Linkedin-in Twitter Facebook-f Vimeo-v Instagram Youtube
Linkedin-in Twitter Facebook-f Vimeo-v Instagram Youtube
Support Portal
Back to All Newsletters

2025 NanoNews: Electrospinning Edition Q2

This second quarter Electrospinning edition is packed with new blogs, webinars, and a new collector for the LE-100!

If you are interested in more regular updates about electrospinning news, or to be notified when our next electrospinning episode drops, we invite you to follow us on LinkedIn as well!

Contract R&D

Will Electrospinning Work for Me?

Nanoscience Analytical can help you create customized polymers for your application and will help scale-up and run feasibility testing for your product.

We can send you an electrospun sample made from one of the many common polymers we keep in stock, or discuss a proof-of-concept project using the material(s) of your choice. For more details, contact our team of research scientists.

Contact Nanoscience Analytical

NEWS & UPDATES

LE-100 Roll-to-roll Collector

This new collector for the LE-100 system enables longer production runs to allow for a smoother scale-up process. For more information and specifications, contact our applications team!

Contact Nanoscience

CUSTOMER SHOWCASE

Johns Hopkins University’s – The Kessler Group

The Kessler Group at The Johns Hopkins University’s Department of Materials Science and Engineering recently added a Fluidnatek LE-50 Electrospinning system to their suite of advanced research equipment. This system will support their work in biorobotics by enabling the fabrication of electrospun thermoplastic polymeric fibers with synthesized liquid crystals. It will also play a role in developing next-generation antimicrobial materials using thermoplastic polyurethane.

Learn More About the LE-50

The University of Florida

Congratulations to Dr. Austin Evans’ research group on the acquisition of the first LE-50 G2 Electrospinning system in the US. This cutting-edge benchtop system will enable researchers to manipulate the properties of synthetic polymers at the nanoscale to develop flexible, lightweight, thermally-conductive nanofibrous materials!

Learn More About the LE-50

University of New England – The Wood Lab

Under the direction of Dr. Scott Wood, the lab is advancing knowledge at the intersection of biomaterials development and regenerative medicine. They plan to use their new professional-grade electrospinning system to fabricate scaffolds that are tailored for guiding bone tissue regeneration, promoting osteoblast activity and supporting vascularization.

Learn More About the LE-50

WEBINARS

Advancements in Electrospun Scaffolds: Transitioning from 1D/2D Sheets to 3D Structures

Electrospinning has emerged as a leading platform for generating nanofibrous materials whose fiber dimensions and organizational motifs closely recapitulate the architecture of native extracellular matrices. Conventional electrospun mats, whether highly …

Watch On Demand

CONFERENCE CORNER

ACS Fall 2025 | August 18-20, 2025 | Washington, DC

Meet us in Booth #2719 at the American Chemical Society’s Fall Meeting!  Stop by for a live electrospinning demo with the Fluidnatek LE-50 G2, our compact and powerful benchtop unit. We will also have a QSense Omni and an Attension Theta Flow for hands-on exploration of the instruments and their powerful software!

Find Our Booth

APPLICATION UPDATES

Electrospinning: A Versatile Technique for Fabricating Diverse Fiber Microstructures

Electrospinning is a powerful and versatile technique used to produce nonwoven ultrafine fibers with controlled microstructures. Electrospinning can be used to fabricate fibers of different diameters ranging from 20 nm …

Read More
Fabricating Complex Geometries with Electrospinning

Electrospinning has emerged as a transformative technique for fabricating fibrous materials with highly controlled geometries. This method, characterized by its ability to produce ultrafine fibers from various materials, has garnered …

Read More
Enhancing Efficacy of Bipolar Membranes through Electrospinning

Electrospinning has emerged as a transformative technique for fabricating fibrous materials with highly controlled geometries. This method, characterized by its ability to produce ultrafine fibers from various materials, has garnered …

Read More

RECENT ELECTROSPINNING PUBLICATIONS

Discover recently published journal articles from our Customers!

If you are a Fluidnatek user and would like your paper to be featured in a future newsletter, please send us a link to the publication via email: marketing@nanoscience.com.

Share this Article:
Past Issues
Table of Contents

Want to learn more? Talk to a scientist:

contact nanoscience
Quick Links
Our Products
Search
Search
Follow Us
Linkedin-in Twitter Facebook-f Vimeo-v Instagram Youtube

Copyright 2025. Nanoscience Instruments. All Rights Reserved.

Recaptcha | Privacy Policy | Terms & Conditions

This site is protected by reCAPTCHA and the Google Privacy Policy and Terms of Service apply.