T Freemantle - FREEMANTLE SEMI AUTOMATIC CARTONER

• Packaging of food products such as confectionery, baked goods, and ready meals.
• Cartoning of pharmaceuticals, including blister packs, bottles, and sachets.
• Packaging of cosmetics and personal care items like creams, soaps, and perfumes.
• Enclosing household goods and small hardware items into cartons.
• Automating the final packaging stage for various consumer goods.

Typical throughput

Units of this class commonly offer speeds up to 80 packs per minute, depending on product and carton size.

Carton size range

For this type of semi-automatic cartoner, typical carton parameters include lengths from 110mm to 250mm, widths from 50mm to 225mm, and heights from 20mm to 80mm.

Feeding mechanism

This model features a hand-fed system, which is typical for semi-automatic cartoners, requiring manual product insertion.

Sealing method

Units of this type commonly integrate a hot melt glue system, such as Nordson, for carton sealing.

Power supply

Typically, these machines operate on a standard industrial electrical supply, often 3-phase, with specific voltage and amperage requirements varying by unit.

Footprint

Semi-automatic cartoners generally require a moderate operational footprint, suitable for integration into existing production lines without extensive space modifications.

• What is the primary benefit of a semi-automatic cartoner over a manual system?

  A semi-automatic cartoner significantly increases packaging speed and consistency compared to fully manual operations, while still offering flexibility for various product types.

• Can this machine handle different carton sizes?

• What kind of maintenance does a cartoner like this typically require?

• Is specialist training required to operate this equipment?

• What are the typical space requirements for a semi-automatic cartoner?

Cartoning machines typically earn solid industry reputation for durability and dependable performance. Buyers generally prioritise checking mechanical wear, motor condition and availability of spare parts when purchasing used units. The equipment is valued for robust construction and straightforward operation, though integration requirements vary. Older models often remain viable if properly serviced. Maintenance history carries significant weight in purchase decisions. Industry sentiment favours machines from established manufacturers with accessible support networks, as cartoning systems benefit from reliable spare parts supply chains.

General overview for this equipment type