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We are at the 2020 Peptalk conference in San Diego! Come to Booth #700 to say hello to our technical team!!
Viscosity data for alcoholic beverages of various sugar and alcohol percentages was obtained using m-VROC®. The measured viscosity of these commonly consumed beverages was found to be dependent upon the amount of water, alcohol and sugar within the fluid. The viscosity of ethanol water solutions had a parabolic relationship as the amount of ethanol in solution increased. The addition of sugar to alcoholic beverages was also increased the viscosity of these fluids. Shear rate sweeps were performed to confirm Newtonian behavior of alcoholic beverage solutions over the
range tested.
Happy New Year! Towards the middle of 2019, South Korean President, Moon Jae In, has confirmed that biotechnology and biopharmaceutical industries will be getting receiving more funding to carry out all types of research and development along with manufacturing.
For microVISC & microVISC-m For m-VROC & VROC initium
We would like to thank all of our wonderful customers, global partners, and collaborators for a wonderful 2019!
Our engineers are hard at work as they prepare for the upcoming webinar on Wednesday December 18, 2019! Try to guess what drinks are being measured on Wednesday (some clues in the images below!).
We will be at the upcoming MJ Biz Con conference in 2019. Come stop by to look at our canna-viscometers and also meet our Technical Specialists! We will be at Booth #C8309.
A Practical Guide for Calculating the Injection Force from Viscosity Measurements - The long awaited recording is ready! Download our recent webinar that we hosted last week.
You may have followed many of our injectability application notes and webinar sessions where we began to explain the concept of calculating injection rates. Our next webinar this coming month on November 20, 2019 at 11:00 am PST will actually be a hands-on live workshop where we will start from scratch on how to approach the calculations to injection rate, figuring out which shear rates to run, and ultimately designing your experiments with the real application in mind.
