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August 8, 2026

Multi-up folding-carton imposed sheet showing carton blanks, internal waste, perimeter skeleton, bridges, gripper margin, and stripping-tool access for automatic waste removal
Blog

How Carton Layout Design Affects Automatic Waste Stripping Performance

Practical guide for packaging engineers, folding-carton designers, die makers, post-press managers, and machine buyers. Explains how carton layout, imposed-sheet design, waste geometry, bridges, gripper margin, material behavior, and stripping-tool access determine automated waste-removal performance after flatbed die cutting.

Cross-section view of upper and lower stripping tools working together on a die-cut folding-carton sheet in an automatic flatbed die-cutting stripping station, showing waste contact, clearance path, and protected carton blanks
Blog

How Upper and Lower Stripping Tools Work Together in Automatic Die Cutting

This practical guide is written for folding-carton converters, die makers, post-press engineers, production supervisors, and equipment buyers. It explains how upper and lower stripping tools work together to remove internal and perimeter waste while supporting the die-cut sheet and protecting finished carton blanks in an automatic flatbed die-cutting stripping station.

Blog

Why the Gripper Edge Is Different in Automatic Waste Stripping

This practical guide is written for folding-carton converters, packaging engineers, die makers, post-press supervisors, and machine buyers. It explains why gripper-edge material cannot be treated like ordinary perimeter waste and how sheet transport, carton layout, stripping configuration, and downstream handling determine the correct waste-removal strategy.

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