We are proud to announce the launch of a state-of-the-art multimodal microscopy suite at The University of Western Australia (UWA), featuring our technologies: the
NanoSIMS-HR and the
Large Geometry SIMS.
This advanced research facility enables scientists to seamlessly connect observations at the whole-sample and tissue scale with processes occurring at the level of individual cells and materials, leveraging CAMECA’s unique capabilities in chemical and isotopic analysis across spatial scales.
This new capability represents a significant advancement in multiscale imaging, empowering researchers to better understand complex phenomena across disciplines including life sciences, materials science, environmental research, and critical minerals analysis.
Integrated Imaging Workflow for Multiscale Analysis
Officially opened by the Hon Stephen Dawson MLC, the multimodal suite combines complementary imaging technologies into a fully integrated analytical workflow. This approach allows researchers to perform correlative microscopy, linking structural, chemical, and functional data across multiple spatial scales.
By enabling scientists to track dynamic processes in real time, this facility supports breakthrough discoveries in key areas such as:
- Health and disease research
- Crop resilience and agricultural science
- Environmental change and sustainability
- Critical minerals and resource exploration
- Advanced materials development
A Multimodal Platform Built Around Chemical Insight
Hosted by the Centre for Microscopy, Characterisation and Analysis (CMCA), the suite combines world-class instrumentation:
- CAMECA NanoSIMS-HR: ultra-high resolution nanoscale chemical imaging, one of only three instruments worldwide
- CAMECA Large Geometry SIMS: high-precision isotopic and elemental analysis at larger scales
- ZEISS Volutome SBF-SEM: 3D nanoscale structural imaging
- Leica Stellaris Confocal Microscope: fluorescence imaging for life sciences
- ZEISS Light-Sheet Microscope: high-speed volumetric imaging
Accelerating Research Impact Across Disciplines
By integrating multiple imaging modalities into a single environment, the multimodal microscopy suite enables researchers to:
- Perform correlative and multiscale analysis
- Gain deeper insights into complex biological and material systems
- Improve efficiency in data acquisition and interpretation
- Drive innovation in both academic research and industry applications
Driving Scientific Innovation
This initiative, delivered in collaboration with The University of Western Australia and national partners, strengthens Australia’s leadership in advanced research infrastructure.
CAMECA is proud that both its
NanoSIMS-HR and
Large Geometry SIMS play a pivotal role in this platform, enabling scientists to push the boundaries of multiscale chemical imaging and isotopic analysis.
We thank Vice Chancellor Prof. Amit Chakma, DVCR Prof. Anna Nowak, and PVC(R) Prof. Andrew Page for their support and participation in the official opening.
📸 Highlights in Pictures
Photos by Cullum Smith
callum@csmithphotography.net