Thermo Scientific™ TSE 24 MC Twin-screw Extruder

Thermo Scientific™ TSE 24 MC Twin-screw Extruder

  • Horizontally split barrel (up to 40:1 L/D) is hinged for easy access to the screws; simple screw removal device promotes quick and easy cleaning and configuration changes
  • Barrel is constructed in segmented modules that can be reconfigured to suit a variety of polymer processes
  • Replaceable barrel liners can be made from special materials for abrasive or aggressive applications
  • Barrel segments are available for feeding solids and liquids or for venting
  • Secondary feeders and vacuum pumps can also be incorporated into the system
  • Powerful control software is programmed to recognize plug-in ancillaries
  • Large color touch screen interface incorporates on-screen, real-time trend display

 




Description

TSE 24 MC Twin-screw Extruder

Incorporate flexibility and ease of use into your small-scale manufacturing and test samples compounding with the Thermo Scientific™ TSE 24 MC Twin-screw Extruder. This floor-mounted twin-screw extruder can be configured for a vast variety of applications, and its flexible barrel and screw design make it a perfect tool for solving all your processing challenges.

 

Recommended for:
Materials

  • Polymers
  • Adhesives
  • Ceramics
  • Pharmaceuticals
  • Food

Applications

  • Compounding
  • Master batch
  • Nanocomposites
  • Blown film
  • Sheet extrusion
Catalog number Product Size Barrel Length L/D Max. Screw Speed Price (CAD)
554-2112 40 L/D 500rpm

Product Size
Barrel Length L/D 40 L/D
Description L/D ratio: 40:1; 500rpm
Max. Screw Speed 500rpm
Max. Temperature 400°C
Motor Power 5.5kW
554-2110 28 L/D 500rpm

Product Size
Barrel Length L/D 28 L/D
Description L/D ratio: 28:1; 500 rpm
Max. Screw Speed 500rpm
Max. Temperature 400°C
Motor Power 5.5kW
Screw Diameter 24mm
Screws co-rotating
554-2111 28 L/D 1000rpm

Product Size
Barrel Length L/D 28 L/D
Description L/D ratio: 28:1; 1000rpm
Max. Screw Speed 1000rpm
Max. Temperature 400°C
Motor Power 11kW
Screw Diameter 24mm
Screws co-rotating
554-2113 40 L/D 1000rpm

Product Size
Barrel Length L/D 40 L/D
Description L/D ratio: 40:1; 1000rpm
Max. Screw Speed 1000rpm
Max. Temperature 400°C
Motor Power 11kW
Screws co-rotating

Mixing. Compounding. Processing.

Why use Twin-Screw Extrusion and Compounding?

Twin-screw extruders are well-established in the industry for mixing, compounding and processing of polymeric materials. They are used in a wide variety of polymer, pharmaceutical and food applications to efficiently develop and produce high-quality products using a continuous process. The modularity of twin-screw extrusion equipment provides great flexibility in designing a process to accomplish your goals. Choose from a wide range of customizable options for twin-screw extruders designed to fit the demanding and ever-changing environments of research, development, production and quality control for the pharmaceutical, polymer and other industrial markets.

Flexibility in Design

Modify the extruder to match your requirements now and in the future. With adaptability in mind, we created our parallel, co-rotating twin-screw extruders with unsurpassed flexibility and modularity. The easy accessibility of the horizontally split, hinged-barrel design lets you observe the material during the extrusion procedure. To optimize the process or change the application, simply convert the screw and barrels to reduce both time and expense. In fact, this is five times faster than most other solutions on the market.

In-depth Expertise

Good science builds knowledge

If your company develops and manufactures new products in a competitive environment, it’s vital that your equipment manufacturer has extensive expertise to meet the process challenges your industry faces. We are scientists and engineers with over 50 years of experience in producing solutions in the field of materials sciences.
Delivering accurate and reproducible solutions are our top priorities to help you shorten time-to-market for your product. We have developed methods that make it easier for you to optimize your process research and development, as well as help you meet the most stringent government regulations or industry standards such as GMP and calibration requirements.

 

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