ARES-G3 – The New Gold Standard in Rheology

Tuesday, June 23, 2026
10:00 - 12:00 CEST


In this webinar, we would like to present our latest development: the Discovery ARES-G3.

Learn what sets the ARES-G3 apart from other rheometers with its unique technology, and how it enables you to analyze challenging samples and gain new insights into your materials.

First, we will introduce the technical highlights of the instrument—from the SMT technology with a transducer separated from the motor to the high-performance electronics and the torque/force rebalance sensor, as well as the convection oven. We will explore how these technologies can help you achieve the best results in your rheological measurements. Afterwards, you will see the instrument in action. We will demonstrate its ease of use and the wide range of capabilities offered by the TRIOS software, along with live measurements on various types of samples. Experience the high data rate, precise control, and low-correction measurement data.

Whether polymers, composites, or suspensions—the Discovery ARES-G3 sets the new gold standard in rheology.


What You Will Learn/Topics:
  • The differences between SMT (Separate Motor and Transducer) and CMT (Combined Motor and Transducer) technology in rheometers
  • Technical features of the ARES‑G3
  • Available accessories and temperature systems
  • Workflow of rheological measurements with the ARES‑G3 based on live demonstration measurements
  • New method for simple and rapid execution of oscillatory frequency tests: Fast Frequency Chirps


Who Should Attend?
  • Researchers and R&D scientists, who want to investigate and understand polymers, complex fluids or composites
  • Rheologists, interested in new technologies and test methods


Meet the Speaker

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Dr. Lukas Schwab

Application specialist for mechanical testing

Dr. Lukas Schwab is the application specialist for mechanical testing at TA Instruments in Germany. He is the contact person for all questions regarding the use of rheometers, DMA, and rubber testing instruments and helps users to optimize their instrumentation. After studying chemistry at KIT in Karlsruhe, specializing in polymer chemistry, he also earned his doctorate there in the research group of Prof. Manfred Wilhelm on the topic of nonlinear rheology of rubbers, before joining TA Instruments in 2016.

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