Electrospin 2026, the 9th International Conference on Electrospinning, brought researchers, engineers, and industry teams together in Padova, Italy, from September 1–4 to explore the latest developments in electrospinning and nanofiber technology. The program covered a broad range of topics, including new polymers and composites, biomedical applications, filtration, energy, smart textiles, process fundamentals, and industrial implementation.
Fluidnatek participated alongside our Italian distributor Nanofaber, showcasing the Fluidnatek LE-50 Gen2 and exchanging perspectives with researchers and companies working across the electrospinning field.
Reproducibility is becoming a key development challenge
Producing nanofibers is no longer the only challenge. As electrospinning moves toward more demanding applications, researchers increasingly need to understand why a process works, how consistently it can be reproduced, and what is required to scale it.
Fiber diameter, morphology and material properties can be influenced by solution characteristics, flow rate, applied voltage, collector configuration, temperature and relative humidity. Controlling and monitoring these variables can therefore be critical when moving from an initial proof of concept toward a robust process.
This is particularly relevant in fields such as biomedicine, filtration, energy and technical textiles, where material performance needs to be combined with repeatable manufacturing.
Building better processes starts during R&D
One of the key takeaways from Electrospin 2026 was the importance of connecting materials development with process development.
Decisions made during early research — including equipment configuration, environmental control, solution delivery, process monitoring and data collection — can influence how easily a process can later be optimized and transferred to larger-scale production.
At Fluidnatek, this is why our approach to electrospinning and electrospraying combines process control, reproducibility and scalability across a portfolio covering laboratory R&D, process development, pilot production and industrial manufacturing.
The discussions at Electrospin 2026 reinforced a simple principle: successful nanofiber development is not only about achieving the right material structure once, but about understanding how to produce it consistently and reliably.
We thank the Electrospin community and our partner Nanofaber for the opportunity to share ideas and continue advancing the conversation around scalable electrospinning technologies.
ESP