Platform
Engineer in-silico, materialize in reality
Design
When prompted with a desired set of properties, our AI reasons through the universe of possible chemistries to design a material from scratch.
Our researchers harness this ability to reason over multiple constraints, leveraging our proprietary dataset that includes process, wet lab data, manufacturing, and performance factors. This enables us to design, synthesize, characterize, and test new materials that power our technologies.
Deploy
After design, our engineering team integrates these materials into end-to-end products. This includes optimized equipment design, piping, and process flows to maximize overall technology performance.
At our prototyping site we fabricate and pilot these end-to-end systems, preparing them for deployment across the globe.
Orb is the world’s fastest and most accurate AI model for advanced materials, outcompeting proprietary models from Google and Microsoft.
Systems solutions for industrial applications
Mining
Optimize leachate separations to improve mining efficiency and lower environmental impact
Water Treatment
Tailored sorbents for selectively removing heavy metal ions
Chemistry
New process & catalyst design for bio chemical production
Gas Separation
Carbon removal products for specific flue gas compositions
Tech Round
Orbital Materials, The Startup That Uses GenAI To Discover Green Materials
Read Write
Suswati Basu: Orbital Materials uses AI to create climate-friendly materials
TechCrunch
This startup is using AI to discover new materials
Carbon Pulse
Green materials developer appoints former Climeworks head of science as advisor
Carbon Herald
Ex-Climeworks CSO Joins As Advisor For Orbital Materials
Sifted
21 generative AI startups to watch, according to investors
Substrate AI tap Orbital for cooling technologies
Substrate AI tap Orbital for cooling technologies
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Orb-v3
Orb-v3: AI reaches the mescoscale
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The Economist
AI models are dreaming up the materials of the future
AWS Press Center
Orbital Materials and AWS enter strategic partnership
Orbital Materials
The Future of Data Center Technologies
Orbital Materials
Orbital Materials to Advance Materials and Climate Technologies with AI, Using Investment from NVentures
Orbital Materials
Join our Seminar Series: Unlocking the future of AI in Materials Science
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Technical Introduction to Orb
Technical Introduction to Orb - our AI-based universal interatomic potential, designed for simulating advanced materials at scale.
Press Release
Introducing ‘Orb’ - the world’s fastest and most accurate AI model for simulating advanced materials
Blog
Today we’ve open-sourced ‘Orb’, the state of the art AI model for simulating advanced materials.
Dezeen
Orbital Materials combines ChatGPT with physics to invent "transformational materials"
Sifted
‘It needed to be different from DeepMind’ — why this founder left the world’s top AI lab
Bloomberg
DeepMind Alum Wants to Use AI to Speed the Development of Green Materials
Tech Round
Orbital Materials, The Startup That Uses GenAI To Discover Green Materials
Read Write
Suswati Basu: Orbital Materials uses AI to create climate-friendly materials
TechCrunch
This startup is using AI to discover new materials
Carbon Pulse
Green materials developer appoints former Climeworks head of science as advisor
Carbon Herald
Ex-Climeworks CSO Joins As Advisor For Orbital Materials
Sifted
21 generative AI startups to watch, according to investors
Substrate AI tap Orbital for cooling technologies
Substrate AI tap Orbital for cooling technologies
Orb-v3
Orb-v3: AI reaches the mescoscale
The Economist
AI models are dreaming up the materials of the future
AWS Press Center
Orbital Materials and AWS enter strategic partnership
Orbital Materials
The Future of Data Center Technologies
Orbital Materials
Orbital Materials to Advance Materials and Climate Technologies with AI, Using Investment from NVentures
Industry expertise, meets AI
At Orbital we're pioneering the future of advanced materials development, AI and chemical engineering.
