Optimized multi-material transport box for parts delivery
Three packaging material concerns! Problem-solving packaging design that addresses cost reduction, quality, and quantity.
Are you facing any of these issues with the transportation of automotive parts and precision components? - I want to suppress the rising costs of packaging materials due to soaring prices of goods and crude oil! - I want to eliminate quality issues such as dust generation and contamination caused by friction between parts and dividers in returnable boxes. - I want to reduce the increasing delivery costs year by year by improving the quantity per box and loading efficiency. We will introduce examples of how we have led to problem-solving through improvements in packaging materials. [Key Points for Problem Solving] - For returnable boxes, there are various material options such as TP boxes, plastic corrugated boxes, and Texcell, while interior materials include P-boards, Palonia, Sumiseller, Eperan, and Sanpelka. We propose cost reductions without compromising cushioning performance or functionality by changing materials and shapes. - We can achieve contamination countermeasures and visibility of contents with custom-sized vacuum-formed lids. Switching from grid dividers to wear-resistant vacuum-formed trays addresses dust generation. We will propose how to maintain the quality of parts while transporting them to their destination. - By changing from grid dividers to stackable vacuum-formed trays, we can improve the quantity per box inside the returnable box, and we will propose improvements in quantity through changes in the material and shape of cushioning materials. *For more details, please refer to the PDF document.
- Company：TSK
- Price：Other
![[Special Feature on Delivery Boxes] Improving Dead Space in Automotive Parts Delivery Boxes!](https://image.mono.ipros.com/public/product/image/ab0/2001018950/IPROS39870231112380993163.jpeg?w=280&h=280)
