Anton Paar - MCR 702e MultiDrive | High-end Modular Compact Rheometer

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To contact Anton Paar Australia about Anton Paar MCR 702e MultiDrive | High-end Modular Compact Rheometer use Get a quote.

The two high-end models of the new MCR Evolution series, MCR 702e MultiDrive and MCR 702e Space MultiDrive, are the most versatile rheometers available. Alongside all standard rheological test modes they can be equipped with an additional lower drive unit. This means that you can perform rheological tests with two torque transducers and drive units at once – opening up multiple possibilities for your research. There are no limitations regarding the used test modes, measuring systems, accessories, and temperature devices, and no limitations on measurement precision.

Due to the combination of an upper EC motor with a lower moving-magnet linear drive, MCR 702e MultiDrive is the first device worldwide that’s suitable for dynamic mechanical measurements in torsional and linear direction, as well as combined axial-torsional mode, thermomechanical analysis, and the broad range of different rheological measurements known from air-bearing-based rheometers. Thus, Anton Paar offers full flexibility applicable for both industry and research. With MCR 702e MultiDrive you can characterize the greatest variety of materials – from the solid to the liquid state – with your method of choice in order to get the most reliable and comprehensive results out of your characterization.

Due to its 5-in-1 functionality, MCR 702e MultiDrive offers the most comprehensive range of testing modes available for dynamic mechanical characterization. The following four measurements describe crucial applications in the polymer industry in order to characterize and optimize typical composites. Using MCR 702e MultiDrive, all these measurement tasks can be performed with a single device in outstanding quality.

Why Choose This Product?

• Advanced concept for the highest flexibility in DMA and rheometry
• Unique motor design – the air bearing technology
• Precise force measurements and a large displacement range
• Displacement determination with the highest resolution
• Optimized measuring systems for highly reproducible results
• Easy-fitting and automatic configuration of all accessories

Want More Information? Contact Us for These Application Reports:

• 3-PB of Bitumen Using a Rheometer Equipped with an Additional Lower Linear Drive
• Accelerated Creep Testing of Polymers by the Stepped Isothermal Method
• Automatic Range Adjustment - Extending the Measuring Range in Strain-Controlled Oscillatory Rheometry
• Calculation of the Critical Shear Rate in a Cylinder Measuring System
• Characterization of a Low-Viscosity Surfactant Solution Using a Double-Gap Geometry
• Characterization of Extensional Fluid Properties by Performing Capillary Extensional Measurements
• Characterization of Shape-Memory Materials
• Characterizing Dynamic Mechanical Properties of Carbon Fiber Reinforced Composites
• Comprehensive Characterization of Crystalline Nanocellulose Reinforced Filaments for 3D-Printing
• Creep Behavior of Polyamide Immersed in Water
• Determination of Humidity-Dependent E-Moduli
• Determination of Mechanical Properties of Balance Springs
• Determination of Sample Temperature Using a Temperature Sensor Integrated in a Measuring System in SMT and Counter-Movement Modes
• Determination of the Topology Freezing Transition Temperature (Tv) of Vitrimers
• DMA: Polymeric Foam Immersed in Fluid Media
• Dynamic Mechanical Analysis of Damascus Steel
• Dynamic Mechanical Characterization of Fully Bio-Based Composites
• Efficient Creep Investigation of Wood-Plastic Composites in Bending Mode
• Frequency Dependence of Glass Transition Temperatures for Fiberglass-Reinforced Polymers and Acrylonitrile Butadiene Styrene
• High Shear Rheology on an MCR MultiDrive: Extending Characterization Beyond What is Possible on a Conventional Rheometer with Only a Single Motor
• How to Characterize Damage in DMA Measurements
• How to Prevent Sample Slip in Tensile DMA Measurements
• Impact of the Humidity on the Linear Viscoelastic Range of Polyamides during Creep Testing
• Increasing the Strain Amplitude of Oscillatory Measurements by Using a Configuration with Two EC Drive Units in Counter Oscillation Mode
• Indirect Method to Measure the Poisson’s Ratio
• Influence of Different Carbon Black Contents on the Mechanical Properties of Elastomers
• Influence of Rotational Mode on Rheometry of Low-Viscosity Fluids
• MCR 702 Characterizing samples with edge fracture
• MCR 702 TwinDrive: High Performance in CMT, SMT and Counter Rotation
• MCR 702 TwinDrive: Increasing the Torque and Normal-Force Sensitivity
• Measurements at Higher Frequencies: Strategies for Increasing Accuracy
• Measuring DMA in Compression of Soft Materials
• Mechanical and Thermal Properties of Adhesive Samples – Overcoming Rheological Challenges
• Moisture-Dependent Viscoelastic Properties, Creep Behavior and Hygroscopic Expansion of Polyamide 6
• No-Load Investigations of Sub-Fractional Horsepower Permanent Magnet Motors
• On the use of EC motors in rotational rheometers
• Relaxation Behavior of Photoactivatable Vitrimers
• Rheological Measurements of Lubricants at High Shear Rates
• Rheological Tests in the Pharmaceutical Industry Using the Example of Hyaluronic Acid
• The Flow Behavior of Plant-Based Sugar Substitutes
• The Rheology of Plant-Based Meat Alternatives
• Thermal Properties of Polymer Blends
• TwinDrive Microscopy as an Advanced Rheometric Tool for Structure Investigations
• TwinDrive Microscopy for Tribology on MCR 702
• Understanding 3D Printing of Polyether Ether Ketone (PEEK): From Melt Rheology to Mechanical Properties of the Printed Part
• Viscosity of Diluted Linear PNIPAM and PNIPAM-Microgel Dispersions

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To contact Anton Paar Australia about Anton Paar MCR 702e MultiDrive | High-end Modular Compact Rheometer use Get a quote.