Equipment Model

Anton Paar MCR 92

Description

The Anton Paar MCR 92 Rheometer is a compact, high-precision rotational rheometer designed for the characterization of the flow and deformation behavior of liquids, pastes, and soft solids. It provides accurate measurements of viscosity, viscoelasticity, and yield stress, making it suitable for both quality control and research applications. The MCR 92 combines intuitive operation with robust performance, offering reliable rheological data for materials in industries such as polymers, food, cosmetics, and pharmaceuticals.

Lab

CIF Room No: 3155

Institute

Sophisticated Instrumentation Facility

Location

CIF Room No: 3155, FD-III, Pilani Campus Vidya Vihar, Pilani, Rajasthan 333031, India

• Applications

  • Measurement of viscosity and viscoelastic properties of liquids and soft solids

  • Characterization of flow behavior under controlled shear and temperature conditions

  • Quality control testing in food, cosmetics, pharmaceutical, and polymer industries

  • Investigation of yield stress, thixotropy, and creep behavior

  • Study of formulation stability and processability of complex fluids

  • Material development and comparative analysis of rheological performance

• Key Features

  • High-precision motor and torque transducer for accurate rheological measurements

  • Broad shear rate and stress range for diverse material testing

  • Temperature control options for precise thermal analysis

  • Toolmaster™ feature for automatic tool recognition and configuration

  • Easy-to-use RheoCompass™ software for data acquisition and analysis

  • Compact, ergonomic design suitable for laboratory and quality control environments

• Limitations

  • Requires careful sample loading and geometry selection for accurate results

  • Limited to rotational and oscillatory tests; not suitable for extreme pressure or tensile testing

  • Environmental conditions such as vibration or temperature fluctuations can affect precision

  • Regular calibration and maintenance required for long-term accuracy

  • Higher-end models may offer greater versatility and measurement sensitivity