In the context of the deepening of intelligent manufacturing and the acceleration of industrial upgrading, as a key closed loop in the production process, the systematic and adaptable nature of post packaging directly affects the production efficiency, product quality, and market competitiveness of enterprises. Traditional back-end packaging services suffer from pain points such as scattered equipment categories, poor line adaptability, and delayed service response, making it difficult to meet the dual needs of modern enterprise scale production and flexible adjustment. In this context, a one-stop service model that integrates "whole line customization capability" and "full category equipment supply" has emerged. By integrating full process equipment resources and personalized solution design, a new benchmark for back-end packaging line services has been created, providing strong support for production upgrades in various industries.

Driven by the dual transformation of intelligent manufacturing and diversified market demand, the packaging process in the later stage is upgrading from single equipment automation to full process intelligence. In the traditional production mode, enterprises purchase single machine products such as inkjet printers and palletizing equipment in a dispersed manner, often facing problems such as insufficient equipment adaptability, discontinuous process connection, and lack of data connectivity, making it difficult to form advantages in large-scale production. Nowadays, customized services covering a full range of equipment such as inkjet printers and palletizing robots have achieved a leapfrog development from single machine supply to whole line integration, providing flexible and efficient back-end packaging solutions for various industries and becoming an important support for industrial upgrading.