Innovation
Discover Materials That Power Tomorrow’s Products
Innovation starts with the right materials. ExoMatter empowers your R&D team to develop sustainable, high-performance products – faster and smarter.
Innovation Depends on Better Materials
Industrial innovation doesn’t start on the factory floor — it starts in the lab, with the discovery of advanced, functional, and sustainable materials.
Whether you’re developing lighter batteries, more durable coatings, or heat-resistant composites, material selection is at the core of breakthrough product innovation.
ExoMatter As an Innovation Driver
With traditional research methods, finding the right material can take months or even years. The future belongs to companies who can innovate faster — and cleaner.
ExoMatter’s Platform for Materials R&D is the tool to lead the way:
- Using advanced AI and machine learning, the ExoMatter Platform helps R&D teams:
- Identify innovative material candidates in seconds
- Filter for performance, sustainability, and costs
- Move forward only with the most promising material candidate
ExoMatter Enables Multiple Ways to Innovate
Capabilities
Discover Completely New Materials With New Capabilities
Performance
Identify Materials With Stronger Performance at the Same Price
Size & Weight
Find Materials That Make Products Smaller, Lighter or More Quiet
Sustainability
Discover More Materials With Lower Carbon Emissions at a Higher Performance
How Industry Leaders Innovate with ExoMatter
Success Story
How Synhelion Reduced Laboratory Time by 6-12 Months With ExoMattter
Synhelion has a unique technology to produce renewable synthetic fuels from solar energy and CO2. Synhelion was working with redox materials to commercialize the production of solar fuels, mainly for application in aviation. They had already identified some materials, but wanted to explore alternatives with an equally good performance.
ExoMatter provided analyses for multiple process parameter sets with over 1,000 materials. Laboratory time was reduced by 6-12 months and a wealth of new materials candidates identified.
