Anton Paar MCR 102e Rheometer

Precision Rheology for Biomaterials and Complex Fluids

The Anton Paar MCR 102e rheometer is an advanced tool designed for characterizing the flow and deformation behavior of complex fluids and soft materials, including hydrogels. Equipped with cutting-edge measurement technology, this rheometer offers unparalleled control and accuracy for studying the mechanical properties of polymer solutions, hydrogels and other biocompatible materials under various flow conditions.

Key Features

Broad Measurement Range: The MCR 102e offers a wide range of rotational and oscillatory tests, making it ideal for characterizing materials with varying viscosities, from highly fluid to viscoelastic solids. With its precise torque control, the rheometer captures detailed information about material flow and deformation.
Temperature Control: A key advantage of the MCR 102e is its ability to perform tests at controlled temperatures. With integrated Peltier systems and fluid-circulated temperature devices, it can simulate a wide range of physiological conditions, from room temperature to body temperature, up to 220°C, ensuring accurate material performance analysis and allowing the measuring of temperature based gelation or curing.
Oscillatory and Rotational Testing: Whether performing steady-state shear, creep, or frequency sweeps, the MCR 102e’s versatile testing modes provide comprehensive insights into the viscoelastic properties of biomaterials. It can probe the elastic and viscous behavior of materials under dynamic conditions, which is crucial for understanding how they will perform in real-world biological settings.
Minimal Sample Volume: The instrument requires only small sample volumes, an essential feature for biomaterials research where sample quantities may be limited. This efficiency ensures accurate results with minimal waste of valuable materials.

Applications

The Anton Paar MCR 102e Rheometer is perfect for a wide range of applications within the field of biomaterials research:

Hydrogel Characterization: Measure the viscoelastic properties of hydrogels and other soft materials, understanding their behavior under physiological stresses.
Polymer Solutions & Blends: Analyze the rheological properties of polymer solutions, critical for drug delivery systems, tissue engineering applications, and additive manufacturing [Vv1] applications.
Biodegradable Materials: Investigate the temperature-dependent properties of biodegradable polymers.
Food and Pharmaceutical Biomaterials: Evaluate the flow behavior of biomaterials used in food science, cosmetics, and pharmaceuticals to ensure consistent quality and performance.

Ease of Use

With its user-friendly RheoCompass™ software, the MCR 102e simplifies test configuration, data collection, and analysis. The intuitive interface allows both novice and experienced researchers to quickly set up and execute complex test protocols. Real-time data visualization and automatic reporting make it easy to interpret and present results, whether for academic research or industrial quality control.

Data Analysis and Reporting

The MCR 102e offers comprehensive data analysis tools that provide insights into critical rheological properties such as viscosity, yield stress, and storage and loss moduli. Its sophisticated algorithms support advanced material characterization, enabling researchers to generate publication-ready data with ease. The rheometer integrates seamlessly with external databases and data management systems for long-term tracking of experimental results.

Why Choose the Anton Paar MCR 102e Rheometer?

For researchers exploring the flow properties of biomaterials and complex fluids, the Anton Paar MCR 102e rheometer delivers unmatched precision and versatility. From soft tissues and hydrogels to polymers, this instrument provides the detailed insights necessary to understand how materials behave under physiological conditions. The MCR 102e’s advanced features and easy-to-use interface make it the ideal tool for both fundamental research and applied biomaterial development.