INFORM Webinar | The New Gold Standard in Rheology
Rheological analysis is essential for understanding the behaviour of complex materials, from polymers and composites to advanced suspensions. In this webinar, Dr. Lukas Schwab will introduce the latest innovation in rheometry: the Discovery ARES-G3.
Discover how the ARES-G3 is redefining performance standards in rheology through its unique combination of advanced technology, precise control, and intuitive operation. Learn how its innovative design enables researchers to overcome measurement challenges, investigate demanding samples, and unlock deeper insights into material behaviour.
During this webinar, we will explore the key technologies behind the ARES-G3, including Separate Motor and Transducer (SMT) technology, high-performance electronics, torque/force rebalance sensing, and advanced temperature control systems. These developments provide exceptional measurement accuracy, sensitivity, and reliability across a wide range of applications.
A live demonstration will showcase the capabilities of the instrument and the flexibility of TRIOS software, including measurement workflows, data quality, and advanced testing methods. See how the ARES-G3 delivers high data rates, precise control, and low-correction measurement results to support confident material characterisation.
Whether you are studying polymers, composites, or complex fluids, discover why the Discovery ARES-G3 sets the new gold standard in rheology.
What You Will Learn
During this webinar, you will discover:
- The key differences between Separate Motor and Transducer (SMT) and Combined Motor and Transducer (CMT) rheometer technologies
- The advanced technical features of the Discovery ARES-G3
- The range of available accessories and temperature control systems
- How to optimise rheological measurement workflows through live instrument demonstrations
- How Fast Frequency Chirps enable simple and rapid oscillatory frequency testing
This webinar is ideal for:
- Researchers and R&D scientists investigating polymers, complex fluids, and composite materials
- Rheologists interested in emerging measurement technologies and advanced test methods
- Materials scientists seeking improved understanding of challenging materials and their behaviour
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