What is Microscopy Australia?
Microscopy Australia has over 240 microscopes at nine facilities around the country, open to all Australian researchers. We also have nine associated Linked Laboratories. Enabled by NCRIS.
Microscopy Australia has over 240 microscopes at nine facilities around the country, open to all Australian researchers. We also have nine associated Linked Laboratories. Enabled by NCRIS.
Microscopy Australia's facilities are open to all Australian researchers on the basis of merit. We provide a range of high quality online and in-person training options to meet your needs.
At our facilities around Australia we provide imaging and analytical solutions for R&D, QA, failure analysis, patent support, non-destructive analysis, and persuasive promotional images for a range of clients.
This annual publication is available in print or as a PDF download. Discover high-impact science, enabled by Microscopy Australia. If you would like to receive a printed copy, please contact us with your postal address.
New high‑resolution imaging has uncovered critical structural differences in yellow fever virus strains, helping explain the declining effectiveness of current vaccines. Challenge Yellow fever is re-emerging as a serious disease Read more
Researchers have developed a modular DNA origami system that allows complex nanoscale structures to be assembled, reconfigured, and rebuilt with unprecedented speed and precision. Challenge Modern science is pushing the Read more
A new generation of biodegradable implants could spare patients repeat surgery while transforming how broken bones are treated. Challenge When bones break, doctors often use stainless steel or titanium plates Read more
When the world needed vaccines developed in weeks, not years, Australian researchers delivered a breakthrough platform that is now reshaping global pandemic preparedness and vaccine development. Challenge The COVID-19 pandemic Read more
A breakthrough by expert microscopists Microscopy Australia’s Monash University facility is helping to democratise high‑resolution cryo‑electron microscopy, making protein structure determination possible at a fraction of the traditional cost – Read more
Biological & Materials
Cell Culturing & Molecular Preparation
Thermomechanical Processing
Ion Milling & Machining
Ion Implantation
Fluorescence, Confocal & Multiphoton Microscopy
Super Resolution Microscopy
Analytical Spectroscopy
Flow Cytometry
Laser Microdissection
Imaging & Analytical Spectroscopy
In-situ Imaging & Testing
Cathodoluminescence
Electron Backscatter Diffraction
Imaging & Analytical Spectroscopy
Cryo-techniques & Tomography
Phase & Z-contrast Imaging
Electron Diffraction
Atomic Force Microscopy
Scanning Tunneling Microscopy
Near-field Scanning Optical Microscopy
Computed Spectroscopy
Computed Diffraction
Image Simulation & Analysis
Data Mining
Secondary Ion Mass Spectroscopy
Imaging Mass Spectroscopy
Atom Probe
La-icp-ms
Our experts in microscopy and microanalysis ensure that industry and academic researchers collect high quality data. We collaborate to provide online tools and other research resources.
more infoExplore what other facilities can help enable your research. Research Infrastructure Connected (RIC) connects researchers and innovators with Australia’s national research infrastructure supported by NCRIS.
