Accelerate Nano Discovery
NanoFraction blends cutting-edge machine learning with super-resolution technology to redefine what's possible in material science, semiconductors, and life sciences. Precision and simplicity meet in powerful ways—delivering unparalleled insights, live cell visualizations, and quantum-level clarity. Effortlessly explore stress, defects, and geometry like never before, all with an intuitive, AI-driven experience. Revolutionize your research, enhance your production, and innovate without limits.
See past the bounds, where new knowledge abounds.
Our Services
Ship us your samples in our smart cases, view results, and collaborate online.
diamond 200 µm
Semiconductors
Diamond, Silicon Carbide, GaN, Graphene
Macro, micro, and nano characterization of advanced materials for semiconductors. Library of AI models for crystal lattice materials.
Data products:
3D geometry
bending radius
maximum stress/strain field
surface roughness
defect and dislocation detection
PETG 200 mm
Advanced Manufacturing
PLA, PETG, ABS, Carbon, Nylon, SLA, PVA, TPU, Metal
Macro, micro, and nano characterization of materials used for Advanced Manufacturing. Multi-scale characterization of infill patterns, thermal properties, stress/strain fields. Prediction engine material library.
Data products:
3D geometry
stress/strain field
defect detection
failure analysis
surface roughness
SARS-CoV-2 200 nm
Life Sciences
SARS-CoV-2, TMV, Zebrafish, NaCl
Understanding the architecture of nano-virion including Hepatitis C and SARS-CoV-2 are essential for research and therapeutics. NanoFraction technology is capable of recording nano-scale live cell interactions in situ without the need for labeling, chemical alteration, or cryogenics.
Data products:
3D Geometry
mechanotransduction/ion field
stress/strain field
live cell recording
Years of Science driven by AI & Robotics
From micro meteorites to nano salt crystals, NanoFraction’s service features a modern web-base collaborative platform that facilitates interdisciplinary research, enabling scientists to share insights and resources seamlessly.
Our robotic capture systems implement high-throughput AI screening methods allowing for rapid testing and quality control of nanoscale materials, propelling the pace of discovery and testing.
Nano Salt Crystal
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This data set demonstrates NF capability to capture a 600 nano meter salt crystal from evaporation. In a single image data is captured from hundreds of nanometers to tens of angstroms.
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By leveraging our AI model for NaCl we are able to apply post capture super resolution machine learning solutions to visualize ions that make up the atomic composition of the salt crystal lattice.
Human Sweat
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NanoFraction is collaborating with researchers to understand the nano composition of human sweat. Until now it has been impossible to study this important bio marker in a natural condition.
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It has been discovered that human cells make crystals to store energy and protein. Some biomarkers crystallize outside the body. Understanding the dynamics of cell crystals is an ideal application of NanoFraction technology.
Thermal Metrology
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The boundaries between light and sound intersect and cross-over when electromagnetic waves pass through materials. NanoFraction technology can measure the ultrasound waves arising from this interaction. This data can be used for thermal analysis of materials.
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Underlying NanoFraction technology is an AI physics engine that is based on analytic operators that connect the quantum world to the classical world of mechanics. This allows NanoFraction to simulate and compare with actual experimental results.
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Science Collaborator
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Science Collaborator
Contact Us
Interested in working together? Fill out some info and we will be in touch in a nano second. We can’t wait to hear from you!
We work on a services first, hardware second model.
Provided your target is well suited for our technology, we will first build a research program and data analysis workflow around your area of interest.
At our second stage we can provide access to our hardware systems based on the requirements of your application.