Peak is the leader in applying artificial intelligence to design and optimize reusable nano layered technology for optics, energy, life sciences, and specialty films.
The core of Peak’s products is our NanoPlex film technology. Our nanolayered polymers build LGRIN optics lenses, high-energy capacitors, and advanced films to protect satellites from the sun and keep your chips fresh and crisp.
Our patented processes and AI-based designs create solutions for national defense, aerospace, life sciences, and industrial packaging demands.
HawkAI is Peak’s patent-pending AI design platform. Our unique application of nanolayered LGRIN polymers to create lenses for night vision systems, fire control systems, endoscopy, UAS, and other advanced solutions has made Peak the leader in this optics design and manufacturing technology.
Plus we can improve design time from years to weeks with our AI-based software. Our solutions revolutionize optics for size, weight, color, & clarity performance. This gives warfighter systems significant performance advantages and enables surgeons to operate more effectively.
Peak has partnered with Wilcox Industries, the leader in helmet mounting systems. The G24 Mount has been field tested by operators and fine-tuned from their hands-on experience with our product.
Pioneering the break away” feature, this mount disconnects from the base under stress if desired, reducing the potential for neck injury of the operator. The G24 mount is your “go-to” for night vision goggles. Mount/shroud kits available. Wilcox confidently stands by our 5-year warranty on every shroud and helmet mount used together as a system.
Peak has developed the next generations of lens technology for the current and future generations of mortar fire control systems. Our solution leverages the current prism and housing technology. The addition of Peak lenses increases the field of view by 20% and dramatically reduces edge distortion for improved accuracy. Peak’s fire control systems required upgrades via a US-based supply chain.
NanoPlex capacitor films enable up to 4X more power storage in half the footprint to revolutionize how we enhance power grids, accelerate EVs, and develop Fusion Energy.
Fusion Energy powers our sun and all the stars in the universe. The process is theoretically simple. Hydrogen atoms can be superheated, fusing together and producing helium and clean energy. The implementation is a bit more complicated and requires hundreds of high-powered lasers to recreate the fusion process in a controlled
manner.
Peak’s NanoPlex films are being used to develop the
massive power bursts required to power those lasers to increase fusion effectiveness, efficiency, and production readiness.
When powering EVs (Cars, Trucks, Buses, Semis, Planes, Boats, and Drones), battery life often gets the headlines, but it is the capacitors that delivers the power to run these vehicles.
When a Tesla wants maximum acceleration in “Ludacris Mode,” the capacitors deliver the power pulse required to create the acceleration.
NanoPlex capacitor films provide the next-generation power boost demanded by big workloads. EV manufacturers want us to drive new applications, reduce cooling, and expand capabilities.
Just like EVs, Electromagnetic Aircraft Launch Systems (EMALS) require high-performance capacitors to deliver the power that is used by our latest aircraft carriers to launch aircraft. launching system that EMALS leverages a linear induction motor rather than the conventional steam piston.
The first EMALS system was installed on the USS Gerald R. Ford. NanoPlex capacitor films will be able to improve EMALS performance, efficiency, and production by increasing the launch rate and expanding the classes of aircraft deployed.
Life Sciences implements, tools, and medicals require protective films of the highest standards and most predictable behaviors to protect lives.
Our nanoPlex films are “programmable” to meet the application-specific
requirements. Our films can be configured for transparency, tensile/punction strength, or recyclability. We work with leading life sciences companies and organizations to ensure the safety and security of vital medical supplies and instruments.
Satellites operate in the extreme environments of space and must withstand extreme temperatures and solar conditions. One of the side-effects of satellites’ metallic surfaces can be excessive solar reflections that can interfere with telescopes and other light sensitive observation instruments.
Peak Nano films can be used to wrap those reflective surfaces and eliminate solar glare significantly reducing “light pollution” that can impact the accuracy of astronomical observations.
We encounter food wrappers and packaging every day of our lives, and the science behind food freshness and supply chains is far more advanced than we often consider. Every food has very specific environmental and regulatory requirements that they must address.
One example is a significant chip manufacturer that wants to be able to fill its packaging with nitrogen to maximize freshness. Another requires specific UV blockage to prevent product decay. What ever the requirements, Peak’s NanoPlex can be adapted to the applications-specific requirements.
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