Innovative Materials for Tomorrow's Solutions
Innovating at the Frontier of MetaMaterials and 3D Structures
Innovative Materials for Tomorrow's Solutions
Innovating at the Frontier of MetaMaterials and 3D Structures
Innovating Materials Science
Our Mission
At iMaterials, our OptiMetaMech (O.M.M.) platform leverages AI-driven design to weave mechanical Metamaterial geometries into bio-inspired micro-architectures—across polymers, metals, and ceramics. From the tiniest smartwatch and VR-headset shells to full-scale aircraft wings, O.M.M. delivers industry-leading strength-to-weight performance, faster production cycles, and lower costs. And because sustainability is at our core, every solution is engineered for energy efficiency and a reduced carbon footprint—so you can push the boundaries of innovation responsibly.
Our Vision
To pioneer a future where AI-designed, bio-inspired metamaterials redefine what’s possible in engineering—unlocking ultralight, ultrastiff structures across scales, from wearable devices to aerospace. We envision a world powered by sustainable manufacturing, where our OptiMetaMech (O.M.M.) platform empowers innovators to achieve breakthrough performance with minimal environmental impact.
Our Service
At iMaterials, we engineer tailored, hybridized metamaterial architectures that integrate seamlessly into any application. By leveraging computationally efficient AI-driven optimizations under defined boundary conditions, we uniformly enhance target mechanical properties throughout each structure and deliver uniquely optimized designs—at any scale by fine-tuning 3D-printing parameters of our deep-learned architectures to ensure fast, accurate, and efficient manufacturing.