Скачать или смотреть WEBINAR / WORKSHOP REPLAY - Master the production of double emulsions - Fluigent

Improve and gain performance in generating the right double emulsions for your needs in academia or industry in the field of cosmetic, food, pharma, or chemical process.
This replay features the highlights and key takeaways from the 4 sessions.

Video description
Are you working in academia or industry in the field of cosmetic, food, pharma, or chemical process? If you are looking for solutions and methods to improve and gain performance in generating the right double emulsion for your needs, this workshop replay may be of benefit to you.

Until now, generating double emulsions has been a challenge as existing technologies suffer from various limitations (low reproducibility, need for multiple surface coatings, big size distribution, etc).

✅This replay features the highlights and key takeaways from the 4 sessions. It covers:
Presentation of double emulsion generation using Raydrop
Live demonstration on how to make double emulsions
The most asked questions & answers from 4 sessions

_______________
📌Video Summary
00:13 Introduction to double emulsion
04:48 Live demo
08:24 Q1. What is the lifespan of the nozzle?
09:19 Q2. The maximum throughput we can achieve with the raydrop
10:21 Q3. How can we scale up our batch size?
10:49 Q4. Do you adjust the flow rate or the pressure?
12:40 Q5. How to ensure a uniform distance between the nozzle and the collection capillary?
13:30 Q6. What is the smallest size of the core droplet?
14:21 Q7. What happens if I manage to clog my nozzle?
16:52 Q8. How can I change the size of the capsule?
19:09 Q9. Can the nozzle be aligned by the user?
20:06 Q10. Can this system work efficiently in a low-temperature environment?
21:05 Q11. In low temperature?
21:25 Q12. Is it necessary to use surfactants in the production of droplets?
23:03 Q13. which polymers have you used?
24:28 Q14. What is the material the nozzle is made of?
25:44 Q15. why don't you use a syringe pump to set the flow rate?
27:55 Q16. Why there is no need for surface treatment? Do you use the same chip for W/O/W and O/W/O
28:41 Q17. Can we use components dissolved in THF, dioxane, DCM, chloroform, and so on?
29:07 Q18. is the monodispersity of inner and outer droplets the same?
29:25 Q19. what is the highest frequency for a generation?
30:07 Q20. what are the pressure range and the flow rate range?
31:10 Q21. Do you use any surfactant?
32:15 Q22. What is the highest viscosity that can be flowed?
33:45 Q23. How you connect the tubing to your droplet generator?
35:07 Q24. what is the smallest size of droplet we can generate with this system?
36:29 Q25. Why did you select co-flow geometry not other configurations like T-junction or Flow-focusing?
38:48 Q26. How to manage air bubbles?

𝗦𝗽𝗲𝗮𝗸𝗲𝗿𝘀:
Adam Meziane (Particle Generation Product Manager at Fluigent)
Adrien Dewandre (Technology Lead Encapsulation at Secoya Technologies)
Youen Vitry (Technology Lead Encapsulation at Secoya Technologies)

_______________
Read our applications to know more:
📔 WHITE PAPER: An exploration of Microfluidics and fluid handling
https://www.fluigent.com/an-explorati...

𝗠𝗼𝗿𝗲 𝗶𝗻𝗳𝗼𝗿𝗺𝗮𝘁𝗶𝗼𝗻 on the products:
The Fluigent double emulsion production station is a robust and complete system for producing outstanding monodispersed double emulsions in one single device. Read More at https://www.fluigent.com/resources-su...

The RayDrop works as a co-flow focusing principle. The nozzle and outlet capillary are aligned in a continuous phase chamber, the dispersed phase comes through the nozzle to create the microparticles into the continuous phase and exits by the outlet insert. Read More at https://www.fluigent.com/research/ins...

_______________
About Us
Fluigent is an international company that develops, manufactures, and supports the most advanced microfluidic systems available. Whether your application is with droplets, cell biology, particle studies, or in other research or industrial areas, we have the expertise and knowledge to provide the most cost-effective and technically advanced solutions to your fluid handling and flow control needs.

Don't forget to subscribe to our youtube channel:    / @fluigent  

Fluigent official website:
https://www.fluigent.com/?utm_campaig...
If you have any questions, contact us on this page: https://www.fluigent.com/contact-us/?...

Follow us!
LinkedIn:   / fluigent   for the latest updates about microfluidics domains, products, applications, and the company.
Twitter:   / fluigent   for the latest news of the company.

#SmartMicrofluidics