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Thin-wall glass Euro-jars or lightweight plastic bottles often experience container bridging, neck wedging, or tipping at the feeder, leading to immediate line stoppage.

Sub-micron dust, box lint, or tiny glass particles left inside empty jars contaminate food products, violating HACCP and food safety standards.

Static electricity on plastic containers causes dust to cling tightly to the bottle walls, resisting basic gravity rinsing.

High-viscosity tomato paste and ketchup are prone to product stringing and nozzle dripping. Paste droplets on the glass threads prevent airtight steam-vacuum sealing during capping.

Incorrectly oriented caps entering the capper block the threading mechanism, causing line downtime and cap wastage.

Residual oxygen inside food jars causes rapid oxidation, mold growth, and a short shelf life, forcing the use of synthetic preservatives.

Vibrating conveyors smudge inkjet/laser codes, rendering national DataMatrix (Честный ЗНАК) compliance codes unreadable.

Skewed, bubbled, or peeling labels on tapered or wet jars destroy B2B brand presentation and retail appeal.

Downstream stops (e.g., label roll replacement) force the upstream filling machine to stop immediately, causing food to bake or settle in the hopper.