サーモフィッシャーサイエンティフィック株式会社/Thermo Fisher Scientific K.K. Official site

Extruder Process 16

A versatile twin-screw extruder featuring a 16mm diameter barrel. It offers high flexibility in material development.

The Thermo Scientific Process 16 twin-screw extruder adopts a segmented screw design, allowing for a shorter overall length, which enables control over residence time within the extruder and accommodates a wide range of materials with low processability. Additionally, it offers various options for barrels and feeders with different features, ensuring that even materials requiring delicate and advanced processing can achieve the optimal processing conditions due to its flexibility.

We are offering an on-demand webinar regarding the applications of extruders (such as in the production of plant-based meat, HME formulations, continuous granulation, and battery material development)!

basic information

1. High Free Volume Design: The Process 16 extruder features a barrel with a diameter of 16mm and a screw design with a large free volume, allowing for easy and complete processing of low-density materials, large pellets, or flakes. It is also useful for processing materials that are sensitive to shear. 2. Intuitive Operation: The main unit and all connected feeders can be easily operated using a highly visible and user-friendly touch screen panel integrated into the device. 3. Flexible Access to the Barrel Interior: Easy access to the interior of the barrel during process downtime allows for optimization of the extrusion process. Cleaning is also very simple. 4. Flexible Material Supply: By utilizing multiple barrel ports and side feeds, solid and liquid materials entering the extruder can be accurately measured. It accommodates various flow characteristics of solids (powders, pellets, fibers, etc.) and liquids. 5. Flexible Barrel Configuration: Each segment can be individually heated or cooled, allowing for extremely precise application of the optimal temperature profile for the process.

Price range

Delivery Time

Model number/Brand name

Thermo Scientific

Applications/Examples of results

Polymers: Research and development of various new materials Formulations: Research and development of HME, continuous wet granulation, and various dosage forms Food: Research and development of plant-based meat alternatives

Detailed information

Related Videos

catalog(31)

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Process 16 Dual-axis Screw Extruder

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Case Study: Measurement of Conductivity After Compounding Polyethylene with Carbon Black

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How to incorporate low-density fillers into polymer compounds?

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Improvement of the quality of dry lithium-ion cathode mixtures using torque rheometry.

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Dual-Axis Screw Extruder Comprehensive Catalog

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Solutions for Melt Mixing for Formulations and Their Analysis

TECHNICAL

Case Study: Evaluation of the Characteristics of Imitation Meat

APPLICATION_NOTE

Case Study [Food] Structural Analysis of Plant-Derived Meat

APPLICATION_NOTE

Case Study [Food]: Plant-based meat (alternative meat) two-axis extrusion processing

APPLICATION_NOTE

Case Study: Mixing Solutions in the Development of Plant-Based Meat

APPLICATION_NOTE

Case Study [Food] Perception of Juiciness - Measurement of Lubrication Properties of Meat Analogues Using Soft Tribology

APPLICATION_NOTE

Case Study: Formulation of Electrode Slurry in Limited Space Using a Dual-Axis Screw Extruder

APPLICATION_NOTE

Case Study: Development of Low Solvent Electrode Paste for Batteries: Achieving Low Cost and Low Environmental Impact through the Use of an Extruder.

APPLICATION_NOTE

Case Study: Mechanisms of Process Parameters for Successful Scale-Up of the Hot Melt Extrusion (HME) Process in Pharmaceuticals

APPLICATION_NOTE

Case Study [Pharmaceuticals]: Continuous Twin-Screw Granulation - Considerations for Process Design, Development, and Scale-Up

APPLICATION_NOTE

Case Study [Pharmaceutical] Hot Melt Extrusion of Oral Disintegrating Films

APPLICATION_NOTE

Case Study: Recycling of Foil Shredded Using a Two-Axis Screw Extruder【Polymer】

APPLICATION_NOTE

Case Study [Polymer]: Mixer Test for Reuse of Sprue Runner Losses

APPLICATION_NOTE

Case Study [Polymer]: The impact of different types of carbon black on product performance in low fuel consumption tire development.

APPLICATION_NOTE

Case Study [Polymer]: Manufacturing 3D Printing Filament Using Gear Pumps

APPLICATION_NOTE

Case Study [Polymer]: Spiral Mold for HAAKE MiniJet Pro Injection Molding System

APPLICATION_NOTE

Case Study [Basic] Process Parameters Related to Dual-Axis Screw Compound

APPLICATION_NOTE

Case Study [Cosmetics]: Extrusion of Makeup Cosmetics

APPLICATION_NOTE

Case Study [Food] Upcycling of Food By-products: Advantages of Two-axis Screw Granulation of Apple Pomace

APPLICATION_NOTE

Case Study [Food] The Effect of Blending Conditions on the Processability of Starch Compounds

APPLICATION_NOTE

Case studies: [Pharmaceuticals] [Cosmetics] [Food] Encapsulation of flavors and ingredients

APPLICATION_NOTE

Case Study: Production of 3D Printing Filament by Combining a Twin-Screw Extruder and Gear Pump.

APPLICATION_NOTE

Co-extrusion as an innovative method for pharmaceuticals.

TECHNICAL

Encapsulation of flavor components using a twin-screw extruder.

APPLICATION_NOTE

Case Study: Evaluation of Flame Retardant Effectiveness Using Polymer Mixing Machines and Rheometers

APPLICATION_NOTE

Advantages of low-solvent twin-screw compounding for the development of high-performance lithium-ion batteries.

APPLICATION_NOTE

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