Bradman Lake SL80 Carton Erector

• Forming cartons for confectionery products prior to manual or automated filling.
• Erecting cartons for baked goods and biscuits in packaging lines.
• Preparing cartons for ready meals and frozen food packaging.
• Setting up cartons for pharmaceutical and healthcare product packaging.
• Assembling cartons for various non-food consumer goods.

Typical capacity

For this class of semi-automatic erector, output typically ranges from 20 to 40 cartons per minute, depending on carton size and operator efficiency.

Power supply

Units of this type commonly require a 3-phase electrical supply, typically 400V, 50Hz, with a compressed air supply.

Carton size range

Bradman Lake SL80 models are typically designed to handle a range of carton sizes, which would be specified by the seller for this particular unit.

Adhesive system

As noted, this unit features a Nordson glue system, which is a common and reliable hot melt adhesive application system for carton erecting.

Construction material

The 'Stainless Built' description indicates a stainless steel construction, which is common for hygiene-sensitive environments like food processing.

Footprint

Semi-automatic carton erectors like the SL80 typically have a compact footprint, but exact dimensions should be confirmed with the seller.

• What type of cartons can this machine erect?

  This machine is designed to erect flat-blank cartons, typically made from paperboard or corrugated board, into their final 3D shape, ready for filling. The specific carton styles and sizes it can handle will depend on the tooling installed.

• Is this machine suitable for washdown environments?

• What kind of maintenance does a carton erector typically require?

• Can this machine be integrated into an existing packaging line?

• What spare parts are commonly needed for a Bradman Lake SL80?

Cartoning equipment holds strong reputation for reliability in pharmaceutical and food processing sectors. Buyers typically value machines offering consistent case erection, product loading and sealing with minimal downtime. When purchasing used units, inspectors should assess wear on servo motors, gripper mechanisms and seal tooling, as these components incur significant usage. Industry sentiment favours models demonstrating straightforward maintenance access and parts availability. Durable construction and precise automation remain key strengths. Operational history and maintenance records prove essential evaluation criteria for secondhand purchases.

General overview for this equipment type