Project Brief

Synchronized Collation Feeders & Intermittent/Continuous Cartoners

Count, stack, and transfer multi-lane sticks, sachets, flow wraps, pouches, and blisters directly into tuck-end or hot-melt retail cartons at 40–250 CPM.

Why the Collation Infeed Defines 90% of Cartoner Uptime

An automatic cartoner erecting and gluing paperboard boxes is mechanically straightforward; the real engineering challenge inside secondary multipack and cartoning is catching 200–800 primary packs/min off multi-lane stick packers, HFFS wrappers, or JDXD-180 horizontal pouchers (60–120 pouches/min), verifying every single unit is present, orienting flat or on-edge stacks, and pushing clean counts into moving carton buckets without dog-earing seals.

Integrated systems (such as Universal Pack Alfa + Synthesis stick-to-carton architectures) eliminate manual intermediate trays by mechanically slaving the counting stacker to the primary cutter shaft.

Technical pairing matrix mapping pillow bags, sticks, stand-up pouches, and bottles to secondary and palletizing tiers
Flexible pouches require flatteners and orientation control before case loading, whereas rigid bottles use lane dividers.

Collation Feeder Mechanisms by Primary Product

Matching primary discharge geometry to high-efficiency cartoner infeeds:

Primary Machine Collation Infeed Mechanism Count / Orientation Cartoner Motion Tier
4–16 Lane Stick Packer Pick-up shuttle + vertical bucket cascade 5–60 sticks flat or upright Intermittent / Cont. Side or Top-Load
4-Side Sachet / JDXD-180 Pouch Shingling belt + rotary pocket stacker 1–20 pouches shingled/stacked Horizontal Intermittent (40–100 CPM)
Bakery / Candy Flow Wrapper Servo smart-belt phase gapping + twin race-track 1–12 bars in 1–3 layers Continuous Horizontal (100–250 CPM)
Blister / Tube / Bottle Filler Starwheel / screw turner + leaflet folder 1–4 units + GUK folded insert cGMP Balcony Horizontal Cartoner

Need outer cellophane or BOPP film bundling after cartoning? Connect directly to end-of-line packaging systems.

Four-zone photoeye accumulation and PackML speed-trimming handshake sequence
Graduated speed ramps replace abrupt emergency stops that cause film tracking drift and seal scorching.

System Integration Engineering Notes

  • Incomplete-Bucket No-Carton / No-Load Logic: If vision or height sensors detect 9 sticks instead of 10 in a collation bucket, the cartoner skips pulling a paperboard blank and diverts the partial stack cleanly for reuse.
  • Pre-Breaking 180° Carton Score Lines: Rotary vacuum erectors pre-fold rigid carton creases past 150° before squaring back to 90°, stopping stiff virgin SBS board from springing open before glue compression.
  • Laser / TIJ Serialization + Tamper-Evident Labels: Integrate 600 dpi TIJ lot/2D coding and dual-corner tamper-evident labels directly on the cartoner outfeed.

Engineer Your Stick, Pouch, or Flow-Wrap Cartoning Cell

Share primary lane count, cycle speed, and carton dimensions (A × B × C mm) via Project Brief.

Six-stage primary-to-secondary and end-of-line packaging system block diagram
Every downstream station is sized with progressive speed headroom so minor tape or blank reloads never halt primary filling.

Explore related system modules in Packaging Line Systems, Line Balancing & OEE Specs, or send your floorplan & target BPM via Project Brief.

Related Specifications

Further Reference

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