Bulk Bag Filling Platforms
KWLE FIBC filling systems are semi-automatic bulk bag filling platforms for 500–1500 kg FIBC bulk bags. The system can be configured with gross weighing or net weighing according to material characteristics, weighing requirements, filling rhythm and site layout.
FIBC filling systems are first selected by weighing method. Gross weighing fills and weighs the FIBC at the same station, while net weighing pre-weighs the material before discharging it into the FIBC. Additional configurations such as dust collection, densification, deaeration, vibration assistance, pallet handling and conveying are selected according to material behavior and site layout.
Gross Weighing FIBC Filling Station
The FIBC is supported and weighed during filling. This configuration provides a direct material path and is suitable for general bulk bag filling projects where filling and weighing take place at the same station.
Net Weighing FIBC Filling Station
Material is pre-weighed in a weighing hopper before being discharged into the FIBC. This configuration is suitable when filling rhythm, weighing repeatability and coordinated bulk bag handling are important.
FIBC-GROSS and FIBC-NET provide two basic weighing platforms for different filling rhythm, material path and weighing requirements.
Designed for industrial bulk bag filling applications using 500–1500 kg FIBC bulk bags.
Feeding, filling, dust collection, deaeration or densification arrangements can be selected according to material flowability, air content, dust level and bag requirements.
The filling station can support FIBC hanging, filling spout connection, weighing control and filled-bag discharge according to project layout.
Dust collection interfaces can be configured around the filling area when required by powder characteristics and site conditions.
The filling station can be integrated with upstream feeding, pallet handling, roller conveyors or downstream material handling equipment according to project requirements.
FIBC filling systems can be integrated with upstream feeding, dust collection, pallet handling, roller conveyors and downstream material handling equipment according to project requirements. The final system layout depends on material characteristics, weighing method, filling weight, bag handling requirements and available plant space.
FIBC filling system selection depends on material flowability, bulk density, air content, dust level, target filling weight, FIBC type, weighing method, feeding method, densification or deaeration requirements, pallet handling and site layout. KWLE engineers evaluate these factors to select the proper FIBC-GROSS or FIBC-NET platform and project-specific configuration.