Product loading for bags, big bags, drums, and containers
AZO’s product feeding systems enable the safe and low-dust feeding of bulk materials from various containers into enclosed production systems. Feeding modules tailored to the raw material and the specific operating conditions allow different products to be reliably integrated into the process. This reduces dust exposure and supports a safe and clean material flow.
Low-Dust Product Feeding for Safe Processes
Docking systems and high-performance vacuum systems minimize dust generation during the unloading of bags, big bags, Octabins, and drums. This ensures that the bulk material is transferred in a controlled manner into the enclosed system and reduces exposure in the work environment. For special requirements, feeding stations with enhanced operator protection are available, among other options.
Flexible feeding systems for various raw materials
Various modules are available depending on the container type, raw material properties, and process requirements. Combined feeding systems, flexible modular technology, and customizable solutions enable adaptation to different production conditions. This allows various container types and raw materials to be integrated into the production process using a suitable system.
Ergonomic container handling and efficient product feeding
Ergonomically designed feeding stations make it easier to handle containers. Supplementary solutions such as big-bag unloading stations, hygienic-design filling hoppers, or feeding stations with integrated dosing screws support a variety of requirements for bulk material handling, hygiene, and product changeovers. This allows the product feeding process to be specifically tailored to the respective process.
Product Feeding as Part of Automated Bulk Material Handling
The product feeding systems can be integrated into higher-level processes such as conveying, dosing, weighing, and automation. In this way, they serve as a reliable interface between the delivered raw materials and the subsequent production process.