The new AEROSELECTOR

Turns screen overflow into 4 usable fractions

The new Aeroselector combines wind sifting, ballistic separation and screening in one machine. Its throughput but especially its compact design and its efficiency are very convincing.

In professional composting plants this machine already proved itself successfully in separating foils, stones and structural material from the screen overflow. Also other moist and try material mixtures consisting of differently sized fractions can be split up effectively with this solution.

Advantages

High throughput
Perfectly suited for the integration with existing processing lines
No clogging
Low maintenance, low cleaning requirements
Lifetime of up to 15 years
Very energy-efficient
Numerous adjustment options - also during operation

Data

Throughput

up to 100 m³/h

Working width

1200 mm

Outer dimensions

11500 x 2600 x 3000 mm

Power input

45 kW

Weight

7500 kg

Air performance supply air

10500 m³/h

Air performance exhaust air

21000 m³/h

Industries

Recycling and Waste

Includes municipal and commercial waste, building site remains, scraps, light packaging and landfill remediation

Do you still have questions or need support?

For a detailed consultation or a material test, our employees or sales partners are at your disposal.

"We see ourselves as a competent problem solver for your applications!"

Acceleration belt

First a screen or a conveyor belt discharges the humid or dry compost screening residues on an acceleration belt, which takes care of the optimal speed and distribution of the material.

Air flow supply

In the transfer area from the acceleration belt to the downstream conveyor belt, an air flow is fed in from below. This removes foils and light goods from the material flow. The detached foils move along the cover of the wind sifter unit to an edge at which other adhering material can be removed. A suction system then transports the foils e.g. into a separate standard container.

Separation by means of a star screen

Heavy, small and spherical material falls off the acceleration belt and bounces off the front roller of the next conveyor belt. The conveyor belt now transports the remaining material to a star screen, where elongated, lumpy material (e.g. twigs) is separated from the oversized remaining pieces (e.g. branches).