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Viscoelasticity measuring instrument Product List and Ranking from 14 Manufacturers, Suppliers and Companies

Last Updated： Aggregation Period:Oct 22, 2025～Nov 18, 2025
This ranking is based on the number of page views on our site.

Viscoelasticity measuring instrument Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Oct 22, 2025～Nov 18, 2025
This ranking is based on the number of page views on our site.

  1. TA Instruments Japan （TAInstruments） Tokyo//Testing, Analysis and Measurement
  2. レオ・ラボ Tokyo//Testing, Analysis and Measurement
  3. ウェイブサイバー Saitama//others
  4. 4 ユービーエム Kyoto//Testing, Analysis and Measurement
  5. 5 アイテス Shiga//Electronic Components and Semiconductors
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Viscoelasticity measuring instrument Product ranking

Last Updated： Aggregation Period:Oct 22, 2025～Nov 18, 2025
This ranking is based on the number of page views on our site.

  1. Dynamic Mechanical Analysis (DMA) Measurement Device 'RSA-G2' TA Instruments Japan （TAInstruments）
  2. Product Catalog: Rotational Rheometer 'Discovery HR' TA Instruments Japan （TAInstruments）
  3. Dynamic Mechanical Analysis Device "DMA850" TA Instruments Japan （TAInstruments）
  4. 4 Product catalog available: Rotational viscoelastic measurement rheometer 'ARES-G2' TA Instruments Japan （TAInstruments）
  5. 5 DMA (Dynamic Mechanical Analysis) アイテス

Viscoelasticity measuring instrument Product List

16～30 item / All 38 items

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High-frequency viscoelastic measurement device for liquid measurement 'Liq-F'

High-frequency viscoelastic measurement device for liquid measurement 'Liq-F'

Measurement of megahertz viscoelasticity at room temperature is possible! A device that can measure the high-frequency viscoelasticity of fluids.

"Liq-F" is a high-frequency viscoelastic measurement device capable of measuring fluid viscoelasticity using ultrasound. It can measure megahertz viscoelasticity at room temperature, which was not possible before, allowing for an understanding of high-frequency viscoelastic properties in the usage conditions of high-performance fluids. It can measure not only bulk properties but also surface megahertz viscoelasticity. 【Features】 ■ Capable of measuring megahertz viscoelasticity at room temperature ■ Capable of measuring surface megahertz viscoelasticity ■ Easy to disassemble and clean For more details, please refer to the catalog or feel free to contact us.

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High-frequency viscoelasticity measurement device 'HFRU'

High-frequency viscoelasticity measurement device 'HFRU'

Rheometer attachment type! A viscoelastic measurement device capable of measuring viscoelasticity using ultrasound.

The "HFRU" is a high-frequency viscoelastic measurement device that can perform viscoelastic measurements using ultrasound while applying low-frequency vibrations and rotations. It is expected to measure megahertz viscoelasticity under large strains, which was not possible before, allowing for the understanding of nonlinear viscoelastic properties of high-functionality fluids under shear. In addition, it can perform simultaneous measurements with rheometer functions, and it is capable of measuring not only bulk properties but also surface megahertz viscoelasticity if the loss is significant. 【Features】 ■ Easily set up on MCR ■ Measurement at eccentric positions is possible ■ Optical observation can be performed simultaneously with ultrasonic measurement (separately) ■ Rheometer attachment type *For more details, please refer to the catalog or feel free to contact us.

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[Viscoelasticity Measurement Example] Foam Hand Soap

[Viscoelasticity Measurement Example] Foam Hand Soap

Visualization of viscoelastic measurement: It can be seen that the viscosity and dynamic viscoelastic co-measurement values change in response to the state of the samples before and after applying high shear rates.

Measurement example by sample observation [Foam Hand Soap] The images show the final state immediately after sampling and after high shear measurement. • The state of the foam becomes finer under high shear. • When the shear is not large, coalescence and rising of the foam occur. • It can be seen that the viscosity and dynamic viscoelastic co-measurement values change in correspondence with the state of the sample before and after applying high shear rate. • The viscosity increases in response to the foam becoming finer. • The elasticity increases as the foam becomes finer. *For more details, please refer to the PDF document or feel free to contact us.

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[Viscoelasticity Measurement Example] Gelation of Dilute Gelatin Aqueous Solution

[Viscoelasticity Measurement Example] Gelation of Dilute Gelatin Aqueous Solution

This is a graph of the gelation of dilute gelatin aqueous solution measured by a rheometer.

This is a graph of the gelation of a dilute gelatin aqueous solution measured by a rheometer. • In the first few hours, only G” increases, and later G’ rises, surpassing G” and resulting in gelation after about one day. By the way, at a stiffness of 1 Pa, it cannot maintain its shape when taken out and will flow (edible jelly has a stiffness of several hundred 100 Pa). *For more details, please refer to the PDF document or feel free to contact us.

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Dynamic Viscoelasticity Measurement Device "Rheogel-E Series"

Dynamic Viscoelasticity Measurement Device "Rheogel-E Series"

Corresponds to a wide range of elastic modulus changes from solid to molten state! For measuring film shapes and semi-solid substances.

The "Rheogel-E Series" is a measuring device for evaluating the viscoelastic properties of solid materials such as polymer films and rubber sheets. It precisely measures the state of samples using a high-sensitivity stress sensor with high rigidity and a high-precision, high-resolution displacement sensor. By connecting to a computer, it enables comfortable automatic operation. 【Features】 ■ Excellent basic performance ■ Easy design and operation for a variety of measurements ■ Equipped with a constant temperature chamber that supports a maximum temperature of 500°C (optional) ■ Compact design ■ Purely domestic product by a domestic manufacturer *For more details, please refer to the PDF document or feel free to contact us.

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Non-destructive material property evaluation: Industrial viscoelasticity measurement device Vesmeter

Non-destructive material property evaluation: Industrial viscoelasticity measurement device Vesmeter

It is possible to measure properties such as the elasticity, viscosity, and hardness of the specimen's surface.

Quality control of products and materials! No samples needed! Measurement and analysis on the spot! In the factory production line! The viscoelasticity measuring device, the Besmeter, was developed to measure the characteristics of the surface layer of the specimen, such as elasticity, viscosity, and hardness, with the aim of appropriately evaluating the properties of materials. Unlike conventional measuring devices, the measurement of viscoelasticity by the Besmeter is a patented technology that realizes the measurement of viscosity and elasticity as defined in physics. ● Features The Besmeter applies a slight deformation to the specimen with a constant force, and after removing that force, it directly and accurately measures the behavior of the indented specimen as it recovers. By performing waveform analysis based on the Voigt model, it calculates the elastic and viscous values.

  • Food Testing/Analysis/Measuring Equipment
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Portable wireless viscoelasticity measuring device Vesmeter E-100HB

Portable wireless viscoelasticity measuring device Vesmeter E-100HB

~Free sample measurement in progress~ The perfect device for quality control of products and materials. No need to prepare sample pieces; measurement and analysis can be done on the spot!

The perfect device for quality control of products and materials ~No need to prepare sample pieces! Measurement and analysis can be done on-site~ ● Patented ● Key Features of the Product - Portable (cordless measurement unit via Bluetooth wireless communication) - No need for test pieces (no sample pieces required) - One-touch (approximately 3 seconds) analysis and measurement of parameters such as elasticity and viscosity of the target substance - Six types of measurable data: 'Elasticity, Viscosity, Viscoelasticity Modulus, Relaxation Time, Hardness, Depth' ● Measurement Principle After applying a slight deformation to the specimen with a constant force, the force is removed, and the behavior of the indented specimen recovering is measured with high precision. By performing analysis based on the Voigt model, elasticity and viscosity values are calculated. (For details, please contact us.) ● Current Users This product has been adopted by tire manufacturers, rubber product handling companies, medical institutions, public research institutions, etc., and has received high praise. It has also been used in various academic papers. (For details, please contact us.) ● Contact Information Wave Cyber Co., Ltd. Tel: 048-487-8649 Mail: business@wavecyber.com

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Dynamic Viscoelasticity Measurement Device "MG-Rheo"

Dynamic Viscoelasticity Measurement Device "MG-Rheo"

High-performance, compact, low-cost dynamic viscoelasticity measurement device with excellent operability.

The adoption of the new material "super magnetic strain element" has achieved significant miniaturization and cost reduction. The newly developed powerful oscillation mechanism accommodates both liquids and solids. It features an easy-to-use interface developed from the user's perspective. Complex quality performance has been quantified in terms of viscosity and elasticity.

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Options available for fatigue testing and crack growth observation! Dynamic viscoelasticity measurement device.

Options available for fatigue testing and crack growth observation! Dynamic viscoelasticity measurement device.

As an option, we offer fatigue testing and crack growth observation. It is ideal for evaluating rubber and plastics. Viscoelastic measurement device DMA+ series!

The DMA+300 is a dynamic testing device for fatigue testing of advanced materials and industrial materials. The DMA+300 can analyze the mechanical properties of a wide range of materials and examine the dependency on various parameters (frequency, temperature, stress, strain, input waveform, oxygen concentration, etc.). The DMA+300 is an innovative dynamic viscoelastic measurement device for solids developed by Metravib, leveraging over 40 years of experience and incorporating the latest technology for high-precision analysis. The DMA+300 is a key device for engineers and scientists to understand and master the thermomechanical behavior of complex materials. *For more details, please contact us at 03-3865-5906.*

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Dynamic Mechanical Analysis (DMA) Measurement Device 'RSA-G2'

Dynamic Mechanical Analysis (DMA) Measurement Device 'RSA-G2'

Dynamic mechanical analysis (DMA) measuring device capable of handling a wide range of applications from research and development to quality control.

The "RSA-G2" is a measurement device with outstanding performance in solid viscoelastic analysis. By separating the motor and transducer, this product ensures pure mechanical analysis data through independent deformation control and stress measurement. In addition to providing accurate DMA measurements, it is capable of various measurements such as creep/recovery, stress relaxation, constant strain, and fatigue testing. It can also function as a dielectric measurement device (DETA), allowing for independent measurements as well as simultaneous dielectric and viscoelastic measurements. 【Features】 ■ Individual measurement of stress and strain ■ Guarantees pure mechanical analysis data ■ Capable of a wide range of applications from research and development benches to quality control ■ Various measurements are possible ■ Simultaneous measurements of independent and dielectric measurements with viscoelastic measurements are also possible *The comprehensive catalog can be downloaded from this page. The individual product catalog is only the cover, so if you would like the complete version, please contact our sales representative.

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Product Catalog: Rotational Rheometer 'Discovery HR'

Product Catalog: Rotational Rheometer 'Discovery HR'

Patented measurement technology adopted! A rheometer that improves the analysis of rheological properties.

The viscoelastic measurement device "Discovery Hybrid Rheometer" controls the surrounding environment and performs measurements over a wide range of force, strain, and strain rate. We offer three models to meet sensitivity and capability needs, ranging from the high-sensitivity HR-30 to the general-purpose HR-10. This product improves all performance and specifications, achieving accurate strain, strain rate, stress control, and normal force, and is equipped with our innovative patented Smart Swap geometry and Smart Swap temperature control system. 【Main Features】 ■ Ultra-low inertia drag cup motor (patented) ■ Next-generation magnetic bearings (patented) ■ High-resolution optical encoder ■ Optical encoder dual reader (patent pending) ■ Normal force rebalance transducer (FRT)

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Dynamic Mechanical Analysis Device "DMA850"

Dynamic Mechanical Analysis Device "DMA850"

Accurate, precise, and versatile DMA measurements are possible! An ideal viscoelastic measurement device for high-rigidity materials.

The DMA 850 is the world's most powerful dynamic mechanical analysis device. With its non-contact low-mass motor and frictionless low-compliance air bearing design, it accommodates the measurement of all materials, from flexible to rigid. Its unique optical encoder technology and DirectStrain function allow for precise measurement of a wide range of sample stiffness and frequency. The new "app-style" touchscreen and TRIOS software make it easy to obtain excellent data.

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Dynamic Viscoelasticity Measurement Device / DMA 'Rheolograph-Solid'

Dynamic Viscoelasticity Measurement Device / DMA 'Rheolograph-Solid'

The dynamic viscoelasticity of rubber materials is evaluated over a range of temperature and frequency changes.

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Dynamic Viscoelastic Measurement Device Series Catalog

Dynamic Viscoelastic Measurement Device Series Catalog

Supports various materials! A wide range of ultra-precision measurement systems that achieve advanced measurements are featured!

The "Dynamic Mechanical Analysis Measurement Device Catalog" introduces the "NETZSCH GABO Measurement System," which is utilized in various material development fields worldwide for fundamental research, product engineering, and quality control. It features the dynamic mechanical analysis measurement device "EPLEXOR," which measures the viscoelasticity and thermal properties of materials based on frequency, temperature, stress, strain, and thermal history, as well as the tackiness measurement device "GABOTACK," which measures the adhesive force at the contact surface, and the quality control measurement device "QUALIMETER," among many others. [Main Contents] ■ High-load DMTA ■ Flexometer ■ Tackiness measurement device ■ Quality measurement device ■ Humidity control options *For more details, please refer to the catalog or feel free to contact us.

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Contracted measurement services, high-frequency viscoelasticity, ultrasonic propagation, sound speed, attenuation rate.

Contracted measurement services, high-frequency viscoelasticity, ultrasonic propagation, sound speed, attenuation rate.

You can easily examine viscoelasticity at unprecedented megahertz (MHz) high frequencies.

If you could send a sample, there would be no need for proficiency in measurement or to maintain expensive equipment. Recently, measurement accuracy has improved, allowing for more precise measurements of inkjet inks and similar materials than before. The measurement of megahertz hysteresis loss in liquids such as inks can also be performed similarly to solids. In the high deformation properties of inks for inkjet printers (IJ), which involve high-speed droplet ejection, the Cox-Merz rule, which treats strain rate (1/s) and deformation frequency (rad/s) as equivalent, (https://www.cerij.or.jp/service/05_polymer/rheology_freq-dependence.html) may allow for evaluation. (No freezing occurs even at megahertz) ☆ This was published in the Journal of Applied Physics. "Characterization of Inkjet Ink and Skin Layer Properties by Ultrasonic Viscoelastic Measurement" https://iopscience.iop.org/article/10.35848/1347-4065/adc609/pdf

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