Who can use the nanoFAB? Everyone.

We are an open access nanofabrication & characterization centre.

 

The nanoFAB is a national, open-access training, service, and collaboration centre, focused on academic and industrial applications in micro- and nanoscale fabrication and characterization.

A white bottle with a white lid on a green background in nano sciences.A green-bordered characterization experiment on a white background.
A close up of an intel chip revealing its lithography features.
A white icon with a chip on it used for characterization.An icon of a robotic characterization on a green background.A diagram depicting lithography and characterization techniques with arrows pointing in different directions.A white icon with an arrow pointing to a nano sciences machine.A white icon of a grater and a bowl on a green background with nano sciences.A white molecule with nano sciences.A white icon with a chip on it used for characterization.An icon of a robotic characterization on a green background.A diagram depicting lithography and characterization techniques with arrows pointing in different directions.A white icon with an arrow pointing to a nano sciences machine.A white icon of a grater and a bowl on a green background with nano sciences.
An image of a rainbow colored background created through nanofabrication.
Close-up of a processed silicon wafer at the University of Alberta nanoFAB, showcasing microfabricated structures used in semiconductor and nanotechnology research.Researcher operating advanced nanofabrication equipment at the University of Alberta nanoFAB, inside a high-tech cleanroom environment for semiconductor and microfabrication research.Bruker D8 DISCOVER SAXS X-ray diffractometer at the University of Alberta nanoFAB, used for advanced material characterization and nanostructure analysis.
A white icon with a chip on it used for characterization.
Totaling over $110 million in
specialized equipment and infrastructure
A diagram depicting lithography and characterization techniques with arrows pointing in different directions.
Fabrication for MEMS, sensors, microfluidics, and photonics
A white molecule with nano sciences.
Advanced materials, microscopy, and spectroscopy analysis suite
A white icon with an arrow pointing to a nano sciences machine.
Comprehensive capabilities for microscopy, spectroscopy, material analysis, lithography, thin-film deposition, and etching
An icon of a robotic characterization on a green background.
Over 200 pieces of equipment in 25,000ft² communal laboratory space
A white icon of a grater and a bowl on a green background with nano sciences.
Fully equipped 4" (100 mm) and 6" (150 mm) processing capabilities

We are an unparalleled Canadian centre supporting research and development in nano sciences and engineering.

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Objectives

Hands on training of academic and industry highly qualified personnel.
Process development and fee for service offerings for enhanced capabilities to support advanced research and industry development.
Support academic and industry development through proof of concept, prototyping and low volume manufacturing capabilities
Sustainable and transparent operations and administration
A worker is utilizing microscopy to work on a chip in a nano sciences factory.A pink disc is being placed on top of a lithography machine.A machine is performing nanofabrication on a circuit board.An image of a green disc captured through microscopy.A person is working on a machine that has a disc in it, involving nanofabrication.A worker is utilizing microscopy to work on a chip in a nano sciences factory.A pink disc is being placed on top of a lithography machine.A machine is performing nanofabrication on a circuit board.An image of a green disc captured through microscopy.A person is working on a machine that has a disc in it, involving nanofabrication.
A worker using a microscope for nanofabrication research in a lab.Close-up of a digital panel with red LED display showing "137 E-8". The panel is part of a scientific or industrial device, branded with "EDWARDS" in the lower part.A person is using microscopy to analyze a piece of plastic.A person in white gloves is using lithography on a machine.A machine with intricate wiring used for lithography.A worker using a microscope for nanofabrication research in a lab.Close-up of Kratos XPS chamber with metallic surfaces, featuring a warm, glowing light and a perforated circular pattern in the background.A person is using microscopy to analyze a piece of plastic.A person in white gloves is using lithography on a machine.

Facility Highlights

103465
Annual equipment-hours
175
Active tools
512
Active users
227
Active groups
A group of people in protective suits working in a factory specializing in nano sciences.A close up of a stainless steel machine used for lithography.Person observing a sample inside a laboratory electron microscope with a green-lit screen.
An image of a rainbow colored background created through nanofabrication.

Testimonials

Partnerships

NSRC logo featuring nano sciences and spectroscopy.Alberta innovations logo showcasing nanofabrication technology.University of Alberta logo featuring nanofabrication and lithography.NSRC logo featuring nano sciences and spectroscopy.Alberta innovations logo showcasing nanofabrication technology.University of Alberta logo featuring nanofabrication and lithography.NSRC logo featuring nano sciences and spectroscopy.Alberta innovations logo showcasing nanofabrication technology.
A background with blue and red lines.An image of a rainbow colored background created through nanofabrication.