the PDF document or feel free to contact us.
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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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