Tuning Fork Vibro Rheometer
Drawing on A&D’s proven sensor technology for high- resolution analytical balances, the RV-10000A Tuning Fork Vibro Rheometer is a breakthrough alternative to conventional methods in the research of non-Newtonian fluid properties, especially for ease and precision in low viscosity measurements.
- Wide measurement range from 0.3 mPa.s – 25,000 mPa.s
- Simultaneous measurement of temperature and viscosity
- High accuracy of 1% of the measurement value
- Quick measurement in only 20 seconds
- Low thermal capacity of the sensor plates
- Adjustable vibration amplitude to allow changing the shear rate
- Measurement of liquids in motion
- Easy calibration by the user
- The sensor plates are easy to clean
- LCD Display with 7-inch, colour touch-panel (RV-A)
- Can automatically change the amplitude of the sensor plates, and take data as programmed by the user (RV-A)
- Displays graphs of measurement data in real time
- Changes in the viscosity are shown as a function of temperature, time, and/or shear rate*
- The measurement data can be exported in CSV format or as graph screens as JPEG images on a USB flash drive
Product Overview
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Products Model Information
Tuning Fork Vibro Rheometer 0.3 — 25000 mPa·s
A&D WeighingAre you struggling with an expensive rheometer that only produces unstable results when testing low viscosity (e.g. below 100 mPas) samples? Drawing on A&D’s proven sensor technology for high-resolution analytical balances, the RV-10000A Tuning Fork Vibro Rheometer is a breakthrough alternative to conventional methods in the research of non-Newtonian fluid properties, especially for ease and precision in low viscosity measurements.
Tuning Fork Vibro Rheometer with Dedicated Controller 0.3 — 25000 mPa·s
A&D WeighingAre you struggling with an expensive rheometer that only produces unstable results when testing low viscosity (e.g. below 100 mPa•s) samples? Drawing on A&D’s proven sensor technology for high-resolution analytical balances, the RV-10000A Tuning Fork Vibro Rheometer is a breakthrough alternative to conventional methods in the research of non-Newtonian fluid properties, especially for ease and precision in low viscosity measurements. The dedicated controller can automatically chan