Honey Stick Packer Cartoning Machine For Ukraine Customer
Recently, we received an inquiry from a Ukraine‑based customer specializing in stick packing. The sticks will contain a liquid product similar to jam or honey (condensed milk). Their goal: automate the final cartoning process for honey stick sachets with a high‑performance cartoner.
Customer’s Packing Requirement
- Carton type: Snap‑lock bottom (self‑locking bottom) with tuck‑in flap and a small tuck flap (inner tuck)
- Carton dimensions (L×W×H): 120 mm × 120 mm × 80 mm
- Loading method: Manual feeding of approximately 30 sticks per carton
- Target speed: 20–30 cartons per minute (cpm)

Our Solution: Automatic Cartoning Machine Tuck-end Sealing

Feature Description:
- Manually put the material into the material conveying slot of the cartoning machine, and the equipment will automatically convey it to the pushing mechanism.
- The equipment adopts automatic box suction, box opening, box loading, ear folding, folding, inserting, folding tongue, inserting tongue, sealing, and other packaging forms, with a compact and reasonable structure and simple operation and adjustment.
- Adopting a servo/stepping motor and touch screen, PLC programmable control system, the human-machine interface display operation is clearer and simpler, with a high degree of automation and more humanized.
- Adopting a photoelectric eye automatic detection and tracking system, the machine will not pick up a box if there is no product, to avoid empty boxes.
- This machine is compatible, and the compatible range needs to be negotiated. The folding method of the compatible paper box specifications must be consistent.
Be cautious. Based on the customer’s carton images, to ensure optimal performance on our automatic tuck cartoner, a minor modification to the carton design is recommended.

We kindly ask for a die‑cut drawing (CAD or CDR format) so that we can make a slight adjustment. Specifically, the R‑corner of the small tuck flap (inner tuck) needs to be increased – please refer to the R‑corner of the large tuck flap as the target reference.
This small change will effectively prevent paper tearing and flap jamming during high‑speed automatic tucking.







