Modular station for the emptying and handling of sacks and Big-Bags, designed to integrate the supply of solid bulk materials into industrial process lines. Configurable and adaptable systems to meet various needs for discharge, dust control, weighing, dosing, and transport.
Main Features
- BBV Series (Big-Bag emptying): modular configuration with options for sack placement (pulley or pallet jack), agitators, sealed discharge systems, lateral anti-arch devices, vibratory trays, static or dynamic weighing systems, dosing equipment, pneumatic transport, automated sack tensioning systems, flow closures (automatic or manual), and screening.
- SCV Series (sack emptying): options for aspiration and filtration, static or dynamic safety sieves, sack breakers, empty sack extractor and accumulator, tipping doors with support trays, discharge aids, mixed configurations (sacks and Big-Bags), weighing systems, and connection with transfer equipment (auger, rotary valves, etc.).
Benefits for the plant
- Reduction of dust emissions and improvement of working conditions through sealed systems and filtration.
- Increased efficiency and process control with static or dynamic weighing and precise dosing options.
- Flexibility: modular design that allows combinations according to production flow and material type.
- Simple integration with transport equipment (pneumatic or mechanical) and with dosing/mixing lines.
Customization and service
- Custom solutions based on material type, required performance, and plant constraints (space, height, internal regulations).
- Automation and control options for integration with plant management systems (PLC/SCADA) and product traceability.
Typical applications
Suitable for industrial processes handling powders and granulates in industries such as food, chemical, pharmaceutical, plastics, and construction materials, where controlled, safe, and dust-free discharge is required.
For a technical and commercial proposal, application studies (material, flow rate, bulk density, and installation conditions) are conducted to define the optimal configuration and necessary accessory equipment.