AMETEK Brookfield RSX Cone Plate Rheometer is designed for precise, controlled shear rate (rpm) and controlled shear stress (torque) measurements. With its advanced features and user-friendly design, the RSX Cone Plate Rheometer is ideal for both sophisticated rheological analysis in R&D environments and straightforward quality control testing.
- Controlled Shear Stress/Shear Rate Operation:
Precisely analyze flow behavior with controlled shear stress and shear rate settings, ideal for detailed rheological studies.
- Large User-Friendly Touch Screen:
Navigate test parameters easily with an intuitive touch screen interface, enhancing user experience and operational efficiency.
- Quick Connect Coupling System:
Simplify spindle attachment with a quick connect system, reducing setup time and ensuring secure connections.
- Auto Spindle Recognition:
The spindle barcode feature automatically recognizes and sets the correct spindle, streamlining the testing process and ensuring accuracy.
- Automatic Spindle Gap Setting:
Automatically detects and adjusts the spindle gap with standard one-piece spindles, eliminating manual adjustments and ensuring precise measurements.
- Small Sample Size:
Conduct tests with minimal sample volumes, allowing for rapid setup and cleanup, making it ideal for labs with limited sample availability.
- Rapid Temperature Control:
Achieve fast and accurate temperature regulation with Peltier or fluid-heated options, ensuring consistent test conditions.
- Rugged Design:
Built to withstand the demands of the production floor, providing durability and reliability in harsh environments.
- Increased Torque Motor:
Equipped with a powerful 200 mNm torque motor, this instrument is capable of testing tough samples, ensuring comprehensive analysis across a wide range of materials.
AMETEK Brookfield RSX Cone Plate Rheometer is designed for precise, controlled shear rate (rpm) and controlled shear stress (torque) measurements. With its advanced features and user-friendly design, the RSX Cone Plate Rheometer is ideal for both sophisticated rheological analysis in R&D environments and straightforward quality control testing.