Rheometers are used to measure the rheology of fluids, which is the flow of fluids in response to an applied force. The most common types of rheometer include shear rheometers (capillary, cone and plate and rotational cylinder) and extensional rheometers. Viscometers are similar to rheometers however viscometers only measure the viscosity of a fluid.
STRESSTECH represents the new generation in controlled stress/strain rheometers. STRESSTECH is a complete, fully functional research level rheological system which is Windows-based and allows for easy transfer of data to any other Windows application.
With it's conventional oilfield rotor, bob and torsion spring, maintaining rheology history and reproducibility between instruments is easy with the BF35 Viscometer The BF35 maintains a constant shear rate under varying input power and drilling fluid conditions while providing drilling fluid engineers with an accurate and versatile tool. The BF35 operates on a different measurement technique than traditional standard Brookfi…
Cone/Plate & Plate/Plate Systems for small samples and wide shear rate ranges
Soft Solids Tester for pastes, slurries and materials with particulates
Coaxial Cylinder DIN Geometries for single point QC or full rheological profiling
RheolabQC is a rotational rheometer based on state-of-the-art technologies also used in R&D rheometers. It combines unrivaled performance with easy operation and robust design. From quick single-point checks over flow curve and yield point determinations to complex rheological investigations: RheolabQC sets new standards for carrying out routine rheological tests. This powerful rheometer is an excellent example of a modern me…
The KSV NIMA Interfacial Shear Rheometer provides an extremely sensitive method for measuring the viscoelastic properties of films at fluid interfaces (gas/liquid and liquid/liquid).
Series of touch screen rheometers for controlled rate/stress measurement
Rheology and Dynamic Mechanical Analysis combined.
RIGOTECH is a unique analytical instrument for measuring shortening and isometric tension in relation to rigor development and tenderness. Developed in conjunction with the SMRI, it is used to determine the optimum cooling profile for muscle tenderness.
