Anti-shock paper box packaging is also known as buffer packaging, which occupies an important position among various packaging methods. From the time a product is produced until it is used, it goes through a series of transportation, storage, stacking, and loading/unloading processes, being placed in different environments. In any environment, forces act upon the product, causing mechanical damage. To prevent product damage, it is necessary to reduce the influence of external forces. Anti-shock packaging refers to taking certain protective measures to mitigate the impact and vibration experienced by the contents, thereby protecting them from damage. Common buffer packaging materials include foam plastics, honeycomb paperboards, pulp-molded items, corrugated cardboard, paper-based materials, air cushion materials, and plant fiber-based packaging buffer materials. Due to many modern packaging buffer materials being single-use, many countries and regions have implemented higher environmental protection regulations, promoting the further development of green buffer packaging and the emergence of numerous green packaging materials, such as shredded paper, crumpled paper, corrugated cardboard, pulp molding, biodegradable plastics, honeycomb paperboard, etc. In paper box structural design, how can anti-shock technology be applied for products requiring shock resistance? Customer requirements mainly focus on understanding customer needs. When conducting research with customers, we often encounter products of various shapes, including automotive parts that are individually very heavy, as well as fragile items like glassware.