12.11.2026
Flat-packed dividers: storage and opening at the line
Store cardboard dividers so that their identity and ability to open correctly are preserved. For flat or folded supply, organise receipt, workstation presentation and erection around the manufacturer's definition. Space savings are useful only if strips, connections and references remain controlled until products are loaded.
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09.11.2026
Automated cardboard dividers: preparing integration data
A cardboard divider intended for automation must be developed with the machine and its handling sequence. Easy manual assembly does not prove reliable automatic picking, opening or insertion. Prepare information about the divider, product and equipment, then have the manufacturer and integrator validate their interaction.
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06.11.2026
Cardboard dividers: investigating vibration and scuffing
When products arrive scuffed inside cardboard dividers, locate the marks and reconstruct the contacts before changing the material. A scratch does not automatically prove that the board is too abrasive. It may originate during insertion, from an adjacent product, from a projecting feature or from movement during distribution. Distinguish these possibilities before adjusting cell clearance.
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03.11.2026
Drop testing: preparing a pack with cardboard dividers
A useful drop test examines a clearly defined product-and-pack system. Assemble the cardboard divider with the box, protection and closure intended for production. Agree the acceptance criteria and distribution context before testing. Without these inputs, a package that looks intact after a handling trial cannot establish the required level of protection.
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31.10.2026
Electronics packaging: separate mechanical and ESD needs
A cardboard divider can separate electronic components without demonstrating protection against electrostatic discharge. For an ESD-sensitive item, the responsible product team must specify the required protective properties and system. Develop the mechanical packing around that approved configuration, using evidence and checks appropriate to each function.
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28.10.2026
Machined parts: defining safe cardboard divider contacts
For machined parts, design cardboard dividers around the surfaces that must be preserved, not just the occupied volume. A component can remain functional yet be rejected for a scratch, coating mark or defect on a sealing surface. Identify acceptable contacts and prohibited defects before choosing board and cell dimensions.
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25.10.2026
Pump bottles: avoiding contact inside cardboard dividers
Design a divider for pump bottles around the complete actuator, any protective cap and the approved shipping position. Separating bottle bodies is insufficient if pump spouts meet or the box closure presses on actuators. Keep mechanical protection distinct from the pump manufacturer's requirements for preventing unintended operation.
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22.10.2026
Cardboard dividers for jars: lids, weight and decoration
Develop cardboard dividers for jars using complete closed containers in their actual shipping condition. A lid may be wider than the body, while filling changes the mass of the product and pack. Measure the whole assembly, then check contact zones, the box base and the intended distribution configuration.
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19.10.2026
Stemware dividers: separating bowls and defining supports
When packing stemware in cardboard dividers, examine the bowl, stem and base separately. Bowl diameter alone does not define the cell, and lateral separation does not resolve every vertical force. Specify permitted supports, prevent contact between glasses and check that the arrangement remains practical during packing and unpacking.
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16.10.2026
Bottle dividers: designing cells for mixed assortments
A mixed bottle assortment should not be designed around the widest bottle alone. Check every position, its neighbours and any accessories projecting beyond the body. Cardboard dividers must prevent damaging contact while allowing reliable loading. Significant differences in shape may call for unequal cells, additional protection or a different arrangement.
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13.10.2026
Cardboard dividers: choosing 6, 12 or 24 cells
The number of cells does not fully define a cardboard divider pack. Six products arranged in two rows of three produce a different shape from a single row of six. Twelve or twenty-four products also allow several layouts. Compare them against the product, handling task and distribution flow, then validate the box and its internal protection together.
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10.10.2026
Load-bearing dividers: solid board or corrugated board?
Before choosing solid board or corrugated cardboard dividers, establish whether they only separate products or also help support a load. Function comes before material selection. A divider that performs well against lateral contact may be unsuitable if the top of the pack transfers an unplanned load into its walls.
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