This product line is available in three different versions. All systems are equipped with FIFO pre-drying and single-screw extrusion and differ in terms of IV increase and VOC reduction. All versions are approved for the production of food-contact PET regranulate.

High-end bottle-to-bottle recycling line for the recycling of post-consumer bottle flakes after the washing process. The end product is melt-filtrated, uniform granulate of highest purity with lowest VOCs.

FIFO pre-drying of the PET bottle flakes ensures optimal preparation for subsequent extrusion. Single-stage drying with hot, dessicant air according to the First-In First-Out principle.
Single-screw extrusion with short melt phase. The melt pump increases the overall output, stabilizes the melt pressure and ensures a stable process and consistent  melt quality.
Highest energy efficiency is ensured by various design features. Energy recovery is available for the pre-heater of the SSP and the final pellets. Alternative energy sources such as natural gas or steam can be used as a cost-friendly alternative for heating.
Compact design: The set-up of the recycling line is flexible, the most popular options are L, U, or line layout. Each layout option utilizes minimal footprint while maintaining access to relevant operation and maintenance points. 

• for post-consumer PET bottle flakes
• FIFO pre-drying, single-screw extrusion
• FIFO Solid-State Polycondensation (SSP)
• high-end bottle-to-bottle recycling
• automatic food-grade quality monitoring
• approved by multinational beverage brand owners

• Outstanding food-contact decontamination
• Adjustable IV increase
• FIFO procedure ensures uniform treatment
• Low energy consumption
• Small machine footprint
• Convenient operation and maintenance

State-of-the-art recycling technology with extended functionalities such as SMART feeder and dynamic automation package. Designed for processing film, fibres, thermoplastic in-house production scrap and washed post-consumer waste from materials such as PE, PP, PET, PES, PA, PLA, PS, PPS as well as foamed products. The most efficient solution for hygroscopic and wet materials.

The wear-resistant extruders are designed and manufactured in-house. The optional degassing extruder purifies the melt from volatile contaminants and monomers. Highly printed, very humid or organically contaminated input material requires the C-VAC module, hygroscopic input material the H-VAC module.

A melt filter continuously removes solid contaminants. The optional backflushing function reduces costs for filter screens and operator intervention. In case of higher contamination, a power backflush or continuous melt filter is recommended.

The pelletising system is chosen with regard to polymer type and preferred pellet shape. In case of an automatic strand pelletiser, broken strands are automatically inserted into the strand pelletiser without operator interference. Alternatively, manual strand, water ring, or underwater pelletisers are available.

• for post-consumer waste and production scrap
• wide range of applications
• inline recycling
• superior functionality with SMART feeder
• dynamic automation package For higher output
• increased energy efficiency

State-of-the-art recycling technology with extended functionality and innovative process adaption through the ACTIVE shredder. Designed for processing films, fibres and filaments, nonwovens, tapes, fabrics, as well as solid lumps, start-up scrap, injection moulding parts, and any type of regrind; from materials such as PE, PP, PS, PA, PES, PET, PPS, PLA, and others.

The optional degassing extruder purifies the melt from volatile contamination and monomers. High-vacuum degassing for hygroscopic polymers is optionally available. Wear-resistant extruder design.

A variety of melt filters for removing solid contaminants is available. The optional backflushing reduces costs for filter screens and operator intervention. In case of higher contamination a power backflush or continuous filter is recommended.

The water ring pelletiser ensures exact cutting for high pellet quality and low operating costs. Alternatively, a strand, automatic strand, or underwater pelletiser can be used. The remote control panel at the pelletizer allows starting/stopping of the line also from this position.

• for production and post-industrial scrap
• integrated ACTIVE shredder for hard-to-grind materials
• innovative process adaption
• fast material changeover
• easy maintenance
• high-performance design

State-of-the-art recycling technology for the cost-effective processing of regrind with high bulk density (> 300 g/l): production and post-industrial scrap from materials such as PE, PP, PS, PA and PLA.

The direct feeding of the input material is done by a feeding screw mounted on top of the extruder. Additional dosing of masterbatches or additives is possible.
The user-friendly touch-screen allows simple operation with RFID chip-controlled user levels, alarm history, recipe management, maintenance control, etc. Screenshots can be downloaded via USB-port.
A variety of different melt filters for dirt particle removal are available. The optional backflushing reduces costs for filter screens and operator intervention. For higher contamination, a power backflush or continuous rotation filter is recommended.
The patented water ring pelletiser ensures exact cutting for increased pellet quality and reduced wear of knives. Alternatively, strand, automatic strand, or under-water pelletisers can be used.
The produced uniform high-quality pellets have flow characteristics like virgin resin and can be reused up to 100 % in the same application or upcycled for other uses.

• for production and post-industrial scrap
• regrind with high bulk density
• wide range of thermoplastics
• space and energy saving
• one-button start/stop
• cost-effective recycling solution