The core of the finished product packaging system is a filling unit that fills valve bags or open-mouth bags according to a predefined filling weight. Depending on the filling principle, the systems are divided into mechanical and pneumatic types. These units can operate in manual, semi-automatic, or fully automatic modes and include the transport of filled bags to auxiliary equipment for bag shaping, printing of packaging information, and final palletizing, including wrapping the loaded pallet with protective film. Belt conveyors are used for transporting filled bags, while roller or chain conveyors are typically used for loaded pallets.

In manual operation mode, bags are manually placed onto the filling spout, removed manually after filling, and palletizing, as well as wrapping or covering the loaded pallet with protective film, is carried out entirely by hand.

In the semi-automatic version, bags are manually placed onto the filling spout, while bag discharge is automated. Palletizing may be performed either manually or automatically, whereas wrapping or covering the loaded pallet with protective film is carried out manually.

In the fully automatic version, an automatic bag feeder places the bags onto the filling spout, while bag discharge, transport, palletizing, and pallet wrapping with protective film are performed entirely automatically. In this configuration, a palletizing machine is an essential component of the system.

For filling large-volume “Big Bag” containers, we supply systems consisting primarily of a filling conveyor and a weighing platform with a suspension frame for Big Bags. To facilitate continuous handling and transport, these systems can be equipped with powered or non-powered roller conveyor lines. These units operate in semi-automatic mode.

Minimal dust emissions are ensured by a high-performance vacuum dust extraction system, with the option of returning collected dust to the packaging machine's operating hopper if required.

The scope of supply includes engineering design, installation, control systems, and commissioning.