BOBST presents fully automated corrugated production line integrating converting and end-of-line operations

 

Fully automated corrugated production line integrating converting and end-of-line processes.

 

BOBST has introduced a fully automated production concept for corrugated box manufacturing, bringing multiple converting and end-of-line processes into a single integrated workflow.

 

 

The system combines key stages of corrugated production, including blank feeding, folding-gluing, bundling, and palletising, within one continuous line. The approach is designed to reduce manual intervention and streamline the movement of materials across production stages.

 

 

According to the company, the line is built around automation and connectivity, enabling synchronised operation between different modules. By linking traditionally separate processes, the system aims to improve consistency in output while supporting higher throughput levels in box production.

 

 

The development reflects a broader shift in the corrugated packaging sector towards more integrated and automated manufacturing environments. Converters are increasingly evaluating systems that reduce dependency on manual handling while maintaining production efficiency and repeatability.

 

 

BOBST’s concept also incorporates digital monitoring and control features intended to provide visibility across the production process. This includes tracking of machine performance and coordination between upstream and downstream operations within the line.

 

 

Such systems are particularly relevant for high-volume applications, including e-commerce and transport packaging, where demand for corrugated boxes continues to grow and production efficiency remains a key consideration.

 

 

The introduction of fully integrated lines signals ongoing changes in how corrugated plants are configured, moving from standalone machines to connected systems that manage multiple stages of production within a unified setup.

 

 

While the concept highlights the potential for operational efficiencies, its adoption will depend on converter requirements, production volumes, and investment considerations across different markets.