Built with food-grade materials for all components in direct contact with ingredients, this extruder ensures safety and compliance with food processing standards. Its easy-clean design reduces downtime between recipes, while customizable screw configurations offer precise control over texture, density, and cooking parameters.

For snack production, the extruder can process grain-based formulations with low moisture content (<20 wt%), creating light, crispy textures through controlled heat, pressure, and expansion. The integrated face-cutter pelletizer allows for accurate shape and size control, with a stainless steel enclosure to maintain hygiene.

In high-moisture meat analogue (HMMA) production, the extruder’s long cooling section and precise temperature control ensure realistic, meat-like textures. It can handle moisture contents of 40–80%, processing plant proteins such as pea, soy, and wheat gluten with binders, fibers, and natural colorants.

Whether you’re developing new products in R&D labs or scaling up for commercial production, the Plant-Based Twin-Screw Extruder offers unmatched flexibility, consistent quality, and sustainable processing capabilities.

Specifications

Brochure

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Its conical screw design ensures excellent material intake — especially for low-density recycled plastics — while preventing bridging and clogging at the feed zone. The high channel depth improves feeding capacity, making it ideal for fluffy or bulky recycled materials.

Two screw configurations are available:

• Low-Shear Screw — for heat-sensitive materials, reducing thermal degradation.

• High-Shear Screw — for blends and composites requiring intensive mixing and homogenisation.

For vented single screw extruder versions, the design includes a vacuum vent for volatile removal and moisture elimination during processing, ensuring higher-quality end products.

This mini extruder is compact, cost-effective, and energy-efficient, making it an excellent choice for R&D trials, material testing, and small-batch recycling without high operating costs.

Specifications

Brochure

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The line features shared components, including a 16 mm single screw extruder, water bath/air conveyor, and center control systems, maximizing cost efficiency without compromising the quality of both pellets and plastic 3D filaments. Its compact layout guarantees efficient space utilization within your facility. Streamlined operation is achieved through easy switching between the water bath and air cooling conveyor, corresponding with either the pelletizer unit or winder unit, enabling quick adaptation to changing demands.

Our combination line excels in material compatibility, accommodating a wide range of materials with diverse properties. Whether producing pellets or 3D filaments, you can trust our commitment to delivering consistent results and superior performance.

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The New MicroCompounder 12 mm co-rotating twin screw extruders is made with a complete modular build up of the clam shell barrel, where each barrel section have a length of 9D or 108 mm. The length is available with 36 L/D and with drive power of 2.2 KW.

This twin is designed to be used with polymers in powder or micro pellets form with an approximate maximum granule diameter of 1.5 mm. It is suitable for processing of minute polymer quantities for research applications but it can also produce larger quantities having a maximum output of around 4 kg/hr. The amount of resin remaining in the screws is only around 10 grams so if the batch size is for instance 50 gram, the amount of polymer which is compounded and exits through the die is 40 gram.

The Clam Shell Barrel is equipped with exchangeable barrel lining inserts for optimum economy and ease of replacement. These standard inserts are made from a very high grade tool steel which is through hardened to over 60 RC and which can withstand high processing temperatures of up to 400 °C. This unique barrel insert system was designed by us in 2003 and has proven during the years to be a very good feature.

The screws are built up from individual single elements mounted on hexagonal hardened shafts. Each individual kneading elements is supplied in many angles to enable optimum variations in screw configurations. The screw components are made from high grade tool steel which is through hardened but made with a slightly softer hardness than the barrel to ensure optimum life time for both elements and barrel.

Available with gravimetric feeders which are modified to meet the requirement of feed rates adapted to the output of these small Twin Screw Extruders. Available in manual or fully computerized touch screen controllers with possibility to download and process all data on a PC.

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The MicroScientific table top 16 mm co-rotating twin screw extruders are made with a complete modular build up of the clam shell barrel, where each barrel section have a length of 4 D or 64 mm. This twin screw extruder is available with up to a 52 L/D length and with drive power of 2.2 KW. The modular Clam Shell Barrel is made of through hardened tool steel which has been hardened to 60 HRC and then nitrided to give a surface hardness of around 70 HRC for optimum wear resistance. The standard extruder has a temperature range of up to 400ºC

The screws are built up from individual single elements mounted on hexagonal hardened shafts. Each individual kneading elements is supplied in many angles to enable optimum variations in screw configurations. The screw components are made from high grade tool steel which is through hardened but made with a slightly softer hardness than the barrel to ensure optimum life time for both elements and barrel. As with our larger twin this small bench top version is also available with High Wear resistant elements made from HIP steel grades from Crucible, USA. In addition we can offer two versions of acid resistant elements where the highest resistant types are made from Inconel steel. And with this version, the screw shafts as well as the die is made from Inconel and the same goes for plugs for side feeders and vent openings on the barrel.

The whole clam shell barrel assembly is split in the center and can be easily swung open after loosening the barrel bolts. This gives easy access to the screws for cleaning or changing of screw elements and/or barrel inserts as well as to observe the melt and compounding characteristics of the polymer being processed.

Available with gravimetric feeders which are modified to meet the requirement of feed rates adapted to the output of these small Twin Screw Extruders. Our 16mm Twin Screw Extruder is available with forced air cooling for all barrel zones as well as side feeders (FAC version). Available in manual or fully computerized touch screen controllers with possibility to download and process all data on a PC.

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The screws are built up from individual single elements mounted on hexagonal hardened shafts. Each individual kneading elements is supplied in many angles to enable optimum variations in screw configurations. The screw components are made from high grade tool steel which is through hardened but made with a slightly softer hardness than the barrel linings to ensure optimum life time for both elements and barrel inserts.

The whole clam shell barrel assembly is split in the center and can be easily swung open after loosening the barrel bolts. This gives easy access to the screws for cleaning or changing of screw elements and/or barrel inserts as well as to observe the melt and compounding characteristics of the polymer being processed. The top half of the barrel is balanced so that very little force is needed to open it up and with this the hazard of accidental heavy closing is eliminated.

Each barrel zone is equipped with both water cooling and electric cartridge heating. This allows for complete process control at each zone of the barrel and the water cooling coupled with the high wattage heating enables fast temperature changes of each zone when changing processing conditions from one compound to another. The water cooling is done from fine channels inside each barrel module and regulated with individual solenoid valves from its designated temperature controller.

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Modular 26 mm co-rotating twins screw extruder with segmented screws and barrel inserts, with barrel lengths of up to 60 + L/D and screw RPM of up to 1200

The Scientific 26 mm co-rotating twin screw extruder is made with a complete modular build up of the clam shell barrel, where each barrel section have a length of 4 D or 104 mm. Many L/D sizes are available from 32 to 60+ The standard twin has a drive power of 15 KW and a max screw RPM of 800.

The MAXICOMPOUNDER is equipped with a 22 kW AC Motor drive and a re-designed gear box comprising of  additional shaft supporting gears and a direct driven gear pump for closed loop oil cooling system. The max screw RPM with the Maxi Compounder is 1200 RPM as opposed to our standard versions where the max RPM is 800.

As of 2014, the standard 15 kW 26 mm twin screw version is equipped as standard with  High Torque screw shafts, same as we supply for the 22 kW MaxiCompounder. Further the standard twin has a new gear box which is equipped with a high efficiency forced oil lubrication system with a block type of heat exchanger to ensure the gear box is kept cold at even the severest running conditions. This also ensures optimum lubrication to all gears and bearings.

Our MaxiCompounder also have this cooled and forced oil lubrication system on its larger gearbox which is designed with a high safety factor to withstand the higher power and RPM delivered to the shafts.

The modular Clam Shell Barrel is equipped with exchangeable barrel lining inserts for optimum economy and ease of replacement. These standard inserts are made from a very high grade tool steel which is through hardened to over 60 RC and which can withstand high processing temperatures of up to 400 °C. This unique barrel insert system was designed by us in 2003 and has proven during the years to be a very good feature. In addition our twins are now available with insert made from High wear resistant steel from Crucible in USA to be used when compounding with highly abrasive components. Further our twins can be supplied with inserts made from medium corrosion resistant steel as well as very high corrosion resistant inserts made from Inconel steel types from USA. This latter steel type is useful for processing for example of Fluor plastics and other resin types which develop aggressive acids during processing.

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