At K 2025, Qlar (formerly Schenck Process) will highlight SIMPLEX FB display, which is a solution for critical materials (from plastic flakes to glass fibers) with digitalization, as well as a practical example for sustainable material processing along the recycling chain.

Qlar’s highlight at K fair – the SIMPLEX FB – is a gravimetric stainless-steel feeder with a high feed rate for demanding materials, from glass and carbon fibers to plastic flakes, cellulose and other new or recycled materials.

The SIMPLEX FB.

The SIMPLEX FB shows its particular strengths when handling post-consumer material. With the bottom-driven agitator and the low center of gravity, even regrinds or plastic flakes that are difficult to dose can be processed.

The integrated sensor system allows data to be collected and transmitted in real time. The intelligent system enables fill level measurement and bridge detection as well as moisture measurement of the material. Possible blockages in the discharge are recognized at an early stage – jammed material can be removed in time before a major backlog occurs.

Depending on the speed and filling level, optimum operating values for different materials can be determined and saved. Ultimately, the digitalization of the dispensing processes creates a perfect basis for long-term process optimization.

At K 2025, Qlar (formerly Schenck Process) will highlight SIMPLEX FB display, which is a solution for critical materials (from plastic flakes to glass fibers) with digitalization, as well as a practical example for sustainable material processing along the recycling chain.

Qlar’s highlight at K fair – the SIMPLEX FB – is a gravimetric stainless-steel feeder with a high feed rate for demanding materials, from glass and carbon fibers to plastic flakes, cellulose and other new or recycled materials.

The SIMPLEX FB.

The SIMPLEX FB shows its particular strengths when handling post-consumer material. With the bottom-driven agitator and the low center of gravity, even regrinds or plastic flakes that are difficult to dose can be processed.

The integrated sensor system allows data to be collected and transmitted in real time. The intelligent system enables fill level measurement and bridge detection as well as moisture measurement of the material. Possible blockages in the discharge are recognized at an early stage – jammed material can be removed in time before a major backlog occurs.

Depending on the speed and filling level, optimum operating values for different materials can be determined and saved. Ultimately, the digitalization of the dispensing processes creates a perfect basis for long-term process optimization.