Neue Herbold Maschinen undAnlagenbau GmbH

Primary size reduction machines with a single rotating shaft for shredding plastic waste, pipes, profiles, and other recyclable materials into uniform flakes.

Two-shaft shredders for coarse pre-shredding of bulky plastic waste, bales, and heavy feedstock that require high-torque initial reduction.

Specialized shredders designed specifically for size reduction of plastic pipes and profiles with integrated feeding systems.

Purpose-built shredders for expanded polystyrene (EPS) and Styrofoam materials, designed to handle low-density foams without excessive dust generation.

Shredders using screw-type cutting mechanisms for processing rubber bales, insulation materials, and other tough or elastic feedstock.

Hydraulic shearing machines for cutting large plastic components like cable drums and window frames into smaller pieces before granulation.

Multi-series granulator line covering light-duty to heavy-duty applications for size reduction of plastics, including profile, pipe, and general-purpose configurations.

Granulators with integrated water cooling and washing capability for processing contaminated or wet plastic waste streams.

High-speed impact mills for coarse to medium grinding of tough materials including rubber, wood, and mixed waste.

Fine-grinding mills that reduce plastic granulate to powder form for applications requiring very small particle sizes.

Turnkey washing and recycling systems for PET bottle processing, including pre-washing, friction washing, separation, and drying stages.

Screw-type and drum-type pre-washing equipment that removes surface contamination from plastic waste before intensive washing.

High-speed friction-based washing machines that scrub labels, adhesives, and surface contaminants from plastic flakes using mechanical agitation.

Heavy-duty washing machines providing extended contact time and mechanical action for deep cleaning of heavily contaminated plastic streams.

Centrifugal or mechanical dewatering equipment that removes surface moisture from washed plastic flakes using spinning or pressing action.

Multi-stage mechanical dewatering systems that progressively remove moisture from plastic flakes across sequential processing zones.

Heat-based drying systems using hot air or thermal energy to reduce moisture content of washed plastic to very low levels for downstream processing.

Screw-type presses that mechanically squeeze water out of wet plastic waste streams, reducing moisture before thermal drying.

Density-based separation vessels that float or sink plastic flakes based on material density, enabling separation of different polymer types.

Equipment for removing fine particles and dust from processed plastic streams to improve product quality.

Multi-stage air classification systems that separate plastic flakes by size and density using cascaded air streams.

Storage silos designed for lightweight film and flake material, with agitators to prevent bridging and ensure consistent material flow.

Cylindrical storage containers for granulated or flaked plastic material with discharge systems for continuous feeding of downstream equipment.

Vibrating or rotary screening equipment for classifying ground plastic material by particle size after shredding or granulation.

In-line detection systems that identify and eject metal contaminants from plastic waste streams to protect downstream shredders and granulators.