EMS Viscometer EMS-1000S
A new method that changes the common understanding of viscometers: providing pioneering viscosity measurement technology in an easy-to-use form.
The EMS viscometer is an innovative viscometer that has changed the conventional wisdom of viscosity measurement with a new method, being the first of its kind in the world. By utilizing the power of a magnetic field to remotely apply torque to a spherical probe within the sample container from the outside, it has successfully managed to completely detach the sample from the device. It offers cutting-edge viscosity analysis technology through user-friendly software and a selection of spherical probes based on sample characteristics, enabling applications across a wide range of fields. It also accommodates measurements of small quantities and low viscosity, which have been difficult to measure until now. This product incorporates some of the development results obtained as part of the JST Advanced Measurement and Analysis Technology and Equipment Development Program. (National University Corporation, The University of Tokyo Patent No. 5093599, US 8,365,582 B2)
basic information
Features ■ Achieves a wide temperature range ■ Capable of measuring from low viscosity to high viscosity with one unit ■ Measurement time as short as 1 second ■ Capable of evaluating flow characteristics ■ World’s smallest sample volume, and it is recoverable ■ Uses a sealable disposable container *For more details, please refer to the PDF document or feel free to contact us.
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Model number/Brand name
EMS Viscometer EMS-1000S
Applications/Examples of results
【Examples of Applications by Field】 ■Biological Field - Viscosity measurement of biological samples - Concentration-dependent evaluation of proteins ■Polymer Field - Melt viscosity of plastics - Curing process of thermosetting resins ■Petrochemical Field - Viscosity management of heavy oil and waste oil - Temperature dependence of asphalt ■Cosmetics Field - Quality control of cosmetics - Rheological evaluation of emulsions *For more details, please refer to the PDF document or feel free to contact us.
