Observe the Dynamic Nanoworld Through Clearer Windows
Next-generation in-situ environmental cells for high-accuracy electron microscopy
Up to 10x improvement in signal-to-noise. Fully compatible with existing in-situ cell platforms. Simple to integrate and use.
Technology Advantages
Our next-generation in-situ environmental cells combine a silicon platform with an ultra-thin graphene window. The graphene window is robust and highly transparent to electron signals. This enables more accurate imaging, spectroscopy, and diffraction analysis under environmental conditions without comprising ease of use. Designed to be compatible with existing in-situ electron microscopy systems, our cells integrate seamlessly with established experimental workflows and environmental control platforms.
Benefits Include:
- Ultra-thin robust graphene window: Minimising electron scattering while reliably containing the experimental environment.
- Up to 10× signal improvement: Obtain higher-quality data for more accurate materials characterisation.
- Compatible with existing in-situ cell platforms: Upgrade characterisation performance without replacing existing holders or environmental control systems.
About the Team
At AccuVista, our mission is to bring the dynamic nanoworld into clearer view. We help researchers in academia and industry gain deeper insights into the microstructural and chemical changes of materials under realistic environmental conditions. We provide next-generation graphene windowed in-situ environmental cells that combine exceptional imaging and analytical performance with ease of use and compatibility with existing in-situ platforms. Our technology helps reduce development costs and accelerate innovation across catalysis, energy materials, semiconductors, and other advanced functional materials.
Dr Rui Zhang
Co-Founder
Postdoctoral Research Associate, University of Manchester
Micro/nanofabrication
Graphene device engineering
Product design and fabrication
Dr Matthew Lindley
Co-Founder
Senior Experimental Officer,
University of Manchester
Electron microscopy
In-situ characterisation
Product validation and applications
Prof. Sarah Haigh
Non-Executive Director
Professor of Materials, University of Manchester, Director, bp-ICAM
Electron microscopy
Industrial collaboration
News
Beta Testing
Beta testing with academic and industrial partners is ongoing.
IP protection
A priority patent has been filed.
Funding
Around £250,000 of equity-free funding has been secured.
Contact Us
Interested in testing our product, learning more information or exploring a collaboration? Contact us by filling in the form below to discuss your requirements, or email us at info@accuvista.uk.