Kinexus Prime DSR+

The device offers precise torque control thanks to an ultra-light, electronically commutated motor. This enables rapid changes in torque and speed as well as access to higher oscillation frequencies without extensive adjustments. The wide torque range allows measurements from low-viscosity liquids to solids without changing test conditions or measurement geometries. Intelligent motor cooling regulates the operating temperature according to torque and power requirements.

Provideing frictionless support between moving parts through sintered, porous carbon for even air distribution and enables torques below 1 nNm. High axial and radial stiffness increases robustness and reduces compliance.

Precision measurement of rotor position and speed:

• Optical encoder with nanometer resolution measures smallest radial displacements and speeds.
• Sample placed close to the measuring point for optimized sample reaction.
• High-speed digital signal processor (DSP) enables fast and accurate control of StrainStrain describes a deformation of a material, which is loaded mechanically by an external force or stress. Rubber compounds show creep properties, if a static load is applied.strain and velocity.

Connection and alignment of the measuring system with the motor and bearing unit:

• Quick connection mechanism enables easy insertion and removal of the measuring systems while maintaining micrometer alignment.
• Automatic recognition by RFID (Radio Frequency Identification) records measuring systems, calibration constants and operating settings and ensures that a zero position is reached before measurement.

Transmission of torque or movement from the motor unit to the specimen:

• Versatile measuring systems such as plates, cones, cylinders and vanes in various sizes, materials and surfaces.
• Precision mechanics for exact rheological measurements with high shaft stiffness and low mass to minimize compliance and inertia.
• Quick connection system and integrated RFID recognition shorten the preparation time and ensure the correct use of the measuring system and calibration constants.

Enables measurement and control of the normal force:

• Innovative StrainStrain describes a deformation of a material, which is loaded mechanically by an external force or stress. Rubber compounds show creep properties, if a static load is applied.strain gauge with fast transient response, independent of rotor position and speed.
• Works in all operating modes of the device for measurement and control.
• Measuring range from 0.001 N to 50 N for uniform specimen loading and precise control during axial tests.

Controlled vertical profiles for sample loading and axial testing 

• Enables full range of vertical profiles including linear, exponential and normal force over a working range of 230 mm (0.1 μm resolution) and speed range of 0.1 μm/s to 35 mm/s for controlled sample loading or dedicated axial testing

Contains all electronic components for controlling the rheometer:

• Microelectronics in close proximity to the measurement improves quality and reliability.
• Integrated control and measurement functions with fast digital signal processor (DSP) for intelligent device function.

Enables quick lower geometry replacement and temperature/ambient control through:

• Unique plug-and-play cartridge system with automatic detection for all connections with a single handle.
• Various cartridge options including asphalt peltier plate, universal cylinder and high temperature design.
• Geometries available in various sizes, materials and finishes.
• Simple mounting and removal mechanism for the lower measuring system with micrometer alignment maintained.
• Use of Peltier elements to heat/cool the top and bottom plates for improved efficiency.
• Optimally placed temperature sensors (PT100) for fast and accurate sample temperature measurement.

Enables direct control of rheometer functions from the device through:

• Control panel functionality linked to user instructions in test sequences for easy interaction without a keypad.
• Warning lights for rheometer errors, software communication errors or low air bearing pressure.
• Robust, solvent-free design for glove operation and easy cleaning.