In addition to high hygiene standards, flexibility with changing bag formats, reproducible dosing accuracy, and high system availability are key factors.
At the heart of the line is the pneumatic BVP packer, which is particularly suitable for fine, dusty, or poorly flowing products. By pneumatically conveying and compacting the product inside the bag, a uniform fill level is achieved while ensuring low-dust filling – a decisive advantage for sensitive food and feed applications.
The pneumatic packer is complemented by a range of automated functions that ensure a stable and efficient overall process:
Integrated Full-Line with Intelligent Automation
- Low-dust filling for clean production environments
- Automatic filling spout dedusting for product-clean changeovers
- Precise weighing for consistent quality of every bag
- Fully automatic bag centering for changing bag formats
- Automatic height adjustment for a uniform pallet pattern
- Pneumatic turbo gripper that automatically adapts to different bag formats
Designed for Demanding Bulk Materials and ATEX
The interaction between the pneumatic packer, intelligent control system, and modular peripheral equipment enables short changeover times and a high level of process reliability – even with frequent product or format changes.
The BVP Full-Line has been specifically developed for the industrial processing of typical food bulk materials. These include flour, semolina, middlings, instant products, bran, and meals. The fully automated system is designed for ATEX zones in accordance with the Greif-Velox standard and combines high performance with maximum process safety and flexibility.
Performance Data at a Glance
- Bagging capacity: depending on product and bag format, up to 220 bags per hour
- Palletizing capacity: up to 700 bags per hour
Video
The system shown in the video clearly demonstrates how pneumatic bagging technology and intelligent automation can be combined into a powerful full-line solution – perfectly aligned with the requirements of modern food and feed production.