AI-Driven Metamaterials Solutions
Lightweight, High-Performance Design — OptiMetaMech(OMM).
At iMaterials, we fuse AI-driven topology optimization with application-specific metamaterial design going to the lattice level with our technology OptiMetaMech(OMM)—delivering ultra-light, high-strength solutions in polymers, ceramics, and metals
Wearable Electronics
Discover the next evolution in VR hardware: our Addtive-manufactured headset frame delivers industrial-grade strength and up to 40% lighter weight than today’s models. Backed by rigorous cost-benefit analysis, it’s engineered to slash production costs and redefine comfort—accelerating the future of immersive experiences.
Aerospace Applications:
Soaring beyond wearables, our OptiMetaMech (O.M.M.) platform now engineers next-generation aerospace structures—think ultra-light, ultra-strong aircraft wings whose performance is proven by advanced fatigue simulations.
E.V Battery Applications:
By tackling the heftiest part of an EV—its battery—we harness our OptiMetaMech (O.M.M.) platform to craft casings that are dramatically lighter, boast superior impact protection, and deliver advanced thermal management for safer, more efficient electric vehicles.
Biomedical Applications:
Recognizing that orthopedic implants must balance load bearing with biological integration, we harness our OptiMetaMech (O.M.M.) platform to create lattice-optimized implants that are lighter, reduce stress shielding, and promote superior osseointegration—all while elevating fatigue resistance and antimicrobial performance.
Graphene-Metal Metamaterials
Meet our breakthrough 3D graphene-coated Metal scaffold—engineered for unbeatable EMI shielding, rapid heat management, and next-level electrocatalysis. Tunable plasmonic hotspots supercharge sensor performance, while tailored magnetic properties unlock cutting-edge memory. All in one lightweight structure that combines conductivity, strength, and porosity to power the future of electronics, energy, and data storage.
2-D Nanoalloy Metamaterials
Introducing our dual-format Metal nanoalloy metamaterials: a laser-printed 3D Metal –graphene scaffold offering tunable magnetic permeability, EMI shielding, high-efficiency electrocatalysis, microwave absorption, ultracapacitor-grade energy storage, and ultrasensitive chemical sensing—and Magnetic Metal 2D NanoAlloy, atomically thin metal Nanoalloy clusters delivering adjustable room-temperature ferromagnetism, exceptional conductivity, and seamless device integration.