Accelerating Chemistry for
Better Batteries
A New Way to Design Batteries
We rapidly design next-gen materials that drop right into batteries manufactured today, to solve industry-specific problems.
![](https://cdn.prod.website-files.com/640164e1bb38367609be2314/641e17cb697d565f41187b5f_Orbit%20Final.jpg)
The Problem
The Problem
The growth of electric vehicles, renewables, and consumer electronics has spurred demand for next-gen Li-ion batteries that enable affordable EVs, safe grid storage, and fast charging electronics.
Unfortunately, traditional R&D takes years of research, hundreds of millions of dollars in funding, and typically fails to develop materials that solve these problems.
![](https://cdn.prod.website-files.com/640164e1bb38367609be2314/6409124498586f054d8ddd18_Science%20Jar%20Glowing.jpg)
Accelerating Materials Discovery
Accelerating Materials Discovery
We’ve developed the first rapid end-to-end automated materials discovery solution for batteries (ATLAS), slashing the traditional development timeline and reducing overall process costs.
Through a combination of machine learning, proprietary technology, and hands-on testing, our process is 37X faster and 16x cheaper than traditional solutions.
![](https://cdn.prod.website-files.com/640164e1bb38367609be2314/642a61e8dcf107770df8a7fe_battery-glow.jpg)
Frictionless Scaling & Delivery
Frictionless Scaling & Delivery
By Partnering with existing battery manufacturers, Eonix is able to quickly scale custom chemistry Li-ion batteries in familiar form factors for end-users in the automotive, grid, defense, and electronics industries.
Industry-Specific Solutions
There is no one-size fits all battery chemistry.
The battery chemistry in your phone that degrades after 6 months shouldn't be in the electric vehicle you plan to drive for 10 years. Our platform allows us to design a better battery for better products.
![](https://cdn.prod.website-files.com/640164e1bb38367609be2314/641cb7bb1d03503f6836d032_ev-battery.jpg)
Automotive
![](https://cdn.prod.website-files.com/640164e1bb38367609be2314/641cb78c022d93e6594646cb_grid-solutions-graded.jpg)
Grid Storage
![](https://cdn.prod.website-files.com/640164e1bb38367609be2314/641cb79cf69f09288d79415d_Eonix-Military-graded.jpg)
Defense
![](https://cdn.prod.website-files.com/640164e1bb38367609be2314/641c8d132713257c4fd4e777_Electronics%20Image.jpg)
Electronics
Real World Results
![](https://cdn.prod.website-files.com/640164e1bb38367609be2314/642a6715164f5f43942b6ae2_Pouch%20and%20cyl%20v3-min.png)
High flash point materials reduce thermal runaway during failure to improve safety.
High thermal stability increased temperature stability above 70°C to reduce cooling systems.
Designed to work with NMC cathodes and graphite anodes for rapid scalability.