Light Bulb Boxes, supporting automated production lines, have been successfully shipped to the United States.

When the client requested that the packaging be compatible with fully automated assembly equipment, Doyoupacks' response wasn't standardized production, but rather a redefinition of the packaging structure solution—a case study of structural packaging upgrades for automated production lines.

In this Light Bulb Boxes project, we optimized the packaging structure and dimensional tolerances for the client's automated packaging system, enabling it to directly enter the mechanized assembly process and achieve a highly efficient packaging mode without manual intervention. Through preliminary testing and verification, the solution successfully matched the client's automated system standards and quickly entered mass production. The client promptly confirmed and placed two large orders for 40HQ containers.

Leveraging our own factory, we streamlined the entire process from design to shipment, with dedicated personnel managing the entire process to ensure precise synchronization between production rhythm and container loading schedules, reducing errors and rework costs at any stage. Production plans and container loading times were precisely matched, covering the entire process from prepress, printing, surface treatment, box gluing, quality inspection to shipment.

During the container loading stage, we develop a scientific loading plan based on years of export experience, including spatial layout, weight distribution, and shockproof protection design. We also conduct comprehensive verification of the container, driver, and transportation information. We implement visualized container loading management throughout the process, taking photos of empty, half-full, and full containers at each stage for customer confirmation, and using standard seals for tracking to ensure transportation safety and traceability.

Doyoupack not only provides packaging but also structural solutions that can be integrated into an automated supply chain.