HAAKE™ MARS™ 60 Rheometer: Powerhouse Performance for Demanding Materials
Unleash the Full Potential of Your Material Characterization
The Thermo Scientific™ HAAKE™ MARS™ 60 Rheometer is the pinnacle of high-performance
rheological analysis. Designed for the most rigorous demands of advanced research &
development (R&D) and strict quality control (QC), this powerhouse rheometer delivers
exceptional precision, versatility, and a wide range of capabilities.
Unmatched Performance for Deep Material Understanding:
Exceptional Accuracy & Sensitivity: The HAAKE MARS 60 boasts industry-leading torque and normal force ranges, enabling accurate characterization of even the most challenging materials.
Extensive Measurement Range: Explore a vast spectrum of material behavior, from low-viscosity liquids to highly viscous polymers and pastes, with a wide temperature range (-150°C to +600°C).
Modular Design: Tailor your rheometer to your specific needs with a comprehensive selection of measuring geometries, temperature control modules, and optional accessories.
Experience Unparalleled Efficiency and User-Friendliness:
Intuitive Software: The user-friendly software streamlines test setup, data acquisition, and analysis, saving you valuable time in the lab.
Connect Assist Functionality: Effortlessly swap measuring geometries and temperature modules for faster turnaround times and minimized errors.
Automated Testing: Automate routine QC procedures with user-defined test methods for consistent and reliable results.
The HAAKE MARS 60 Rheometer empowers you to:
Perform a full spectrum of rheological tests: including steady shear, dynamic shear (oscillatory), creep & recovery, and extensional rheometry.
Investigate complex material properties: viscosity, elasticity, yield stress, time-dependence, and more, gaining deeper insights into material behavior.
Optimize material performance: by correlating rheological data with processing conditions and product functionality.
Invest in the Future of Rheometry:
The HAAKE MARS 60 rheometer is a future-proof investment, designed to grow with your evolving
needs. Its modular design allows you to adapt your testing capabilities as your research or QC
requirements change. Get a Quote Today!
CS: 10-7 to 4500 rpm, CR: 10-8 to 4500 rpm (High shear option: 4500 rpm)
Step in velocity (ms): 10
Temperature Range (Metric)
-150°C to +600°C
Torque Range
Min. torque rotation CS (μNm): 0.01
Min. torque rotation CR (μNm): 0.01
Min. torque oscillation CS (μNm): 0.002
Min. torque oscillation CD (μNm): 0.002
Max. torque (mNm): 200
Torque resolution (nNm): 0.1
Application-specific accessories and workflows for polymers, petrochemical, pharmaceuticals,
cosmetics, paints, inks, coatings, food, construction and building materials
Polymers
Controlled test chamber (-150° to +600°C)
Solid clamps for Dynamic Mechanical Thermal Analysis (DMTA)
SER tool from Xpansion Instruments™ to measure elongation
RheoScope module to observe polymer melting behavior
Software tools such as TTS, Spectra and MWD
Petrochemicals
Broad line of titanium or Hastelloy™ pressure cells that measure up to 300 °C and 600 bar
RheoScope module for crystallization behavior studies (“Waxing”)
Tribology cell for friction measurements of lubricants and fats
Paints, Inks & Coatings
Sample hood including solvent traps
Double cone, ring rotor, disposable and other specialized measuring geometries
High-shear measuring cell to simulate spaying, atomization processes
Range of UV curing measuring cells including thermal assisted curing
Pharmaceuticals & Cosmetics
RheoScope module for stability testing, crystallization, etc.
DuNoüy ring and bicone setups for interfacial rheology
Special holder for microtitier plates or original binds
Submersion flow cell
Additional software tool for 21 CFR part 11
Food
Universal Peltier temperature control unit - switch between coaxial cylinders, plates and cone in seconds
Universal container holder to measure in original sample container
Texture analysis of solid materials with sample fixture for bending, breaking tests
RheoScope module to investigate crystallization and melting processes
Pressure cell to simulate cooking processes
Construction & Building Materials
Measuring cell for building materials with vane rotors and exchangeable lamella profiles
Universal container holder to measure in original sample container
Serrated and sandblasted measuring geometries to avoid sample slippage