~Free measurement in progress~ 【No need to create new sample pieces】 Ideal for evaluating and managing the physical properties of hardness and softness.
Optimal for quality control of products and materials, and for physical property evaluation equipment! No need to create sample pieces! Measurement and analysis can be done on-site! ★Free measurements currently available★ ★Excellent Award at the 2005 Saitama Prefecture Venture Company Excellent Product Contest★ ★Joint research achievements with national universities★ ●Main Features of the Product - Portable - No test pieces required - One-touch operation (approximately 3 seconds) allows for the 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' There is a growing demand for quick on-site measurement of hardness, viscosity, and elasticity data for viscoelastic materials, and the portable wireless viscoelastic hardness measuring device, the Best Meter, meets this need. ●Characteristics The Best Meter applies a slight deformation to the specimen with a constant force, and after removing that force, it directly measures the behavior of the indented specimen as it recovers, allowing for high-precision measurement and waveform analysis based on the Voigt model to calculate elastic and viscous values. ●Contact Information Wave Cyber Co., Ltd. Tel: 048-487-8649 Email: business@wavecyber.com Please feel free to contact us for free measurements and other inquiries.
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basic information
The viscoelasticity measurement device, the Bessmeter, 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. While dynamic viscoelastic measurement devices are a representative conventional technology for measuring viscoelastic materials, they require the production of samples with specific shapes during measurement, which takes time and makes them unsuitable for on-site use. There is a growing demand for the evaluation of viscoelastic material properties to measure hardness, viscosity, and elasticity data quickly on-site, and the portable wireless viscoelastic hardness measurement device, the Bessmeter, meets this need. ● Adoption Achievements This product has been adopted by major tire manufacturers, F1 racing teams, rubber product handling manufacturers, polymer chemical manufacturers, as well as medical institutions and public research organizations, receiving high praise. It has also been utilized in various academic papers.
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Applications/Examples of results
■ The independently developed pressure displacement sensor quickly and accurately measures the response of the test subject, analyzing six data points—elasticity, viscosity, viscoelasticity, relaxation time, hardness, and depth—simultaneously 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 test subject are displayed on the screen, allowing for an immediate understanding of the subject's characteristics. ■ Wireless communication via Bluetooth makes the measurement unit cordless, enabling remote operation of the measurement unit and eliminating measurement errors by the operator. ■ The wireless method allows for measurements in environments where the measurer cannot enter. Sales achievements in the industrial sector ■ Manufacturers of polymer materials such as rubber and silicone gel ■ Manufacturers of rubber-related products such as tires ■ Manufacturers of automotive parts Sales achievements in the food sector ■ Fruit cultivation research institutes ■ Manufacturers of cheese, bread, and noodle dough
Line up（2）
| Model number | overview |
|---|---|
| Vesmeter E-100HS | For skin measurement |
| Vesmeter E-100SC | For scalp measurement |
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Enjoy the challenges of developing original technologies by integrating hardware and software, aiming for global social contribution.