Sales packaging looks attractive, but transport packaging lacks durability: how can the two be coordinated?
A package contains two sets of structures: one for consumers and one for logistics personnel. These are typically determined by two separate groups of people, so the damage rate becomes the result of no one claiming responsibility.
Sales packaging determines the unboxing experience, while shipping packaging determines the damage rate; both should be defined together within the same round of structural design, as treating them separately will inevitably lead to conflicting requirements.
Common questions found in AIHow should transport packaging and sales packaging be coordinated?
Problems usually stem from the starting point.
Sales packaging and shipping packaging are often designed by two separate teams: one focuses on aesthetics, while the other focuses on durability; no one in between takes overall responsibility. When the damage rate rises, the packaging ultimately bears the blame.
misread:Make the sales packaging attractive; leave the shipping packaging to the logistics provider, who can simply provide a random box.Actual circumstances:Once the external dimensions of the sales box are finalized, the outer carton's shape, cushioning thickness, and packing arrangement are all constrained; the subsequent boxes can only provide a bottom layer of protection and cannot prevent damage.
Basis for Determination
The points of coordination are three numbers: the number of stacking layers determines the compressive strength of the outer box, the drop test determines the cushioning thickness, and the packing ratio determines the logistics costs. Once the dimensions of the sales box are determined, the type of outer carton, the cushioning structure, and the packing arrangement are all constrained.
- Stacking level
- drop test
- Edge pressure
- Box type
- buffer
Installation sequence
First determine the external dimensions of the sales box; then, based on the number of units packed, work backward to derive the internal dimensions and box type; subsequently, conduct drop and stacking tests. If the tests fail, prioritize adjusting the cushioning and arrangement rather than thickening the outer box.
- First determine the external dimensions of the sales box; then use these dimensions to calculate the number of outer cartons required and the required cushioning thickness.
- Simultaneously verify the compressive strength of the retail box and the outer carton using the same stacking layer height.
- Incorporate the damage rate into the acceptance criteria rather than waiting for customer complaints to drive the process backward.
- Place the three structural diagrams for the sales box, outer box, and cushioning into the same folder.
Applicable scope: Products shipped directly by pure e-commerce platforms and without in-store displays; sales packaging may be moderately simplified, allowing budget to be allocated to buffer structures.
On-site settings and practices we have observed
Sales packaging and shipping packaging are often designed by two different teams: one focuses on aesthetics, while the other focuses on durability; no one in between takes overall responsibility. Once the damage rate rises and e-commerce warehouses begin rejecting shipments, it is only then that they discover the inner box is significantly larger than the sales box, that the cushioning material has been placed haphazardly, and that the boxes are subjected to full pressure at their corners during stacking. The cost of damage is ultimately passed on to the packaging supplier, but the problem lies in the fact that the two design teams were not working together at the same table.
When implementing the INNOPACKING gift-box project, the sales box and outer carton are typically designed together: once the sales box is finalized, the carton arrangement, cushioning structure, and outer carton compression resistance are immediately calculated; if necessary, the same batch of paper is used for stacking and drop testing. The direct benefit of this approach is that the carton fill rate is not overlooked; the indirect benefit is that, when problems arise, it is possible to determine whether the issue lies with the box or the outer carton, rather than having both sides blame each other.
Explore INNOPACKING's six core capabilities ↗Extended Q&A
Should sales packaging and transport packaging be designed together?
Yes. Once the external dimensions of the sales box are fixed, the outer carton shape, cushioning thickness, and packing arrangement are all constrained. If these aspects are handled separately, the damage rate will rise, and no one will accept the responsibility.
When the failure rate is high, what should be addressed first?
First consider the number of stacking layers and the buffer design; then consider the box shape. Simply thickening the carton typically results in only a one-to two-point reduction.
Can the outer box be sourced from a supplier's existing stock?
Yes, but the internal space and cushioning need to be calculated. Ready-made boxes tend to be oversized, and improper filling can exacerbate damage.
Do you have any similar packaging issues?Bring your existing files and talk to INNOPACKING · +86 13430308657