Carton magazine and pick-off
Holds flat cartons and separates one blank at a time without double-picking or surface damage.
An automatic bottle cartoner coordinates product infeed, carton magazine, carton erection, bottle loading, flap closing and finished-pack discharge. The correct architecture depends on how the bottle can be controlled and how the carton is designed—not on a headline speed alone.

A complete machine cycle typically includes carton pick-off, erection, product collation, loading, leaflet or insert handling where required, flap closure, code or mark verification and discharge. Each stage needs a defined fault strategy so that missing products, open flaps or unreadable codes do not pass as acceptable packs.
For bottle applications, special attention is paid to tall-product stability, closure damage, label scuffing and controlled back-pressure. Containers that are easy to fill and cap are not always easy to collate into a carton.
Holds flat cartons and separates one blank at a time without double-picking or surface damage.
Controls pitch, orientation and count before the product reaches the loading station.
Push, pick-and-place, top-load or robotic handling selected for the bottle and pack format.
Tuck, glue or other closure method with checks for carton presence, product count and flap condition.
A cartoner normally loads products into a printed folding carton used as a primary or secondary retail pack. A case packer places products or cartons into a larger transit case for distribution.
Speed should be defined in finished cartons per minute and linked to the number of bottles per carton. Sustainable output depends on carton quality, product handling, infeed consistency, inspection steps and changeover configuration.
Many systems can be designed for a format range, but every size must be assessed. Change parts may be required for guides, pockets, collating tooling, carton handling and closure components.
Send your bottle, carton, output and layout details. We will help you shortlist the right machine format and integration approach.