How to design a universal Blister Packaging Box for foods, fruits, vegetables, and cakes of different sizes?
Publish Time: 2024-06-27
In the field of food packaging, designing a universal Blister Packaging Box for foods, fruits, vegetables, and cakes of different sizes is a challenging but very important task.
First of all, it is necessary to consider adopting a modular design concept. The packaging box can be divided into several combinable parts, such as the bottom, side walls, and top. These parts can be flexibly adapted to items of different sizes by splicing, nesting, or folding. For example, the bottom can be designed as a flat plate of various specifications, and the appropriate size can be selected according to the size of the item; the side wall can be designed as a retractable or detachable structure, and the length and height of the side wall can be adjusted to accommodate products of different volumes.
The choice of materials is also crucial. Blister materials with good elasticity and ductility should be selected so that they can be stretched or deformed to a certain extent to adapt to items of different shapes and sizes. At the same time, the material must have sufficient strength and toughness to ensure that the product can be protected from damage during packaging and transportation.
In terms of structural design, adjustable partitions and fixings can be used. For fragile items such as cakes, movable partitions can be set to adjust the interval according to the size of the items to prevent collision and squeezing; for fruits and vegetables, some elastic fixing belts or card slots can be designed to fix fruits and vegetables of different sizes.
In addition, folding and curling techniques can also be used. Some parts of the packaging box can be designed to be foldable or curled. When packaging smaller items, the excess parts are folded or curled up without affecting the stability and aesthetics of the packaging.
In order to achieve universality, ergonomics and convenience of use must also be fully considered. The opening and sealing design of the packaging box should be easy to operate, and the packaging process can be easily completed whether it is packaging large foods or small cakes.
Finally, in terms of appearance design, a simple and unified style can be adopted to make the universal packaging box adapt to items of different sizes while maintaining the overall beauty and consistency of the brand image.
In summary, through clever modular design, appropriate material selection, flexible structural design and convenient operation methods, practical and universal Blister Packaging Boxes can be designed for foods, fruits, vegetables and cakes of different sizes to meet the diverse needs of the market.
