2026 Volume 65 Issue 2 Pages 181-187
Environmental regulations aimed at packaging—such as restrictions on foam plastics, recycled-content mandates, and rules promoting reusable packaging—have proliferated globally, increasing the visibility and adoption opportunities for paper-based cushioning materials in everyday life. Companies in the printer and copier industry are actively exploring paper cushioning and have developed a variety of novel solutions. However, paper-based cushions commonly suffer from moisture-induced property degradation and limited shape recovery, and are often considered inferior to conventional foam plastics in performance. Because printers and copiers contain precision units, concerns about the instability of paper packaging under service conditions pose a significant barrier to adoption. This report presents a case study of development efforts undertaken by our company to address these challenges and improve the suitability of paper-based cushioning for precision equipment.