The NETZSCH Kinexus Pro+ is an advanced rotational rheometer designed for comprehensive characterization of the flow and viscoelastic properties of liquids, suspensions, pastes, gels, polymers, and other complex materials. It enables precise measurement of material behavior under controlled stress, strain, shear rate, and temperature conditions.
The system is particularly suitable for research involving formulations, polymers, hydrogels, biomaterials, dental materials, and other soft or complex materials.
Advanced rotational rheological characterization
Precise control of stress, strain, and shear rate
Wide range of rheological measurement modes
Temperature-controlled measurements
High sensitivity for low-viscosity and structured materials
Oscillatory testing for viscoelastic characterization
Steady-state and transient flow measurements
Automated data acquisition and analysis
Modular measurement geometries and accessories
Viscosity and flow behavior analysis
Polymer and hydrogel characterization
Dental material and biomaterial research
Formulation development
Gelation and curing studies
Viscoelastic property evaluation
Thixotropy and recovery studies
Yield stress determination
Suspension and emulsion characterization
Temperature-dependent rheological studies
The NETZSCH Kinexus Pro+ is an advanced rotational rheometer designed for comprehensive characterization of the flow and viscoelastic properties of liquids, suspensions, pastes, gels, polymers, and other complex materials. It enables precise measurement of material behavior under controlled stress, strain, shear rate, and temperature conditions.
The system is particularly suitable for research involving formulations, polymers, hydrogels, biomaterials, dental materials, and other soft or complex materials.
Advanced rotational rheological characterization
Precise control of stress, strain, and shear rate
Wide range of rheological measurement modes
Temperature-controlled measurements
High sensitivity for low-viscosity and structured materials
Oscillatory testing for viscoelastic characterization
Steady-state and transient flow measurements
Automated data acquisition and analysis
Modular measurement geometries and accessories
Viscosity and flow behavior analysis
Polymer and hydrogel characterization
Dental material and biomaterial research
Formulation development
Gelation and curing studies
Viscoelastic property evaluation
Thixotropy and recovery studies
Yield stress determination
Suspension and emulsion characterization
Temperature-dependent rheological studies