More NanoFrazor® systems in the UK

NanoFrazor® Explore installation at Queen Mary University of London (Photo by Jonas Vergés)

Two more NanoFrazor® systems were installed in England at Queen Mary University of London and at the University of Liverpool. Recently, our engineers Jonas Vergés and Myriam Käppeli installed the systems on-site and trained many different users for a broad range of applications.

At Queen Mary University of London, the NanoFrazor® will be used for research ranging from biochemical patterning to nanoelectronics: The group of Dr. Thomas Iskratsch is using the NanoFrazor® to prepare specific sites for cell adhesion (cf. fluorescence microscope image). Thibault Degousee from the group of Dr. Jan Mol will be preparing electrodes for nanoscale material research.


NanoFrazor® Scholar installation at the University of Liverpool (Photo by Myriam Käppeli)

At the University of Liverpool, the NanoFrazor® was an ideal choice because they had no easy access to cleanroom equipment, and therefore the straightforward sample preparation and handling was particularly appreciated.

The installation of the NanoFrazor® expanded the range of techniques they can use in-house, cancelling out the reliance on external collaborations with other universities with nanofabrication facilities.

Another great argument in favor of the NanoFrazor® was based on its fast prototyping capabilities. The researchers at University of Liverpool work on a range of topics like molecular electronics, metallic nanowires, and plasmonic cavities, and therefore the possibility of having an instrument that can prototype a device in just a few minutes has already improved their device making: It is faster, much easier to align with underlying features and finally enables iterative device development with minimal effort.   

Users from the groups of Dr. Liam O’BrienDr. Frank JaeckelDr. Andrea Vezzoli, and Dr. Ian Sandall were trained on the use of the system. 

Title photo: A Fluorescence microscope image of the TiLab logo patterned with the NanoFrazor®. (TiLab Cardiovascular Mechanobiology at Queen Mary University of London)


Share on facebook
Share on twitter
Share on pinterest
Share on linkedin

Related Posts

The MPO 100 fabricates micro-optics stitching-free without unwanted artifacts

Stitching-free micro-optics with MPO 100

IFoV writing mode for stitching-free micro-optics Superior quality of optical components without stitching defects can be achieved with Infinite Field-of-View (IFoV) writing mode, using the

The MLA 150 Success Story

From pioneering work to market leadership in maskless laser lithography –  The Heidelberg Instruments MLA 150 Maskless Aligner is an unparalleled success story Since its

Get in Touch

We are always at your disposal.
Please send us your request.

Sign up

Subscribe to our newsletter
to receive the newest information.

Stay connected

Follow us on social media to benefit
from a range of useful resources.

Scroll to Top