Brookfield RSX Coaxial Cylinder Rheometer

Comprehensive Viscosity Profiling and Flow Behavior Analysis

AMETEK Brookfield RSX Coaxial Cylinder Rheometer is a state-of-the-art instrument designed for superior viscosity profiling, thixotropic response, yield stress determination, and creep analysis. With its advanced features, the RSX-CC Rheometer is perfect for quality control laboratories requiring high throughput and precise, repeatable measurements across a wide range of applications.

 

• Comprehensive Flow Behavior Analysis:
  Utilize controlled shear stress/shear rate operation to thoroughly analyze flow behavior, including viscosity profiling, thixotropic response, creep analysis, and yield stress determination.
   
• Large User-Friendly Touch Screen:
  Intuitive touch screen interface simplifies operation, making it easy to navigate and control test parameters.
   
• Quick Connect Coupling System:
  Effortlessly attach and detach spindles with the quick connect coupling system, reducing setup time.
   
• Auto Spindle Recognition:
  The spindle barcode feature automatically recognizes the spindle, ensuring accurate data entry and streamlined operation.
   
• Small Sample Size:
  Conduct tests with very small sample volumes, enabling rapid setup and cleanup, ideal for environments with limited sample availability.
   
• Rugged Design:
  Built for durability, this instrument is designed to withstand the rigors of the production floor while maintaining precision and reliability.
   
• Increased Torque Motor:
  Equipped with an enhanced 200 Nm torque motor, this instrument can test even the toughest samples, ensuring comprehensive analysis across a wide range of materials.
   
• Motorized Stand:
  Easily adjust the height with the motorized stand, providing convenience and precision during testing.
   
• Advanced Temperature Control:
  Achieve precise temperature regulation from -20°C to 180°C with options for direct immersion in a bath or external circulation using the FTKY3 water jacket.
   
• High-Precision Cylindric Geometries:
  The use of cylindric geometries ensures the most accurate measurement results, particularly in low-viscosity ranges.