Live Demonstration – Antwerp, Belgium
🗓 Date: 7 May 2026, 9:30 AM – 12:00 PM – Save in your calendar
📌 Location: Antwerp, Belgium
NaTuRaPT – Farmaceutische Technologie en Biofarmacie
Faculty FBD / Department Pharmaceutical Sciences
Campus Drie Eiken – Building A – ground floor – room D.A.036
Universiteitsplein 1 – 2610 Wilrijk – Belgium
Further info: https://www.uantwerpen.be/en/about-uantwerp/campuses/campus-drie-eiken/
Parking P1 is free of use. It is conveniently next to the building A, and usually there is always free parking space
The expected duration of the event is approximately 1.5 hours.
☞ Scroll down for the Registration Form!
Where can nanofibrous materials be used?
Electrospinning technology is gaining increasing attention worldwide, as it enables the production of nanofibrous materials with controlled structures and high specific surface area. These materials open up new possibilities in a wide range of research and development fields, including:
- drug delivery systems,
- tissue engineering,
- filtration technologies,
- sensor development,
- energy storage, and
- functional coatings.
The goal of spinsplit is to bring this versatile technology closer to researchers, developers, and students. As part of this initiative, we are organizing an open professional demonstration, where participants can gain a comprehensive understanding of both the fundamentals and practical implementation of electrospinning.
What can you expect?
During the demonstration, we will introduce the theoretical background of the technology and present real research examples showcasing how nanofibrous systems can be applied in the development of oral and topical drug delivery systems. This will be followed by a live demonstration of the fiber formation process using the spincube BASE electrospinning device. At the end of the session, there will be an opportunity for open discussion and professional exchange.
Who is this event for?
This program is primarily intended for those who:
- are working with or planning to work with nanofibrous systems
- are looking for new research methodologies
- would like to deepen their understanding of electrospinning applications
- or are simply curious about how this technology works in a real-world environment