Thermo Scientific™

HAAKE™ PolyLab™ OS Modular Torque Rheometer

The Thermo Scientific™ HAAKE PolyLab OS is a state-of-the-art measuring mixer and extruder system that is focused on the specific needs in research and development.

Catalog Number	Max. Speed	Voltage
567-0021	500 rpm	230 V

Catalog number 567-0021

Price (EUR)

Max. Speed:

500 rpm

Voltage:

230 V

The Thermo Scientific™ HAAKE PolyLab OS is a state-of-the-art measuring mixer and extruder system that is focused on the specific needs in research and development. The HAAKE PolyLab OS provides you with process-relevant material data including: Melting behavior, influence of additives, temperature stability, shear stability and melt viscosity. Furthermore, this measuring mixer and extruder system supports you in process modelling activities such as: Compounding polymers with additives to reduce flammability, viscosity, etc., scale-up extrusion processes by using different L/D ratios to extrapolate to your master process line, simulating master processes using only as little as 50g of material to optimize extrusion or mixing in respect to temperature and shear profile or extrusion of strands, profiles or films in combination with rheological or optical measurements.

This measuring mixer and extruder system supports you in process modelling activities such as: Compounding polymers with additives to reduce flammability, viscosity, etc., scale-up extrusion processes by using different L/D ratios to extrapolate to your master process line, simulating master processes using only as little as 50g of material to optimize extrusion or mixing in respect to temperature and shear profile or extrusion of strands, profiles or films in combination with rheological or optical measurements. Consequently, you can optimize your process parameters, create test specimens or perform quality control on incoming and outgoing goods with regard to viscosity, dispersion or plasticizing behavior. The drive unit of the HAAKE PolyLab OS system comprises all elements of a torque rheometer that are needed to drive the measuring system (precise speed controller) and to monitor the torque (accurate torque sensor) needed to process the test material.

Modularity
System architecture based on an open industry standard for flexible connection of different sensors and systems

Ease of operation
Fast and simple connection of measuring attachments without changing application and operating software

Remote controller
Operate the system from a distance and observe the entire test from a different location

Service and reliability
Reduce down-times with remote diagnostics and have the ability to change out components with precalibrated replacements

Return on investment (ROI)
Time-saving instrument usage and meaningful results relative to the application increase product quality and reduce development time

Compatible with:

The system features lab mixers as well as single and twin-screw (conical and parallel) extruders to provide most comprehensive data to our customers.

Specifications

Control and Evaluation SoftwareMonitor software supplied as standard with system

DescriptionRheoDrive 16; 16kW, 3 x 230V/N/PE; Speed 500 rpm; Torque 400 Nm

Height (Metric)127 cm

InterfaceUSB interface

Length (English)43 in.

Length (Metric)110 cm

Max. Torque400 Nm

Measuring Sensor ConnectionSimple connection of sensors via central docking station

Measuring SensorsSingle-screw, twin-screw and mixer sensors

Power Consumption16 kW, 3 x 230 V, N/PE

Test MonitoringVia PC or PDA

Weight (Metric)251 kg

Width (English)19.1 in.

Width (Metric)49 cm

Max. Speed500 rpm

Torque RheometerYes

Voltage230 V

Unit SizeEach

Frequently asked questions (FAQs)

Can I expand the HAAKE PolyLab OS system as my laboratory workflow changes?

Yes. The HAAKE PolyLab OS platform is designed with interchangeable measuring modules that allow you to add mixing, single-screw extrusion, twin-screw extrusion, or capillary rheology capabilities as your research or development requirements evolve.

What types of material properties can I evaluate with the Thermo Scientific HAAKE PolyLab OS system?

The Thermo Scientific HAAKE PolyLab OS system helps evaluate processing-related material properties including melt viscosity, plasticization behavior, shear stability, thermal stability, and the effect of additives during mixing or extrusion. These measurements can help compare formulations and support process development using small laboratory sample sizes.

Which Thermo Scientific HAAKE PolyLab system is right for my application?

The right system depends on your laboratory workflow. Choose the Thermo Scientific HAAKE PolyLab OS if your work focuses on research and development, formulation development, or process optimization and you need the flexibility to use interchangeable processing units, including laboratory mixers, single-screw extruders, and twin-screw extruders.

Choose the Thermo Scientific HAAKE PolyLab QC if you need a compact bench-top system for routine quality control using established test methods. The PolyLab QC supports interchangeable laboratory mixers, single-screw extruders for standardized and conical counter rotating twin screw extruder for material testing and day-to-day quality control.

Both systems use the same HAAKE PolyLab software platform, but the PolyLab OS is designed to provide maximum flexibility for research and development, while the PolyLab QC is optimized for dedicated quality control workflows.

When should I choose the Thermo Scientific HAAKE PolyLab OS torque rheometer instead of a standalone laboratory extruder?

Choose the Thermo Scientific HAAKE PolyLab OS torque rheometer if your laboratory requires multiple polymer processing and characterization capabilities on a single modular platform. Unlike a standalone laboratory extruder, the HAAKE PolyLab OS accepts interchangeable processing modules, including measuring mixers, single-screw extruders, parallel twin-screw extruders, and conical twin-screw extruders. This modular design enables material development, process optimization, and quality control using the same drive unit and HAAKE PolyLab software platform.

As your research needs evolve, you can expand the system by adding compatible processing modules instead of purchasing separate instruments, helping maximize laboratory flexibility and make efficient use of laboratory space. The system also supports process-relevant measurements, including melting behavior, melt viscosity, shear stability, thermal stability, and the influence of additives.

If your application requires a dedicated laboratory extruder rather than a modular platform, consider the Thermo Scientific Process 11, Process 16, or TSE 24 laboratory extruders. For further information on standalone laboratory extruders, see the Thermo Scientific Process 11, Process 16, or TSE 24 extruder pages.