Meter
Separate incoming bottles and establish a repeatable pitch.
Horizontal cartoners erect a flat carton and present an open end to the loading station. Bottles are controlled, counted or collated before a transfer mechanism moves them into the carton.

This format can suit bottles that remain stable during collation and can tolerate a controlled lateral transfer. It is commonly considered where a carton is designed with end flaps and where product or multipack geometry forms a repeatable rectangular load.
The bottle base, shoulder, closure and label all affect guide design. Tall lightweight bottles may need additional support; decorated containers may require low-friction contact materials and carefully controlled acceleration.
Separate incoming bottles and establish a repeatable pitch.
Create the required count and pattern without trapping or tipping containers.
Pick a flat carton and open it squarely at the loading station.
Transfer the bottle group, close the flaps and verify the finished carton.
Where lateral transfer is unsuitable, a vertical bottle cartoner or robotic top-load cell may provide better product control. Multipack applications should also be reviewed as a complete collation problem rather than simply a larger carton.
Yes, but round bottles need positive control during collation and transfer. The design may use lanes, pockets, timing devices or temporary group containment to stop bottles rolling or separating.
Leaflet or booklet feeders can be considered where the carton design and validation requirements allow. Presence detection and reject logic should be defined as part of the functional specification.
Send your bottle, carton, output and layout details. We will help you shortlist the right machine format and integration approach.