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Home » Events » Webinars » Webinar Complex Microfluidic Emulsions: How to Optimize Production, Flow Control & Monodispersity

Webinar Complex Microfluidic Emulsions: How to Optimize Production, Flow Control & Monodispersity

May 22, 2025

Are you searching for better ways to generate reproducible emulsions for your research or product needs? 

If challenges like inconsistent droplet size, limited reproducibility, or the need for complex surface treatments are slowing you down, this webinar is for you. 

Join us now for a deep dive into the recent advances in microfluidic technologies for emulsion generation, from single droplets to complex, multi-phase structures. You will learn how to overcome common limitations of conventional methods with systems that make the process more accessible and efficient. 

SPEAKERS:

  • Dr. Joseph Farah 
    Microfluidic Application Engineer – Fluigent 
  • Dr. Adrien Dewandre 
    Technology Lead, Emulsification & Droplet Generation – Secoya Technologies 
  • Prof. Che-Jen Lin 
    Associate Professor – National Dong Hwa University 
webinar complex emulsion 2025
👉 Secure my Spot

What You Will Learn 

✅ Explore the latest advancements in microfluidic emulsions, addressing key challenges in this field.

✅ Learn how the RayDrop simplifies complex emulsion production. Review the fundamentals of droplet generation and the unique advantages of the RayDrop design for precise and reproducible emulsions. 
With Dr. Adrien Dewandre 

✅ Master flow control in microfluidics through FlowEZ pressure and flow controller. Get insights in the role of flow rate in controlling droplet size and uniformity. Learn how our solutions maintain precise control over flow conditions across the microfluidic setup. 
With Dr. Joseph Farah 

✅ Learn about the production and application of fluorescent complex emulsions for real-time analyte detection. Prof. Lin will present a proof-of-concept study demonstrating how droplet morphological changes can be used to monitor iodine content. This highlights the potential of complex emulsions in fluid-based chemical and biological sensing. 
With Prof. Che-Jen Lin

✅ Interactive Q&A Session 
Have questions or challenges? Join our live Q&A session, where our experts will provide solutions and insights. 

Droplet Changes to H/F/W
Fig. Microfluidic Control of Complex Emulsions for Chemical Sensing.

Live session:

May 22nd, 9:00 AM (Paris) | 8:00 AM (London) | 3:00 PM (Beijing & Singapore) | 4:00 PM (Tokyo) 

Get your spot! It’s free but limited!

👉 Secure my Spot

Curious to find out more on our solution?

The Flow EZ™ is the most advanced system available for pressure-based flow control. 

  • A response time ten times faster compared to syringe pumps.
  • Control flow rate with the benefits of responsive, pulse-free flow
flow ez microfluidic flow and pressure controller

Microfluidic flow controller

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The Complex Emulsion Production Platform is a ready-to-use platform to perform emulsification processes such as single emulsions and double emulsions. 

  • Save time with an integrated, organized, ready-to-use platform
  • Get monodispersed complex emulsions rapidly (down to 2% monodispersity)
  • Produce microparticle and microcapsule for encapsulation of API or other reagents inside different materials such as polymers (PLGA, UV polymerized materials), hydrogels and more.  
Cell encapsulation platform for double emulsion in microfluidics

Microfluidic Complex Emulsion Production Platform

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The RayDrop Double Emulsion Device specific design allows for multiple liquid type emulsification within the same device with no coating needed. The device can create both single and complex emulsions.

  • Droplet size from 25 µm to 450µm outer diameter.  
  • High monodispersity (CV < 2%)
  • Water-in-oil-in-water (w/o/w) and oil-in-water-in-oil (o/w/o) within the same device
Raydrop Double Emulsion Device

Microfluidic Double Emulsion Device

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👉 Ready to improve your droplet generation system? Get the best of our expertise.

Talk to an expert

Why Explore Double Emulsion Microfluidics


Double emulsion microfluidics—defined as a process of encapsulating droplets within other droplets—allows for a higher level containment, encapsulation, compartmentalization, and controlled delivery of biological samples or templates. This technique proves useful in drug delivery, single cell studies, material development, or even formulating food and cosmetics.

With precise control over release dynamics, core size, and shell thickness, double emulsions serve as an adaptive basis for creating complex engineered systems designed to specific requirements.

Interested in learning more? Discover key reviews covering into the potential and techniques behind double emulsion microfluidics

  • Microfluidics White Papers

    An exploration of Microfluidic technology and fluid handling 

    Read more
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    Droplet-based Microfluidics – A Complete Guide

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    10 Tips for Reliable Droplet Generation

    Read more
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    Microfluidics in Drug Delivery: A New Era of Precision Medicine

    Read more
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    PLGA nanoparticle synthesis using 3D microfluidic hydrodynamic focusing

    Read more
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    A quick and efficient double encapsulation method for FACS-based droplet sorting

    Read more
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    Alginate Microbeads Production

    Read more
  • webinar Controlled UV-crosslinked microcapsule production

    Webinar: Controlled UV-crosslinked microcapsule production using microfluidic technology

    Read more
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