Mobile separation units

The deposit hoppers are designed to continuously and steadily feed various kinds of material. They fead materials like construction and demolition waste, industrial and commercial waste, household waste, organic waste, compost, dry recyclables etc.

We offer various kinds of systems which are suitable for the treatment of organic waste and compost. The windshifters, for example, can be applied to separate plastics and other small contaminations out of the organic fraction

The concrete reclaimer is a compact system that washes, separates and dewaters rest concrete and discharges the sand and aggregate separately. Our concrete reclaimer system guarantees a perfect sand and aggregate purification effect with less than 0,5% remaining cement. 

Overband magnets are designed for use over a moving bed of material from which iron is to be removed. The inclined sorting machine is designed to sort almost any combination of recyclable materials automatically.

Sorting cabins are used to separate different fractions like wood, ferrous, non-ferrous and plastics manually. It consists of picking belts and drop hoppers.

Sorting of waste streams has a great impact on the environment. Thorough sorting can reduce the amount of waste going to landfills and/or incinerators considerably.

The drum washers are designed to clean gravel and aggregates and to separate the floating dirt with a contamination level of approx. 10-20%.

The windshifter can be applied for al dry waste types. The windshifter separates the input material based on density and form. The unique feature of the windshifter is its flexibility because of the many settings.

Mechanical sizing of waste flows can be executed with various screens. Mesh-sizes vary from 4 to 500 mm. Large parts are usually first processed by crushers or shredders, separated manually or simply broken by a grab.

The conveyors ensure that the sorting equipment is fed with the right material, speed and spread. The construction is such, that even the finest material does not clog the conveyor. The risk of misalignment is therefore reduced to a minumun.