Versatile rheometer for viscosity measurement across a wide shear range
The Brookfield RSX Coaxial Cylinder Rheometer is a high-precision rotational rheometer designed for detailed viscosity and flow behavior analysis across a wide shear rate range. Its coaxial cylinder system delivers excellent performance for medium- to high-viscosity materials in food, coatings, pharmaceutical, cosmetic, and industrial applications.
Engineered for both QC and R&D, the RSX provides accurate measurement of flow properties, yield stress, thixotropy, and temperature-dependent viscosity. It ensures precise, repeatable results that help optimize product consistency and improve process efficiency.
Accurate and customizable viscosity testing for various industries
The RSX Coaxial Cylinder Rheometer features variable shear rate control, allowing users to replicate real-world application conditions. With automated torque and speed adjustments, it provides detailed rheological profiles, helping industries maintain high-performance material characterization.
Its intuitive software and automated data logging simplify rheological testing and analysis, making it an essential instrument for laboratories, research centers, and production environments.
Key features of the Brookfield RSX Coaxial Cylinder Rheometer
- Coaxial cylinder measurement system – Ideal for medium- to high-viscosity materials in industrial applications.
- Wide shear rate control range – Provides precise viscosity measurement across different flow conditions.
- Advanced rotational rheology technology – Captures detailed flow properties, including yield stress and thixotropy.
- Automated test customization – Adapts to various formulations and quality control needs.
- User-friendly software interface – Simplifies data acquisition, analysis, and reporting.
- Regulatory compliance – Meets ISO and ASTM standards for rheological testing.
Enhance material evaluation with a precision rheometer
Manufacturers and researchers use the Brookfield RSX Coaxial Cylinder Rheometer to accurately analyze viscosity and flow behavior in medium- to high-viscosity materials. With precise measurement capabilities, automated data handling, and user-friendly operation, this system supports quality control, formulation optimization, and process development across multiple industries.
