Join us on May 25th as we show how we use the RheoSense VROC technology to measure the viscosity of bio-inks at different concentrations and over a wide range of shear rates. We also aim to demonstrate the effect of temperature and pH on the viscosity and shear thinning behavior of bio-inks.Register Now! →
Shear rate dependent viscosity data was collected for eighteen mAb formulations to predict the injection force and compare to the corresponding injection or glide force measurement data. The predictions were made with both a generalized non-Newtonian model and that for a Newtonian fluid using the low shear plateau viscosity.
Download our FREE webinar recording, exploring the temperature-dependent shear viscosity of multiple battery solvent mixtures of EC, DMC, and EMC. Additionally, probing the effect of solvent composition and lithium perchlorate salt (LiClO4) concentration on the shear viscosity of battery electrolytes.
Automatic, High Throughput with only 26 uL of samples that can be retrieved or recovered.Learn More →
Small sample, wide dynamic rangeLearn More →
Extensional viscometerLearn More →
High temperature, wide dynamic rangeLearn More →
Portable, small sample viscometerLearn More →
Portable, small sample viscometer suitable for oil analysis (ASTM D445 Correlation)Learn More →
Our automated chip cleaning station is capable of cleaning VROC® chips in under 10 minutesLearn More →
Dummy chips, water based calibration fluid, pipettes, syringes & more!Contact Us →