In this article, Graphic Packaging International (GPI) expounds upon the advantages of fiber-based solutions for produce packaging.

Packaging printers are continually in search of productive processes that use less labor to meet the needs of their customers. The hands-on methods required by package printing press operators in the past have become troublesome in this growing business environment.

Autonomous mobile robots (AMRs) are here to help revitalize the consumer-packaged goods (CPG) industry and help humans move their operations into the next phase of factory automation.

Three experts recently shared with Packaging Strategies their perspectives on how automation can improve the efficiency of packaging operations.

Manufacturers can reach new levels of sustainability, efficiency and productivity by digitally transforming packaging systems.  

This year’s interpack will see the launch of new, upgraded functionalities for Kliklok’s popular endload cartoner BEC.

Few companies have been immune to the turbulence of global disruptions and business evolution over the decades. Back in 1964, the expected lifetime of the typical S&P corporation was 33 years1, but by 2016 it had dropped to 24 years. Looking ahead to 2027, the projection for longevity is just 12 years. 

In packaging plants across the world, compressed air systems create significant energy waste. Pinhole leaks in air lines, sticky valves and other inefficiencies cost huge consumer packaged goods (CPG) manufactures and small contract packagers alike substantial amounts of money. These also hinder corporate green efforts for responsible energy usage. A key opportunity to solve compressed air issues and boost overall equipment effectiveness (OEE) is by thoughtfully implementing Industrial Internet of Things (IIoT) strategies with scalable PC-based automation technologies.