RheoSense, Inc.

Automatic Viscometer measures samples down to 10 µL.
Sensors, Monitors & Transducers

Automatic Viscometer measures samples down to 10 µL.

Equipped with automatic sample loading and sample cleaning, VROC® initium measures absolute viscosity as function of shear rate across wide temperature range, allowing fingerprinting of samples. Samples in 96 well plates as well as 40 vial racks can be tested automatically with intuitive software. Automatic intrinsic viscosity measurements provide size of molecules in various formulations...

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Portable Viscometer simplifies oil condition monitoring.
Sensors, Monitors & Transducers

Portable Viscometer simplifies oil condition monitoring.

Suited for field operators, microVISC-m™ simplifies daily or routine measurements of lubricating oil viscosity. Sample volume requirements are as small as 100 Â-µL, and measurement of oil viscosity is made possible via 1 min test that eliminates need to wait for test results from remote labs. Instrument displays dynamic viscosity at ambient conditions and extrapolates kinematic viscosities...

Read More »
Sensors, Monitors & Transducers

Viscometer can detect and measure intrinsic viscosity.

Suited for bio/pharma and polymer applications, m-VROC can detect and measure intrinsic viscosity. Measurement of intrinsic viscosity — used to determine molecular size, weight, structure, and interactions among proteins, polymers, or macromolecules — requires 20 Â-µL and takes minutes. Applications that benefit from this measurement capability are those related to polymerization,...

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Temperature Controller accelerates viscosity measurements.
Agricultural & Farming Products

Temperature Controller accelerates viscosity measurements.

When used with microVISC handheld viscometer,Â- microVISC TC promotes accurate viscosity measurement that would eliminate any uncertainty and let users adhere to stringent requirements. Peltier-based unit has temperature range of 60 to 122°F, and PID controller with advanced fuzzy logic enables accelerated and precision temperature...

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MEMS-based Viscometer is used for liquid flow management.
Sensors, Monitors & Transducers

MEMS-based Viscometer is used for liquid flow management.

Supporting range of applications, Â-µVISC(TM) (micro VISC) employs VROC® (Viscometer Rheometer on-a-chip) with HC chip that supports testing of viscosity ranges to 20,000 mPas or greater. Tests can be completed within 1 min with 3-step operation, and menu-driven application lets user view graphs of results and generate report. Specific uses include testing and evaluating materials such...

Read More »
Viscometer requires only 50 µL sample size.
Sensors, Monitors & Transducers

Viscometer requires only 50 µL sample size.

Designed for protein and other biological formulations, m VROC has measurement range from 0.1-100k cp viscosity. Ergonomically designed device includes is enclosed system complete with all required hardware, external circulating water bath for temperature-control, and optional purge air supply that prevents condensation inside chamber. Portable product can be implemented on or off process line.

Read More »
RheoSense Inc. Has Introduced Its NEW VROC®-D Chip
Sensors, Monitors & Transducers

RheoSense Inc. Has Introduced Its NEW VROC®-D Chip

A New MEMS-Based Paradigm for Liquid Flow Management Now Measure Viscosity to 1,000,000 1/s! The NEW D chip expands the measurement ranges offered by existing chips to high shear rate viscosity measurements. Many industry processes involve very high shear rate deformation in material processing, shear rate easily exceeding 10,000 1/s (reciprocal second). And the viscosity depends on shear rate...

Read More »
Sensors, Monitors & Transducers

Integrated Circuit enables high-speed viscosity measurement.

Offered as MEMS-based paradigm for liquid flow management, VROC(TM) can obtain accurate viscosity measurements at high shear rates. Viscometer/Rheometer-on-a-Chip technology enables microliter size samples to be used for high-resolution, repeatable viscosity measurement. Technology allows viscosity characterization at conditions occurring in actual applications, VROC(TM) family type C chip...

Read More »
Automatic Viscometer measures samples down to 10 µL.
Sensors, Monitors & Transducers

Automatic Viscometer measures samples down to 10 µL.

Equipped with automatic sample loading and sample cleaning, VROC® initium measures absolute viscosity as function of shear rate across wide temperature range, allowing fingerprinting of samples. Samples in 96 well plates as well as 40 vial racks can be tested automatically with intuitive software. Automatic intrinsic viscosity measurements provide size of molecules in various formulations...

Read More »
Portable Viscometer simplifies oil condition monitoring.
Sensors, Monitors & Transducers

Portable Viscometer simplifies oil condition monitoring.

Suited for field operators, microVISC-m™ simplifies daily or routine measurements of lubricating oil viscosity. Sample volume requirements are as small as 100 Â-µL, and measurement of oil viscosity is made possible via 1 min test that eliminates need to wait for test results from remote labs. Instrument displays dynamic viscosity at ambient conditions and extrapolates kinematic viscosities...

Read More »
Sensors, Monitors & Transducers

Viscometer can detect and measure intrinsic viscosity.

Suited for bio/pharma and polymer applications, m-VROC can detect and measure intrinsic viscosity. Measurement of intrinsic viscosity — used to determine molecular size, weight, structure, and interactions among proteins, polymers, or macromolecules — requires 20 Â-µL and takes minutes. Applications that benefit from this measurement capability are those related to polymerization,...

Read More »
Temperature Controller accelerates viscosity measurements.
Agricultural & Farming Products

Temperature Controller accelerates viscosity measurements.

When used with microVISC handheld viscometer,Â- microVISC TC promotes accurate viscosity measurement that would eliminate any uncertainty and let users adhere to stringent requirements. Peltier-based unit has temperature range of 60 to 122°F, and PID controller with advanced fuzzy logic enables accelerated and precision temperature...

Read More »
MEMS-based Viscometer is used for liquid flow management.
Sensors, Monitors & Transducers

MEMS-based Viscometer is used for liquid flow management.

Supporting range of applications, Â-µVISC(TM) (micro VISC) employs VROC® (Viscometer Rheometer on-a-chip) with HC chip that supports testing of viscosity ranges to 20,000 mPas or greater. Tests can be completed within 1 min with 3-step operation, and menu-driven application lets user view graphs of results and generate report. Specific uses include testing and evaluating materials such...

Read More »
Viscometer requires only 50 µL sample size.
Sensors, Monitors & Transducers

Viscometer requires only 50 µL sample size.

Designed for protein and other biological formulations, m VROC has measurement range from 0.1-100k cp viscosity. Ergonomically designed device includes is enclosed system complete with all required hardware, external circulating water bath for temperature-control, and optional purge air supply that prevents condensation inside chamber. Portable product can be implemented on or off process line.

Read More »
RheoSense Inc. Has Introduced Its NEW VROC®-D Chip
Sensors, Monitors & Transducers

RheoSense Inc. Has Introduced Its NEW VROC®-D Chip

A New MEMS-Based Paradigm for Liquid Flow Management Now Measure Viscosity to 1,000,000 1/s! The NEW D chip expands the measurement ranges offered by existing chips to high shear rate viscosity measurements. Many industry processes involve very high shear rate deformation in material processing, shear rate easily exceeding 10,000 1/s (reciprocal second). And the viscosity depends on shear rate...

Read More »
Sensors, Monitors & Transducers

Integrated Circuit enables high-speed viscosity measurement.

Offered as MEMS-based paradigm for liquid flow management, VROC(TM) can obtain accurate viscosity measurements at high shear rates. Viscometer/Rheometer-on-a-Chip technology enables microliter size samples to be used for high-resolution, repeatable viscosity measurement. Technology allows viscosity characterization at conditions occurring in actual applications, VROC(TM) family type C chip...

Read More »

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