Rheosense Inc.

Our end users at Georgia Institute of Technology, Morehouse College, Lawrence Berkeley National Laboratory, University of California Berkeley, United States Department of Agriculture, University of Colorado Boulder published a paper on enabling honeydew ejections in a spotted lanternfly including measurements: https://na2.hubs.ly/H05ytS40

All publications are accessible 24/7 via our publications page: https://na2.hubs.ly/H05ytrQ0

Check out our latest application brief where we explain why we use zymit pro as a cleaning solution and how it can often be more convenient than tergazyme:

Why use Zymit® Pro for Enhanced Cleaning of VROC Microfluidics? Improve your methodologies for cleaning your viscometer!

PRO is now compatible with measurements of samples, learn more

Kinematic Viscosity Testing of Oils with microVISC PRO Oil Learn how to measure oil samples at all applicable temperatures with microVISC PRO Oil. This walk-up ready viscometer makes kinematic readings easy.

Check out the latest paper from Zhejiang University and Lepu Pharmaceutical Technology focusing on using as a preservative for antibodies https://na2.hubs.ly/H05dNdp0

All publications written by our end users can be accessible here: https://na2.hubs.ly/H05dNtb0

Feasibility and stability evaluation of parabens as an alternative preservative for liquid monoclonal antibody formulations Preservatives are critical for preventing microbial contamination in multi-dose biologics, yet their compatibility with proteins poses a major challen…

What gives yogurt its perfect creamy texture? . 🥛See how VROC initium 1++ delivers high-throughput viscosity measurements of yogurt—faster QC, smaller samples, better products.📄 Read the app note:

Application Note: High-Throughput Viscosity of Yogurt Using Initium 1++ Yogurt is a complex, non-Newtonian dairy product. Texture and viscosity are critical characteristics for process, consumer perception, and mouthfeel.

Measuring high-viscosity samples accurately has never been easier. Our latest application brief highlights how the microVISC PRO® uses microfluidics technology to achieve reliable results up to 700,000 cP — with as little as 100 µL of sample. Whether you're working with creams, paints, or cannabis oils, the data speaks for itself.

microVISC PRO®: Accurate High-Viscosity Measurement up to 700,000 cP Measure high viscosity creams, gels, and more up to 700,000 cP with microVISC PRO!

Just ~100 µL. No solvent evaporation. Results in line with ASTM D4603-18.
microVISC PRO makes PET inherent viscosity testing simpler than ever.

📄 https://na2.hubs.ly/H04S5HD0

Working with thick, hard-to-measure samples? The microVISC PRO® was built for exactly that. From creams and paints to cannabis oils, it delivers accurate, repeatable viscosity measurements up to 700,000 cP; all from a minimal sample volume. Check out our latest application brief:

microVISC PRO®: Accurate High-Viscosity Measurement up to 700,000 cP Measure high viscosity creams, gels, and more up to 700,000 cP with microVISC PRO!

Confidence in your data starts with a validated chip. Walk through the step-by-step chip validation process for m-VROC II and Initium 1++. If you're setting up a new chip, this is a handy reference to keep close. 🔧👉

Chip Validation for m-VROC II & initium 1++ Tips and support for VROC chip validation.

Screen more samples in less time — without cleaning between runs. Check out our latest microVISC PRO application brief to see how:

Screen all of your samples like buffer viscosity with microVISC PRO Check out our latest application brief where we discuss how you can mass screen buffer viscosity with microVISC PRO