Rheometer accessories

High-performance tools for every rheological measurement


Extend your rheological analyses with the accessories you need to achieve accurate measurements under varying conditions. We offer comprehensive, adaptable rheology software along with a full portfolio of components designed to help you achieve fast and flexible sample analysis. 


HAAKE RheoWin Software

Get the powerful yet intuitive software you need to easily navigate your rheometer operations. This easy-to-use software helps you control your instruments, develop measurement and evaluation routines, and evaluate your data. The software is designed for users of all levels and comes with optional software modules designed to meet the specific demands of every lab. 

Temperature modules for HAAKE Rheometers

Get the specific temperature module you need for your specific application. We offer a wide array of plug-and-play modules covering a broad temperature range—including electrical, liquid controlled, and Peltier temperature modules to suit your specific needs.


Measuring geometries for HAAKE Rheometers

Choose the measuring geometries you need for specific investigations including cone and plate, parallel plates, coaxial cylinders, double-gap cylinders, vane or spiralor pin rotors. Our measuring geometries include "Connect Assist," an automatic recognition functionality and are made from various materials including steel, titanium, chemical-resistant Hastelloy™, and disposable aluminum, along with a smooth, sandblasted or serrated surface finish to accurately measure different types of samples.

Application specific measuring cells

UV curing measuring cells for HAAKE MARS Rheometer

Investigate the change of sample properties before, during, and after photochemical curing reactions with different type of UV curing cells. 

Tribology measuring cells for HAAKE MARS Rheometer

For Thermo Scientific HAAKE MARS rheometers, a ball-on-3-plates tribological measuring geometry enables the measurement of friction and lubrication properties.

Temperature chambers for HAAKE MARS Rheometers

The temperature test chambers guarantee the accurate and homogeneous temperature control of your sample over the widest available range while performing rheological measurements with the Thermo Scientific HAAKE MARS Rheometers.

Pressure cells for HAAKE Rheometers

Perform rheological tests at elevated pressures by taking advantage of our portfolio of pressure cells for HAAKE MARS, HAAKE MARS iQ, and HAAKE Viscotester iQ Rheometer platforms.

Du Noüy Ring or Bicone setups for performing interfacial rheology with HAAKE MARS 40/60 Rheometers

Relevant interfacial rheological properties, such as the interfacial shear viscosity or the interfacial storage and loss modulus can be determined quantitatively by combing a rheometer with either a Du Noüy ring or a bicone measuring geometry. 

Texture analysis for bending and breaking tests with HAAKE MARS Rheometers

A three-point-bending-tool enables the investigation of bending and breaking behavior of a wide range of materials.

Combined rheology and spectroscopy techniques

Maximize the information you collect by combining HAAKE MARS 40/60 Rheometers together with other techniques such as Fourier transform infrared (FTIR) spectroscopy, Raman spectroscopy, and optical microscopy. By using these multi-modal techniques, data collection from two different analytical techniques are synchronized to save time and ensure identical measurement conditions. 

Rheonaut module for HAAKE MARS 40/60 Rheometers

Simultaneously measure rheological properties and structural changes on the molecular level using FTIR spectroscopy to accelerate formulation development and process optimization.

RheoRaman Module for HAAKE MARS 40/60 Rheometers

Combine rheological measurements to analyze how a substance behaves under stress or strain with simultaneous Raman spectroscopy that provides information on the sample’s microstructure.

RheoScope module for HAAKE MARS 40/60 Rheometers

Speed up formulation development, process optimization, and product processability by measuring rheological properties and changes in the microscopic structure of a sample.