[Free Initial Measurement] Ideal for new material research and food research. Measures and quantifies not only hardness but also viscosity and elasticity. We assist in the creation of new products.
★Saitama Prefecture Venture Company Excellent Product Contest Excellent Award Winner★ ★Free sample measurement available★ 【Portable Viscoelasticity Measuring Device】 No sample piece required! Measurement and analysis can be done on-site. 【Key Features of the Product】 - Portable - No specimen required (no sample piece needed) - One-touch operation (approximately 3 seconds) allows for analysis and measurement of parameters including elasticity and viscosity of the target substance - Six types of measurable data: 'Elasticity, Viscosity, Viscoelastic Modulus, Relaxation Time, Hardness, Depth' 【Measurement Principle】 After applying a slight deformation to the specimen with a constant force, the behavior of the indented non-specimen is directly measured with high precision as it recovers. By analyzing based on the Voigt model, the elastic and viscous values of the viscoelastic material are accurately calculated. 【Current Users】 This product has been adopted by food manufacturer research labs, polymer chemistry research, major tire manufacturers, F1 racing teams, as well as medical institutions, universities, and public research organizations, receiving high praise. It has also been featured in various academic papers. ● Contact Information Wave Cyber Co., Ltd. Tel: 048-487-8649 Mail: business@wavecyber.com
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basic information
Ideal for quality control of products and materials. No samples needed; it can measure and analyze on-site with just one device. ● Conventional viscoelasticity measuring instruments Dynamic viscoelasticity measuring instruments are representative of conventional technology for measuring viscoelastic materials. However, they require the preparation of samples with specific shapes in advance, and the measurement time is lengthy, which poses a challenge for immediate on-site measurements. ● Development background of the Vesmeter E-100HB The Vesmeter viscoelasticity measuring instrument was developed to measure the elastic, viscous, and hardness characteristics of the surface layer of the specimen, with the aim of appropriately evaluating the properties of materials. There has been a growing demand for quick on-site measurements of hardness, viscosity, and elasticity data for the evaluation of viscoelastic material properties, and the portable wireless viscoelastic hardness measuring instrument, Vesmeter, meets this need.
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Applications/Examples of results
■ Our uniquely developed pressure displacement sensor quickly and accurately measures the response of the specimen, simultaneously analyzing six data points—elasticity, viscosity, viscoelasticity, relaxation time, hardness, and depth—in just a few seconds. ■ It improves production management efficiency without the need for specific shaped sample fabrication. ■ The displacement behavior graph and velocity graph of the specimen are displayed on the screen, allowing for an immediate understanding of the specimen's characteristics. ■ Bluetooth wireless communication enables a cordless measurement unit, allowing for remote operation of the measurement unit, eliminating measurement errors by the operator. ■ The wireless method also allows for measurements in environments where the measurer cannot enter. ● Adoption Achievements This product has been adopted by major tire manufacturers, F1 racing teams, rubber product handling manufacturers, polymer chemistry and material manufacturers, food manufacturers (such as bread, noodles, cheese, and fruit cultivation research institutes), as well as medical institutions and public research organizations, receiving high praise. It has also been utilized in various academic papers.
Line up（2）
| Model number | overview |
|---|---|
| Vesmeter E-100HS | For skin measurement |
| Vesmeter E-100SC | For scalp measurement |
Company information
Enjoy the challenges of developing original technologies by integrating hardware and software, aiming for global social contribution.