[Case Study of Packaging Design Improvement] Industrial Product Shipping Box - Pad Improvement
It can withstand temperatures up to 130 degrees! Here we introduce a case that achieved three times the loading efficiency through a cushioning design.
Our company provides examples of improvement proposals for existing transportation packaging and packing methods. In this case, the customer was seeking improvements in packing and packaging methods to enhance loading efficiency. Therefore, we selected HD-80 as the material. Considering workability, it can be stored by simply laying one sheet down, and it allows for packaging without contact between the products. With our proposal, we were able to improve the efficiency by approximately three times. (12 pieces per layer × 6 layers = 72 pieces → 24 pieces per layer × 10 layers = 240 pieces) 【Benefits of packing and packaging improvements】 ■ Achieved a loading efficiency of three times with a design that allows for 24 pieces per layer × 10 layers = 240 pieces ■ By selecting HD-80, the material can withstand heat, capable of enduring up to 130 degrees *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 of 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 and various new materials developed in recent years to solve environmental issues, offering the best combinations. 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 tester from Ransomont, analyze the shock waveforms with test partners, and propose optimal cushioning packaging designs.