Modeling 2.0

Mat3ra is a cloud-native digital materials R&D platform. Design structures, run simulations, and build AI/ML models online alongside scientists on your team and worldwide.

Extract Material Gains

Prototype new compounds in-silico
Boost productivity through our purpose-built easy-to-use, modern, and highly customizable interface.
Accelerate work by organizing the simulations and data landscape in a single searchable environment.
Scale up
Collaborate with your colleagues and the global community to learn and exchange information about the best practices and prepare for AI/ML

The Mat3ra Platform

Mat3ra helps chemists and materials scientists organize their work and collaborate in a single, easy-to-use cloud environment. Entire teams can rapidly learn and deploy a variety of modeling tools able to accelerate the R&D phase and provide the foundation for faster product development.

7 702
Simulation Workflows
30 558
Materials Stored
59 994
Calculations Run
212 141
Properties Predicted

Customer Testimonials

Accelerate R&D

"Mat3ra allowed us to significantly accelerate our research and development efforts by leveraging state-of-the-art advancements in materials simulations and high performance computing in the cloud."

Dr. Sergey Barabash
Materials & Device Simulations, Intermolecular, Inc. (acq. by Merck KGaA)
Techno solutions
Improve speed and accuracy of the modeling techniques

"Mat3ra lets us improve speed and accuracy of the modeling techniques we deploy and helps organize the resulting data. Accessible and collaborative interface allows us to train new users in nanoscale simulations much faster."

Dr. Kazuki Mori
Science and Engineering Systems Division, ITOCHU Techno-solutions, Inc.
Tokyo U
Top-tier computational resources

"With Mat3ra we have top-tier computational resources and support in a very cost-efficient manner. This helps us reduce the time required to educate new group members in performing state-of-the-art research in molecular modeling."

Dr. Jun Koyanagi
Dept. of Materials Science and Technology, Tokyo University of Science

Case studies

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Pricing plans

The pricing is dependent on the Service Level. We aim to have a flexible scheme where customers always pay on-demand for the value they extract.