Inline Viscometer for microfluidics
Easy to switch between liquids
Measure any type of liquid with high accuracy
Know if issues prevent reliable measurement
Inline viscometer for microfluidics
Accurately measuring viscosity in microfluidic systems can be challenging, especially when working with diverse fluids and managing potential disruptions like clogs. Current solutions often require frequent recalibration, or lack mechanisms to detect blockages, leading to inefficiencies and downtime.
Our new inline viscometer addresses these issues by offering a wide range of viscosities for seamless liquid exchange at different temperatures, and built-in clog detection to ensure uninterrupted operation, besides being compact and requiring very small sample volumes to provide reliable results. Designed with these challenges in mind, this viscometer provides a practical, reliable solution for researchers and engineers seeking to simplify and enhance their workflows.
Setup
- Pressure-driven flow controller, syringe pump, or peristaltic pump
- Flow sensor (e.g. Galileo, optional)
- Inline Viscometer
- Reservoirs
- Tubings and fittings
- Microfluidic chip
- User guide
- Software
The inline viscometer was designed to be effortlessly included in your current setup, whether it works with a pressure-driven flow controller, syringe pumps, or peristaltic pumps. You connect it to the outlet of your reservoir or syringe and its outlet to your chips. It’s controlled by a dedicated software for data storage, but you can also read the measurements in real-time on the screen.
Reservoirs, tubing and connectors are all commercially available, can be reused or disposable, and can be bought independently and sterile. And the system was conceived to work with any type of chip, regardless if it’s commercial or home-made.
Viscometer applications
Some biological applications of our inline viscometer include:
- Advanced diagnostics,
- Polymer studies,
- Real-time reaction monitoring
- Protein solution
- Blood analysis
- And many more!
Inline Viscometer technical specs
The inline viscometer comes with pre-calibrated liquids and the following specifications:
Characteristics | Technical specifications |
| Viscosity | 0.2 to 100,000 cP |
| Wetted materials | PEEK, Silicone |
| Sterilization | Not autoclavable, sanitization protocol available |
| Temperature range (hardware) | 10 to 70ºC, incubator-friendly |
Customize your pack
Our instruments can benefit from your feedback, so you can take advantage of the extra specialized support to ensure that everything runs smoothly. Our microfluidic specialists will advise you on the best instruments and accessories depending on your needs and will accompany you online during your experimental setup.
– Check our other instruments for various applications –
If the fluid I'm using is not in the list of pre-calibrated fluids, is it possible to add it?
Yes, if you know the characteristics of your fluid you can add it manually into the software as a “custom fluid”.
What should I do if I have an alert of clogging?
The inline viscometer can detect biofouling and clogging however it cannot solve the problem by itself. So, if the alert is shown, you will have to manually unclog the device.
Can I have customized features?
We would love to hear what you have in mind. Drop us a line at innovation@microfluidic.fr or just click on the “get a quote” green button on top.
Can it be placed inside the incubator?
Yes, the inline viscometer is incubator-friendly.
Funding and Support
This project has received funding from the European Union’s Horizon research and innovation program under HORIZON-EIC-2022-TRANSITION-01, grant agreement no. 101113098 (GALILEO). It has also received funding from the European Union’s Horizon research and innovation program under the Marie Skłodowska-Curie grant agreements no. 101119956 (DarChemDN) and agreement No 956387 (LasIonDef).
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