ERECT. PACK. SEAL.Engineering the finished case.
End-of-line packaging engineering
Practical engineering guides for specifying case erectors, robotic & mechanical case packers, and industrial sealing systems—matching machine kinematics to your exact board grade and line speed.
How to specify mechanical and servo case erectors around corrugated flute variations, recycled board stiffness, and downstream automatic loading tolerances.
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Case packersClarifying line architecture between folding carton retail packaging and corrugated shipping case systems—including collation, accumulation, and closure handoffs.
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Case packersA structured CAPEX and OPEX framework for evaluating side-load, drop, and wrap-around case packer proposals—factoring in change-parts, adhesive consumption, and OEE.
Read the guide →Match primary container geometry (bottles, pouches, cartons) to side-load, drop-pack, or wrap-around kinematics.
→02Engineer around real corrugated specs—accounting for ECT grade, humidity warp, and vacuum cup placement.
→03Verify flap compression, underfill/overfill tolerances, and hot-melt glue vs. pressure-sensitive tape integrity.
→Evaluating carton blanks, infeed collation, or URS (User Requirement Specifications)? Explore our engineering checklists or contact our technical desk for line-integration support. Also seewho we are.