Integrated Weighing and Feeding Module
KWLE weighing and feeding systems are integrated modules for industrial bagging lines. The weighing configuration and feeding method are selected together according to material flowability, bulk density, bag weight, target capacity and complete line requirements.
Single / dual weighing · Gravity feeding · Belt feeding · Double screw feeding · Material-specific configuration
A complete weighing and feeding system combines the weighing configuration, weighing controller and feeding method into one coordinated module. The final configuration is selected according to material characteristics, target capacity, bag weight and the required line speed.
Single-weigher configuration is selected when one weighing unit can meet the required bagging capacity and weighing stability. It is commonly used for standard bagging lines with moderate target output and simpler line layout.
Single weighing unit · Standard output · Compact layout · Flexible feeding options
Dual-weigher configuration uses two weighing units working in coordination to increase bagging line capacity when a single weighing unit cannot meet the target output. It is selected according to material flowability, bag weight and required line speed.
Dual weighing units · Higher output · Coordinated discharge · Line-speed matching
The weighing controller or weighing module is the control core of the weighing system. It processes load cell signals, manages target weight control, coordinates feeding and discharge actions, and communicates with the bagging machine control system.
Load cell signal processing · Target weight control · Feeding / discharge coordination · PLC communication
Gravity feeding is typically used for free-flowing granules and pellets where stable product flow and higher output are required.
Free-flowing materials · Granules / pellets · Higher output · Simple product path
Belt feeding is suitable for medium-flowing materials, flakes, mixed products and selected powders where controlled transfer and gentle product handling are important.
Medium-flowing materials · Flakes / mixed products · Controlled transfer · Gentle handling
Double screw feeding is selected for powders, poor-flowing or dust-prone materials requiring controlled dosing and stable feeding. It is commonly used for powder bagging applications where material flow needs to be regulated more precisely.
Powders · Poor-flowing materials · Controlled dosing · Stable feeding
Sugar · Rice · Seeds · Plastic Pellets · Animal Feed · Premix · Food Additives · Feed Additives · Powders · Mixed Materials
Material flowability · Bulk density · Particle size · Dust level · Stickiness · Bag weight · Target capacity · Required line speed · Feeding stability · Weighing repeatability
Weighing and feeding are configured as one complete module to match the material, bag weight and complete bagging line requirements.
Single-weigher and dual-weigher configurations can be selected according to target output and line-speed requirements.
Gravity, belt or double screw feeding can be selected according to material flowability, particle form, dust level and dosing requirements.
PLC-based weighing control supports repeatable weighing operation and coordinated discharge into the bagging machine.
The system can be integrated with KAP, Manual Bagging Stations and other industrial bagging line configurations.
The structure can be designed for inspection, cleaning and routine maintenance according to plant layout and project requirements.
Weighing and feeding systems can be integrated with KAP Series, Manual Bagging Stations and other industrial bagging line configurations. The final selection depends on material characteristics, bag weight, target capacity, feeding stability and complete line layout.
Weighing and feeding system selection depends on material flowability, bulk density, particle size, dust level, stickiness, target bag weight, required line speed and downstream bagging machine configuration. KWLE engineers evaluate these factors to select the proper weighing configuration and feeding method as one integrated system.
