Streamline Experiments and Enhance Reproducibility
Automation is transforming the microfluidics landscape, enabling scientists and engineers to achieve higher precision, reproducibility, and throughput across a wide range of applications from droplet generation to organ-on-chip systems.
Join us for two focused sessions exploring automation strategies, best practices, and guidance to enhance your microfluidic workflows.
Online Interactive Sessions – November 20, 2025
Two sessions dedicated to optimizing microfluidic workflows through smart control and automation
Session 1
🕓 Time: 9:00 AM CET (Paris, France)
🌍 Other time zones:
London (GMT): 8:00 AM
Beijing (China, CST): 4:00 PM
Hong Kong (HKT): 4:00 PM
Tokyo (JST): 5:00 PM
Session 2
🕓 Time: 4:00 PM CET (Paris, France)
🌍 Other time zones:
London (GMT): 3:00 PM
Montreal / New York (ET): 10:00 AM
Los Angeles (PST): 7:00 AM
As experimental complexity increases, so does the need for reliable, automated systems that can manage microfluidic protocols with minimal variability. These sessions will bring together experts from Fluigent to demonstrate how automation tools and flow control technologies can optimize microfluidic setups, reduce human error, and simplify fluidic experiments.
Participants will gain insights into implementing automated control solutions for applications such as droplet microfluidics, continuous perfusion and recirculation, and advanced organ-on-chip platforms. A dedicated Tips & Q&A segment will allow attendees to gather recommendations and discuss challenges directly with Fluigent engineers.
Agenda of the webinar:
- How automation enhances reproducibility and efficiency in microfluidic research.
- The role of flow control systems as tools supporting precise and stable operation.
- Applications of automation across droplets, organs-on-chip, and cell-based studies.
- Guidance on setup optimization, calibration, and workflow management.
- Insightful discussions and live Q&A with Fluigent engineers.
Speakers:
- Maya Ballet, Customer Support Engineer
- Dr. Joseph Farah, Microfluidic Application Engineer
Join us whether you are just starting your microfluidic setup or looking to optimize and upgrade your existing workflows, this event is designed to provide expert guidance and approaches for your research.
In the meantime, check our expertise page for more on: Automation in Microfluidics: Real-Time Monitoring and Feedback Loops