Dynamic viscoelasticity measurement device Rheometer RheoStylus
Rheometer Rheo-Stylus
A super compact dynamic viscoelastic measurement device that realizes "easy" and "anywhere."
The dynamic viscoelastic measurement system (RheoStylus) achieves low cost, high functionality, and compact lightweight design, and is a rheometer capable of performing three types of tests: compression, shear, and bending. It measures elasticity and viscosity simultaneously using a vertical sinusoidal vibration. Continuous automatic adjustment of the sensor position is possible to accommodate expanding (contracting) samples. Temperature dependency evaluation is also possible using a heating unit. With this system, G'(E'), G''(E''), and tanδ can be measured simultaneously. *Measurement requests are also accepted. *For more details, please contact us.
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basic information
【Measurable Data Obtained】 ■ Storage Elastic Modulus E’ G’ (Coefficients indicating the elasticity of solids) ■ Loss Elastic Modulus E” G” (Coefficients indicating the viscosity of liquids) ■ Loss Tangent tanδ (Balance between elasticity and viscosity) 【Main Measurement Target Samples】 《Industrial Products》 Rubber / Urethane Gel / Resin Film / Polymer Film / Coating Materials / Adhesives / Paint Films / Biomaterials / Biodegradable Plastics 《Food》 Dairy Products / Confectionery / Fermented Foods / Processed Fish Products / Noodles / Fats and Oils 《Daily Necessities》 Detergents / Cosmetics / Hand Creams / Toothpaste / Denture Adhesives
Price information
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Applications/Examples of results
Dynamic viscoelastic measurement of films, thin films, and micro samples.
Line up（3）
| Model number | overview |
|---|---|
| RST-1 | Basic System |
| RST-2 | Semi-Automatic System |
| RST-3 | Microscope Observation Capable System |
Company information
Micro Support is a manufacturer of sampling systems for analytical pre-processing based on microscopes. We provide hardware and software that can be freely operated with a manipulator while observing microscopic foreign substances that are not visible to the naked eye through a microscope. We are also focusing on the development of new products that apply precision positioning technology.