High-precision oscillatory rheometer for advanced material characterization
The Brookfield RSO Rheometer delivers precise viscosity and viscoelastic analysis for coatings, pharmaceuticals, food, cosmetics, and industrial applications. Advanced rotational and oscillatory modes enable accurate evaluation of flow, yield stress, thixotropy, and gelation, ensuring consistent product performance.
Reliable oscillatory and rotational testing for complex materials
The RSO Rheometer features variable frequency control, allowing users to simulate real-world application conditions for both Newtonian and non-Newtonian fluids. With low-torque sensitivity and precise shear stress measurement, this rheometer is ideal for analyzing complex materials, suspensions, and structured fluids.
With automated data logging, real-time monitoring, and intuitive software integration, the RSO simplifies rheological testing and analysis, making it an essential tool for research laboratories, quality control facilities, and industrial production settings.
Key features of the Brookfield RSO Rheometer
- Oscillatory and rotational rheometry – Provides detailed viscosity, elasticity, and shear analysis.
- Variable shear rate and frequency control – Ensures customized testing for real-world applications.
- High-sensitivity torque measurement – Allows accurate analysis of structured and complex fluids.
- Automated test routines and real-time data acquisition – Enhances efficiency in research and production.
- User-friendly interface and software integration – Simplifies test setup, monitoring, and reporting.
- Regulatory compliance – Meets ISO and ASTM standards for rheological testing.
Optimize material characterization with an advanced rheometer
The Brookfield RSO Rheometer is a crucial tool for industries requiring high-precision rheological analysis of structured fluids, pastes, gels, and suspensions. With oscillatory and rotational testing modes, advanced torque control, and automated data collection, this system ensures enhanced material characterization and optimized product development.
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