Technology & Innovation
Digital printing, automation, AI, smart packaging, and Industry 4.0 in corrugated manufacturing.
Augmented Reality and Corrugated Packaging: Virtual Prototyping Before Production
How augmented reality is transforming corrugated packaging design with virtual prototyping, 3D proofing, store shelf simulation, and customer presentations.
The Rise of Corrugated E-Flute for Retail-Ready and Shelf-Ready Packaging
How E-flute corrugated is replacing folding cartons for retail-ready and shelf-ready packaging, with superior print quality, supply chain efficiency, and cost savings.
Fit-to-Product Packaging Machines: How They Work and What They Cost
How fit-to-product and box-on-demand packaging machines work, what they cost, and when they make sense for corrugated packaging operations and fulfillment centers.
Robotic Palletizing in Corrugated Plants: ROI and Implementation Guide
A practical guide to robotic palletizing in corrugated box manufacturing, covering robot types, typical ROI, integration considerations, and real-world results.
Digital Twins in Box Plants: How Virtual Models Are Improving Real-World Production
How digital twin technology creates virtual replicas of corrugated plants, enabling predictive scheduling, waste reduction, and optimized corrugator performance.
ArtiosCAD and Box Design Software: Tools for Structural Packaging Design
A guide to ArtiosCAD and other structural packaging design software used in the corrugated industry for box design, 3D visualization, and production output.
Smart Corrugated Packaging: QR Codes, RFID, and IoT Sensors Explained
How smart packaging technologies like QR codes, RFID tags, and IoT sensors are transforming corrugated boxes into connected, data-rich supply chain tools.
AI in Corrugated Manufacturing: From Predictive Maintenance to Design Optimization
How artificial intelligence and machine learning are transforming corrugated box manufacturing with defect detection, predictive maintenance, and automated design.