The Future of Materials and Manufacturing
Our geometrically-enhanced mechanical metamaterials are lighter, stronger, and more multifunctional than conventional materials
Mechanical Metamaterials
Advanced materials without chemistry
Instead of creating new materials through costly chemical or molecular engineering, our approach is smarter. The key is geometric patterning, which unlocks new potential from common materials. The outcomes are lighter, stronger, and more multifunctional metamaterials that outperform the competition.
![example metacore [EB] unit cell and tessellation](https://multiscalesystems.com/assets/example-metacore-EB-unit-cell-and-tessellation.png "example metacore [EB] unit cell and tessellation")
Advance Metamaterial Solutions
Driving the future of industry
Our advanced materials work where conventional materials fail due to compression, heat, abrasive forces, corrosion, and more.
Custom-tailored to a particular application, metamaterials are optimized for your particular materials problem.
Customer-Preferred Manufacturing Methods
Quick, convenient, and on-demand
Our design process accommodates a variety of manufacturing methods, ranging from small- to large-run production including:
- 3D printing
- Injection molding
- Thermal/vacuum forming
- Metal stamping
- Roll-to-roll pattern transfer
- CNC milling
Latest
Our white paper explains how MetaCORE outperforms the industry standard, cardboard honeycomb, as the an impact-mitigating solution for aerial delivery platforms.
Bespoke solutions
Want to work with us? We’re accepting Request for Proposals for Front-End Engineering and Design activity. Contact us today to schedule an initial meeting.
Latest
Our white paper explains how MetaCORE outperforms the industry standard, cardboard honeycomb, as the an impact-mitigating solution for aerial delivery platforms.
Bespoke solutions
Want to work with us? We’re accepting Request for Proposals for Front-End Engineering and Design activity. Contact us today to schedule an initial meeting.
