System Solutions for Lightweight Packaging
Pre-Shredder with Conveyor Belt
A simple yet efficient solution for producing a predefined end product while filling containers or lorries directly. This system also serves as a starting point for a wide range of system concepts and can be expanded at any time. The processing of other materials is also possible.
Pre-Shredder with Overbelt Magnet
Packaging waste also contains plenty of ferrous metals such as screw caps or cans. With this combination of pre-shredder and overbelt magnet, you not only reduce the material to a marketable final grain size, but also separate the valuable metals.
Pre-Shredder with Container Filling on Both Sides
Do you want longer intervals between changing containers? Thanks to the conveyor belt that reverses at the touch of a button, two containers can be filled one after the other. Alternatively, the containers can also be filled alternately with different materials.
Pre-Shredder with Overbelt Magnet and Screening Drum
With this small system, you not only process your lightweight packaging to a predefined size, but you also separate the valuable ferrous metals and separate the material into screen fractions of your choice.
Bag Opener with Conveyor Belt
With this bag opener and conveyor belt solution, you can not only easily open bags and remove the lightweight packaging from them, but also fill containers, bays or lorries at the same time.
Bag Opener with Container Filling on Both Sides
Do you want longer intervals between changing containers? Thanks to the conveyor belt that reverses at the touch of a button, two containers can be filled one after the other. Alternatively, the containers can also be filled alternately with different materials.
Bag Opener with Screen Drum
With this small system, you not only open the bags, but also separate the oversized pieces from the rest of the packaging waste using a screen drum.
Sorting System with One processing Line
With this sorting system, you can separate packaging waste into four to eight recyclable fractions. Sort out valuable metals or secure high-calorific materials for substitute fuel production.
Sorting System with One Processing Line and NIR Sorting
With this sorting system, you can separate packaging waste into four to eight recyclable fractions. A NIR sorter enables you to precisely separate out even small, high-calorific plastic particles. You can also remove valuable metals.
Sorting System with Two Processing Lines and NIR Sorting
With this sorting system, you can separate large quantities of packaging waste into four to eight recyclable fractions. A NIR sorter enables you to precisely separate out even small, high-calorific plastic particles for substitute fuel production. You can also remove valuable metals.
Processing to Refuse Derived Fuel (100 m3/h)
With this processing line consisting of a pre-shredder, a screening drum, a arch belt separator and a post-shredder, you can produce valuable substitute fuel for industrial use from your packaging waste.
Processing to refuse derived fuel (150m3/h)
With this processing line consisting of a pre-shredder, a screening drum, a arch belt separator and two post-shredders, you can produce even larger quantities of valuable substitute fuel for industrial use from your packaging waste.
Do you need a different concept for a plant?
These are our standardised systems.
We would be happy to create a customised solution for you.
Lightweight Packaging
Depending on the country, packaging waste or lightweight packaging includes not only typical packaging waste such as bags or film, but also drink cartons, PET bottles, tins and many other containers. While plastic is the most common material, aluminium and other metals are also found among these packaging materials. Composite materials that are difficult to recycle are also frequently encountered. With our system solutions, you can start separating these fractions.
Looking for the right solution?
We will be happy to advise you!
Variable System Layout
The illustrations of our system solutions are examples. The layout of the system components can be adapted and rearranged accordingly. By using modern 3D scanners, we can also create detailed replicas of existing buildings and thus design a perfect concept for your demands.