Dust-free bagging: Powder dosing by bottom-up filling method.

PAYPER, leader in bagging and palletizing solutions for bulk solids since 1973, designs and manufactures complete, state-of-the-art lines covering dosing, weighing, bagging, palletizing and pallet protection. Its solutions are innovative, comprehensive and fully tailored to each customer’s needs. PAYPER’s portfolio includes advanced dynamic weighing systems for maximum precision and efficiency; high-performance automatic bagging machines for open-mouth, valve and tubular FFS bags, as well as Big Bag filling stations; a wide range of robotic and conventional palletizers ensuring optimal pallet stability; and pallet wrapping systems for secure finishing and protection. With a presence in more than 80 countries and over 5,000 projects completed across sectors such as agri-food, chemicals and construction, PAYPER is backed by 50 years of industry experience. More than 200 qualified professionals worldwide, supported by 8 subsidiaries and an extensive agent network, provide fast, reliable service throughout the product life cycle.

PAYPER will showcase its powder bagging solution and host a technical webinar ahead of the fair to present its applications and advantages. At the upcoming Interpack trade show (May 7–13, Düsseldorf), PAYPER will showcase its bottom-up filling system at its booth (Hall 12 – C06), a solution specifically designed to optimize the bagging of fine powdered products. The technology, which has already been introduced in specialized technical forums, expands the company’s portfolio of dosing solutions and addresses one of the most common challenges in industrial bagging: dust generation and the unstable behavior of certain products during filling. A common challenge in bagging powdered products In bagging processes involving products with very fine particle sizes, it is common for air entrapment and dust generation to occur during bag filling. These situations can lead to the dispersion of airborne particles, increased vacuuming requirements, or product loss. The bottom-up filling approach modifies traditional filling dynamics to reduce the product drop height during the dosing process. This principle