IP that can be quickly prototyped - Metamaterial Inc.’s teams have backgrounds in advanced optical design and modelling, combined with quick prototyping and manufacturing know-how, that remain trade secrets.IP that is unique - develop custom processes and intricate know-how that does not exist in the market and is not easily copied.The company develops their IP guided by four core principles:
Their research has allowed them to work with not-for-profit organizations and on projections for the betterment of the environment and health solutions. Since 2011, META has spent over USD $50 million in R&D which has allowed the company to build a substantial and valuable IP portfolio. Transparent antennas are useful for integrating antenna functionality in surfaces while maintaining visibility, such as vehicle windshields and windows. With the growing demand for 5G technology, META has developed a transparent antenna for automobiles using their NanoWeb® material. Other groundbreaking products coming from META include new technology to improve communications while driving. It can be interchanged with a simple snap-in motion and is easy to remove for fitting custom Rx lenses or for cleaning. Their prescription lens insert was developed to be adaptable for any Rx solution. Meet META’s “metaAIR®,” a flexible holographic optical filter that is scientifically engineered to provide laser glare protection from laser strikes. META, in collaboration with leading aviation manufacturers, suppliers, and regulatory authorities around the globe, developed a product to combat this growing problem. Laser illumination in a cockpit induces an involuntary reaction that diverts the crews’ attention away from their primary tasks and may cause distraction, disruption, disorientation or in the worst case temporary operational incapacitation due to flash blindness. These laser glares – often from handheld laser devices – can cause visual interference and impact on pilots during critical phases of flight such as takeoff and landing. One global problem META materials has sought to combat is the spike in laser glare on airline pilots during flight operations. These are just some examples of the amazing products META materials has as part of their suite of products - all aimed at making the world safer and better and more sustainable. META believes in using their innovative materials in life-saving technology like their Glucowise® product, a non-invasive, 100% pain-free, prick-free device for the monitoring of blood glucose levels, which is currently under development. These prototypes are currently with the United States military for evaluation.īeyond military offerings, META is working on consumer products as well. Recently, META announced it had designed, produced, and tested fully submersible prototypes for the de-fogging of visors used in diving and gas masks for military personnel. Their products have ranged from laser glare protection in eyewear, to de-icing and de-fogging windshields in cars. META is an advanced materials and nanotechnology company, specializing in creating solutions with functional materials that can enhance, absorb, and block light and other forms of energy for a wide range of applications. They currently work within the aerospace and defense, automotive, consumer electronics, energy, and medical industries. META is the only company that can produce metamaterials on a commercial scale and their products are not reliant on Indium Tin Oxide (ITO) and other harmful and expensive rare earth materials. They apply this technology to revolutionize everything from solar solutions to aircraft safety to wearable tech.
META MATERIALS LOGO SOFTWARE
META’s new class of materials, called Metamaterials, use advanced software techniques coupled with artificial intelligence to help advance how technology is used in everyday life. Through applied physics and advanced design, META is pioneering a new class of multi-functional materials - called metamaterials - which have engineered properties that go beyond what is found in nature. (META) was founded in 2011 and is a smart materials and photonics company that is changing the way we use, interact, and benefit from light.
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