← Blog · 2026-11-02
packaging · logistics · quality
Globe damage claims usually arrive with the same sentence: the carton looked fine. That is the nature of this product — the outer box survives, the sphere does not. Here is what actually fails and what prevents it.
Sphere cracking. Point pressure from an inner fitment that does not follow the curve, or from the meridian pressing into the surface under load.
Meridian distortion. Thin metal or plastic rings bend when the carton is compressed from the side. It does not always show until the customer opens the box.
Base chipping. Wood and painted bases take damage at the corners when inner packaging lets the product rotate.
LED and wiring faults. On illuminated models, connectors work loose if the sphere is allowed to move inside the carton. The failure appears as a globe that will not light, not as visible damage.
Not the thickness — the fit. A moulded insert that matches the sphere diameter and locks the meridian prevents movement in three axes. Foam blocks cut to a generic size, or loose padding, allow rotation and are the most common cause of avoidable damage.
Three practical rules:
Board grade is usually chosen to survive a stack, not a fall. Ask what compression strength the carton is specified for and how many cartons high your forwarder will stack in the container. Damage that appears at the bottom layer of a container is a stacking decision, not a manufacturing defect.
Many globe factories, including ours, pack by hand on the factory floor rather than on an automated line. That is appropriate for a fragile, low-volume-per-SKU product. What matters is that final inspection happens at the same station as packing: the person closing the carton is the last person who can see the product.
Ask for the report with the carton dimensions on it. A test result without those dimensions cannot be matched to your order.
Carton marks should carry the model, quantity, carton number and total, plus any barcode your warehouse requires. Missing carton numbering is the most common reason a partial shipment cannot be reconciled on arrival.
LEQI packs by hand on the factory floor with 100% inspection before closing, and will run drop tests on request. Send your destination port and carton requirements for a packaging proposal.
Insufficient inner protection around the sphere, followed by cartons stacked beyond their compression strength. A globe is a hollow sphere on a thin meridian — point pressure and sustained top load are what break it, not a single drop.
Yes, on the packed carton rather than the bare product. Ask for a drop test to a recognised series such as ISTA 1A, or an equivalent in-house protocol with the drop heights and orientations written down. A passed test on the wrong carton tells you nothing.
Not always. Foam is easier to tool and absorbs impact well; moulded pulp is cheaper at volume and more recyclable, which matters in the EU. The right choice depends on your market requirements as much as on protection.
Fix the fit first. A carton that is 2 cm too large lets the product move, and no amount of extra padding compensates. Correct inner dimensions often cost less than upgrading the board grade.