Skip to main content

Optimised filling technology with the Beumer fillpac

Intralogistics company Beumer has expanded its portfolio with the fillpac filling machine, offering equipment and systems for packaging lines from one source. “The new machine can be flexibly integrated with existing packaging lines and can be optimally adapted to the customer's situation,” says the company. “The Beumer fillpac is a specific weighing electronics which ensures the weight accuracy of the bags. Rejects caused by too high or too low filling weights can nearly be excluded.”
January 6, 2017 Read time: 2 mins
Intralogistics company 7303 Beumer has expanded its portfolio with the fillpac filling machine, offering equipment and systems for packaging lines from one source.

“The new machine can be flexibly integrated with existing packaging lines and can be optimally adapted to the customer's situation,” says the company.

“The Beumer fillpac is a specific weighing electronics which ensures the weight accuracy of the bags. Rejects caused by too high or too low filling weights can nearly be excluded.”

The weighing unit communicates permanently with the filler neck via a specific software, and the automatic bag weight adjustment determines the exact filling weight of the bags, thus enabling the exact degrees of filling during the filling process. The user can design packaging lines more efficiently as it is no longer necessary to remove under or overweight bags from the line. In addition, the quantity indicated on the bag always corresponds to the real volume.

The Beumer fillpac, which is used for products such as cement, is designed for capacities ranging from 300-6,000 bags/hour and can fill various bag types. If equipped with a special bag placer, it can also fill HDPE bags.
All videos

For more information on companies in this article

Related Content

  • Cat introduces its economic D Series mini excavators
    April 8, 2013
    Cat’s new 302.4D mini excavator is one of four mini excavator models being introduced by the company at bauma. Like fellow D Series models the 301.7D and 302.2D, the 302.4D is said to be a powerful and versatile machine that works comfortably in confined spaces. With model configurations said to closely reflect their operating weights of 1.6-2.5tonnes, the new D Series machines are said by Cat to feature powerful hydraulics, a spacious operator environment and excellent service access.
  • Bitumen technology ideal for road repairs
    July 4, 2012
    Mike Woof discusses some novel developments relating to bitumen In the developed countries of Western Europe there is an increasing shift away from new highway construction to maintaining and rebuilding existing roads. In Germany alone, a network of asphalt roads extending more than 600,000km will have to be maintained or repaired. Highway maintenance techniques do vary between European countries but some commonalities exist. There are techniques that have been sidelined in the last few years but which now
  • Trimble announces key technology developments
    November 7, 2018
    Trimble is expanding its range of machine control technology options for users of graders and excavators with the release of key new releases. One is for the LOADRITE Payload Management system, which can now be utilised on excavators already equipped with the Trimble Earthworks Grade Control Platform. The other systems are new versions of the Trimble Earthworks Grade Control Platform that can be used with graders or deliver automatic guidance for tiltrotators. These are key developments for the firm, boo
  • Airport runway rebuild at Bologna
    May 15, 2019
    Rebuilding a runway requires special attention to detail to maximise efficiency and safety Airport runways face special challenges with regard to the loads they carry on a daily basis, particularly when aircraft are landing. A modern jet aircraft will typically land at speeds of around 240-260km/h, with a laden 747 weighing as much as 265tonnes at the end of a long flight. The stresses these large aircraft place on runway surfaces are enormous and not just with the massive impact forces exerted during