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EMS-1000S

Sku#

95.1500

EMS-1000S Electromagnetically Spinning Viscometer

In stock

This is non stock item.

The KEM EMS-1000S for CANNON offers a new style of viscosity measurement with cutting-edge technology and easy-to-use operation. It employs an electromagnetically spinning method, rotating a probe sphere in the sample by Lorentz force and measuring the speed. Intuitive and user-friendly software calculates the viscosity and displays results in graphic format, with a powerful search function and database for sample comparison.

The EMS-1000S is ideal for very small samples, allows reuse of precious samples, is suitable for anaerobic conditions and offers a short measuring time of only one second to one minute. The temperature range is 0 °C to 200 °C, with a viscosity range of 0.1 mPa.s to 100,000 mPa.s (depending upon the sample viscosity and sphere used).

Features include quick temperature adjustment; no cleaning required for increased efficiency; wide range of sample options; tiny sample amounts perfect for precious substances; built-in camera for real-time sample viewing.

Features and Benefits

Wide temperature range

Temperature range of 0 °C to 200 °C, Stability within ± 0.1 °C
Heats from 25 °C to 200 °C within 10 minutes
Automation provides an alternative to labor-intensive manual testing and reduces operator to operator variability

Ideal for very small sample sizes

Small required sample volume of only 300 μL, 700 μL or 90 μL
Tiny samples are perfect for testing precious substances, with the ability to reuse samples
Samples stay contamination-free during measurement
Tests low viscosity samples like blood, beverages, proteins, inks and solvents, and high viscosity samples like polymers, resins, bitumen and heavy oils

Versatile measuring container and disposal

No cleaning required - measurements performed in a disposable sample container
Suitable for measurements under anaerobic conditions
Sealed sample container allows sample measurements in an inert-gas atmosphere
Ideal for samples needing a sterile environment, such as proteins. Autoclavable
Examine the shear-rate dependency of the viscosity

Intuitive and user-friendly

Displays results with an easy-to-use graphic user interface
Easily compare measured data with a powerful search function and database
Built-in camera provides real-time viewing of sample
Camera also allows more accurate measurement by checking and adjusting the position and rotation status of the spherical probe
Measuring time of only 1 second to 1 minute, depending on the viscosity of the sample

More information available here.