Екструзия – двушнекови екструдери
Extruze – dvoušnekové extrudéry
Ekstrudering – dobbeltsnegleekstrudere
Extrusion – Doppelschneckenextruder
Εξώθηση – δίκοχλιοι εξωθητήρες
Extrusion - Twin screw extruders
Extrusión – extrusoras de doble husillo
Extrusion – extrudeuses bivis
Ekstruzija – dvopužni ekstruderi
Extrudálás – kétcsigás extruderek
Estrusione – estrusori bivite
Ekstruzija – dviejų sraigių ekstruderiai
Extrusie – dubbelschroefextruders
Wytłaczanie – wytłaczarki dwuślimakowe
Extrusão – extrusoras de dupla rosca
Extrudare – extrudere cu dublu șnec
Экструзия – двухшнековые экструдеры
Ekstruzija – dvošnekni ekstruderi
Extrudering – dubbelskruvsextrudrar
Ekstrüzyon – çift vidalı ekstrüderler
At Exapro, we offer a selection of used twin screw extruders designed for high-efficiency compounding, advanced mixing, and continuous processing across plastics, rubber, food, and pharmaceutical industries. Whether you operate in polymer compounding, extrusion, recycling, or specialty material development, these machines deliver exceptional dispersion, consistency, and throughput.
Our marketplace connects you with trusted global brands such as Coperion, KraussMaffei Berstorff, Leistritz, JSW, and ICMA San Giorgio, ensuring industrial-grade performance at a fraction of the cost of new equipment. Priced typically between €24,000 and €97,000, these used twin screw extruders provide proven reliability, robust engineering, and the processing stability required for demanding applications.
Explore our range of twin screw extruders today!
Showing 1 - 20 out of 125
Netherlands
2007
| Screw diameter | 27 mm |
|---|
| Output | 15 kg/h |
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Netherlands
2008
| Screw diameter | 27 mm |
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| Output | 15 kg/h |
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Netherlands
2010
| Screw diameter | 27 mm |
|---|
| Output | 200 kg/h |
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Germany
2022
| Screw diameter | 0.4 mm |
|---|---|
| Output | kg/h |
| Plastifying capacity | kg/h |
|---|
Italy
2012
Germany
2013
| Screw diameter | 80 mm |
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South Korea
2013
| Screw diameter | 127 mm |
|---|---|
| Output | 400 kg/h |
| Plastifying capacity | 500 kg/h |
|---|
| Screw diameter | 85 mm |
|---|---|
| Output | 800 kg/h |
| Plastifying capacity | 1200 kg/h |
|---|
| Screw diameter | 18.8 mm |
|---|---|
| Output | 60 kg/h |
| Plastifying capacity | 60 kg/h |
|---|
Uzbekistan
2021
| Screw diameter | 65 mm |
|---|---|
| Output | 250 kg/h |
| Plastifying capacity | 200 kg/h |
|---|
Nigeria
2018
| Screw diameter | 71 mm |
|---|
| Plastifying capacity | 500 kg/h |
|---|
| Screw diameter | 72 mm |
|---|---|
| Output | kg/h |
| Plastifying capacity | kg/h |
|---|
| Plastifying capacity | 500 kg/h |
|---|
| Output | 500 kg/h |
|---|
| Output | 400 kg/h |
|---|
Turkey
2002
| Screw diameter | 85 mm |
|---|
| Plastifying capacity | 500 kg/h |
|---|
Italy
1989
| Plastifying capacity | 100 kg/h |
|---|
Poland
1998
| Plastifying capacity | 500 kg/h |
|---|
| Output | 500 kg/h |
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| Screw diameter | 67 mm |
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| Output | 350 kg/h |
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Used twin screw extruders offer a powerful combination of mixing efficiency, process stability, and cost-effectiveness. By choosing a second-hand system on Exapro, manufacturers gain access to high-performance compounding technology while significantly reducing capital expenditure and shortening lead times.
Below are the key technical characteristics to consider when selecting a twin screw extruder for compounding, recycling, food production, or pharmaceutical processing.
Screw diameter determines throughput, while higher L/D ratios increase mixing efficiency, residence time, and processing capability for advanced formulations.
Flight geometry, pitch, and rotation speed define shear rate, dispersion quality, and melt homogeneity. Co-rotating intermeshing screws provide excellent self-wiping, reducing residue and improving consistency.
Multiple heating and cooling zones maintain an accurate thermal profile, ensuring stable melting conditions for a wide range of materials.
Degassing zones remove moisture, volatiles, and gases — essential for recycling, reactive extrusion, and pharmaceutical processing.
The gearbox rating and torque capacity determine the ability to process high-viscosity polymers, filled compounds, composites, and demanding materials.
Throughput ranges from small lab extruders processing a few kg/h to large industrial lines exceeding 1,000 kg/h.
Twin screw extruders are used across many industries requiring efficient mixing, homogeneity, and continuous production:
Pricing on Exapro varies according to configuration, processing capability, and machine history. Below are the main criteria that influence cost:
Use Exapro’s Valorexo pricing algorithm to benchmark asking prices and confirm market fairness instantly.
Selecting the right machine requires aligning processing requirements with throughput, material type, and technical constraints. Below are the key factors to evaluate:
Different screw and barrel configurations are recommended for compounding, recycling, food, pharma, and specialty applications.
Match screw diameter and L/D ratio to required throughput and material viscosity.
Assess screw wear, barrel condition, gearbox integrity, heater performance, and control systems.
Modern drive systems significantly reduce energy consumption and operating costs.
Ensure the machine meets relevant plastics, food, or pharmaceutical standards for your production environment.
Exapro’s team helps shortlist suitable machines, arrange inspections, and coordinate global logistics.
Browse our latest listings of used twin screw extruders on Exapro and connect with verified sellers worldwide. With expert guidance, inspection support, international logistics coordination, and pricing tools like Valorexo, Exapro makes upgrading your compounding or extrusion line efficient, reliable, and cost-effective.
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