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Advanced Rheometer | MCR 703 Space MultiDrive

Viscosimeters, Rheometers

“ Open architecture with maximum workspace for advanced experimental setups. TwinDrive technology with two independently controlled EC motors. Compatible with 200+ accessories for rheology, DMA.. ”
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The Anton Paar MCR 703 Space MultiDrive is the most advanced rheometer in the MCR series, designed for cutting-edge research and development and sophisticated material characterization. Its unique open architecture, extended workspace, and dual-drive capability provide unmatched flexibility for combining rheological testing with complementary analytical techniques, making it the ideal platform for the most demanding scientific applications.

1. Maximum modularity and workspace
The MCR 703 Space MultiDrive features an open instrument design with an expanded working area, allowing easy integration of more than 200 accessories and external systems such as confocal microscopes or optical setups for advanced material characterization.

2. Dual-drive technology
Equipped with an optional second EC drive unit, the instrument enables TwinDrive rheometry with two torque sensors and two independently controlled drives. This allows advanced test modes, including counter-rotation, significantly expanding rheological and DMA testing capabilities.

3. Exceptional precision and performance
A high-resolution optical encoder, 0.0625 µm gap resolution, frequencies up to 200 Hz, and rotational speeds of up to 6,000 rpm (TwinDrive configuration) ensure highly accurate, reproducible measurements for even the most sophisticated research applications.

4. Designed for advanced research environments
The separate electronics unit and open-frame design make the MCR 703 Space MultiDrive ideal for installation in glove boxes, inert gas atmospheres, and customized experimental setups. It also supports tension, bending, compression, axial-torsional DMA, and combined measurement techniques within a single platform.

The Anton Paar MCR 703 Space MultiDrive sets the benchmark for advanced rheological analysis by combining unmatched modularity, measurement precision, and experimental flexibility. Its unique architecture enables researchers to perform complex material characterization workflows that are not possible with conventional rheometers, making it the ultimate solution for high-end R&D laboratories.

Request a quote today to discover how the MCR 703 Space MultiDrive can transform your material characterization capabilities.

See also

Gas analysis Chemical analysis Air analysis Water analysis Soil analysis Combustion analyzers Composition of liquids and density Composition of solids

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