Summary
This case study presents the application of Husky's high-performance Hylectric machine platform for producing sustainable packaging handles made from 100% recycled HDPE. The document outlines the challenges faced by a leading North American producer in meeting the demands of mass production while adhering to sustainability practices. The proposed solution involves the use of Hylectric machines, which feature unique Reflex platens that ensure uniform clamp force distribution, enhancing part quality and reducing scrap. The optimized screw geometry and specialized materials improve the processing of recycled resin, contributing to equipment longevity. The results indicate significant improvements in performance and sustainability, including a reduction of 78% in greenhouse gas emissions and 90% less energy consumption compared to virgin HDPE. The handles produced are recyclable, supporting a circular economy. The case study emphasizes the operational benefits of using Husky's technology in achieving sustainable production goals.
