ARES-G3 & High-Speed Frequency Chirp Short Webinar

TA Instruments Japan （TAInstruments）

Event Date and Time: Thursday, July 2, 2026 For details and registration, please use the link below! https://pages.waters.com/2026-07-02-WBN-RH-APAC-JP-ARES-G3Webinar_LP-Registration.html 1:00 PM - 1:40 PM [Title] Accelerating TTS with the New ARES-G3: A New Approach to Frequency Sweeping Using High-Speed Frequency Chirp [Speaker] Masayoshi Takano, Application Department, TA Instruments Japan, Inc. Time-Temperature Superposition (TTS) is important for long-term property evaluation, but traditionally requires a significant amount of time for measurement. This presentation will introduce a method for conducting frequency sweeps and TTS analysis in a short time using the high-speed frequency Chirp technology of the ARES-G3. Based on examples of polymer melts and thermosetting resins, the application in research and development as well as quality control will be explained.

Date and time Thursday, Jul 02, 2026
01:00 PM ～ 01:40 PM
Capital
Entry fee Free

Related product information

High-performance rotational viscoelasticity measurement device ARES-G3 rheometer
High-precision data, faster. Reduce testing time by up to 80% with Fast Frequency Chirps.

【Transducer (Sample Stress: Force/Torque - Rebalance)】 Minimum Torque (Vibration): 0.02 µN·m Minimum Torque (Steady Shear): 0.1 µN·m Torque Resolution: 1 nN·m Normal/Axial Force Range: 0.001 to 20 N 【Drive Motor (Sample Deformation)】 Maximum Motor Torque: 800 mN·m Strain Resolution: 0.04 µrad Minimum Angular Displacement (Vibration): 1 µrad Angular Velocity Range: 1×10⁻⁶ to 300 rad/s Angular Frequency Range: 1×10⁻⁷ to 628 rad/s Speed Step Change: 5 ms Strain Step Change: 10 ms 【Temperature System】 Forced Convection Oven (FCO): -150 to 600 ℃ Advanced Peltier System (APS): -10 to 150 ℃
Rotational Rheometer "Discovery DHR"
Patented measurement technology adopted! A rheometer that improves the analysis of rheological properties.

【Other Features】 ■ True Position Sensor (patent pending) ■ Nano Torque Motor Control ■ Excellent stress, strain, and strain rate control ■ Direct strain vibration ■ Thrust dual radial bearing design ■ Ultra-low compliance integrated molded housing ■ Heat-resistant and anti-vibration electronics design ■ Smart Swap geometry (patented) ■ Original Smart Swap temperature control system ■ Superior Peltier technology ■ Heat spreader technology (patented) ■ Active temperature control (patented) ■ Color display ■ Intuitive touch keypad ■ Traceable torque calibration (patented)

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