Atlas enables rapid screening & characterisation of polymers, predicting properties in hours instead of weeks, at a fraction of the cost
Intuitive interface
Designed specifically for lab-based polymer scientists
Fast setup & results
Setup experiments to run overnight; results with your morning coffee
Scalable experiments
Run experiments in parallel, on-the-cloud, for rapid polymer characterisation
Insightful analysis
Easy to interpret experimental analysis
Atomistic insight
Atomic scale simulations enable interpretable insight & scientific evidence
3D visualisation
Visualise results through the polymer network
AI-enhanced polymer characterisation software wrapped in an easy-to-use, scalable web-platform
Try our free version
Free for trial and educational use
Small models
First-principles physics-based modelling
Atomistic molecular dynamics visualisations
Try our beta version
Recommended for polymer lab scientists
Full-scale chemical models
Faster simulations
Polymer characterisation
Density & free volume
Glass transition temperature
Coming soon…
What we’re working on!
Polymer characterisation
Viscosity
Coefficient of thermal expansion
Gas permeation (hydrogen and methane)
Polymer specialised physics model
Proprietary forcefield & deep-learning enhancements to significantly improve simulation speed & accuracy
Easy-to-use, powerful and scalable polymer simulation & characterisation
“This is so much more accessible and easier to use than other simulation software”
Atlas User (Industrial Composites Project)
“Atlas is an amazingly simple-to-use and really powerful interface to build atomistic models of polymers. I would recommend anyone with an interest in polymer R&D to use it.”
Professor Brendan Howlin, University of Surrey
“This is a very valuable tool to speed up the setup of polymer simulations.”
Senior Lecturer at Imperial College London
FAQs
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Yes, for small models Atlas is completely free!
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We aim to complete all simulations in 24 hours, however, this depends on the size and complexity of the chemical model you input.
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Creating physics-based models is always a challenge, however, all of our models are rigorously tested before they can be downloaded. If your model fails these tests, we will notify you by email.
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Your data is secured on trusted cloud storage providers. We are more than happy to discuss specific security concerns your institution may have. Please contact us directly to discuss this further.