Autobagger System — Automated Bottle Bagging for Transport

Reliable, repeatable bagging for PET bottles straight off the blow moulder. The Autobagger collates bottles into stable batches, loads them into continuous film, seals the bag, and hands off for palletising—ready for internal handling and transport.

What the Autobagger does

The Autobagger System is designed to bag bottles for downstream logistics. Bottles arrive via conveyor from one or more blow moulding lines. The system collates bottles into rows and layers, forms a bag from continuous film, loads the batch, seals the bag, then presents the finished pack for palletising or transfer.
This is a practical way to move high volumes of lightweight bottles without them turning into a chaotic plastic weather event.

How it works (process)

• Infeed & spacing: bottles transfer from the blow moulder via conveyor, with controlled spacing and accumulation.
• Collation: bottles are organised into rows, then grouped into a batch (configurable batch patterns).
• Bag forming: continuous film is indexed and cut to length to suit the selected product/batch.
• Loading & retention: bottles are guided into the bag while the pack is stabilised to prevent snagging or misalignment.
• Sealing: the bag is sealed to create a consistent transport pack.
• Downstream handling: finished packs are transferred to palletising (manual, semi-automatic, or robotic) depending on your line architecture.

Key features

• Continuous film bagging with cut-to-length control per product/batch
• Infeed flexibility: conveyor and accumulation options to suit your line constraints
• Bag size support: accommodates half-size and full-size bags
• Servo-controlled indexing and motion for repeatability and changeover flexibility
• Pallet handling options: automatic pallet infeed, pallet destacking, and load positions (as required)
• Robotics-ready discharge for pick-and-place palletising (optional)
• AGV-friendly interfaces for pallet or layer-board transfer points (optional)
• Safety-first design: guarding and interlocks engineered to meet applicable AU/NZ requirements and site risk assessments