MNFU – Micro-Nano Fabrication Unit, Technion

Sara and Moshe Zisapel nanoelectronic center & Wolfson microelectronic center

Technion President Prof. Peretz-Lavie visiting the MNFU facility

The Technion President Prof.’ Peretz-Lavie visiting the mnfu... Read More

E-beam lithography tool for nanopatterning

Undergraduate Courses

Hands on microfabrication course for Undergraduate... Read More

Nano bible

And then there was nano, The smallest Bible in the world Presented in the Israel... Read More

Our Vision

Turning ideas into a working device

We enable the fabrication of high-quality devices requiring patterning from ~100 micron down to ~10 nanometer*. Such devices could be based on flow of electrons, photons or fluids and can produce signals that are electrical, chemical, mechanical, etc.

~10 nm

Enable patterning from ~100 micron down to ~10 nanometer

Knowledge

Become a center of knowledge and education

Nationwide

Provide these capabilities nationwide (national infrastructure for micro and nano device engineering)

Global

Promote collaborations with overseas centers

* 100 micron (100 micrometer) is a meter divided by 10,000, which corresponds to the diameter of a human hair; 60 micron is about the size of a grain of salt. 10 nm is a meter divided by 100 million, the scale of molecules and of the state-of-the-art silicon transistors that make up the CPU (“brain”) of your cell phone.

MNFU – Technion | Powered by

Micro-Nano Fabrication Unit (MNFU)

Sara and Moshe Zisapel nanoelectronic center & Wolfson microelectronic center

Technion President Prof. Peretz-Lavie visiting the MNFU facility

Our Staff

E-beam lithography tool for nanopatterning

Pad printing technology

Undergraduate Courses

Nano bible