COOL
ADVANCED ELECTRONICS
FASTER
THERMAL MANAGEMENT NEEDS INNOVATION TO KEEP UP WITH ADVANCED ELECTRONICS OF TODAY AND THE FUTURE.
MEET QUANTUM QOOL
As advanced electronics become faster, smaller and more powerful, heat and power issues with components inside of batteries, CPUs & GPUs, solar arrays and spacecraft have become a glaring problem in terms of thermal management.
Higher power means higher operating temperatures, which causes performance issues, operation failures, shortened lifecycles and even direct dangers, such as fires and thermal runaway, costing billions of dollars in losses.
Without real innovation in manufacturing, components such as heat sinks, heat spreaders, heat pipes, electrodes, solar cells and thermal radiators will not be able to sustainably handle more heat, along with diminishing energy capacity as we electrify our future.
THERE IS SOMETHING WE CAN DO ABOUT IT.
SAFELY, EFFICIENTLY, AND SUSTAINABLY.
LOOK AT OUR RESULTS.
Quantum Qool’s proprietary ultrafast laser-based manufacturing process significantly increases the surface area and emissivity of key materials many times over, accelerating cooling by 100%+ by sculpting feature-enhancing nanostructures and radiating heat by intensified IR radiation. This process is deployed thru customized ultrafast laser workstations for thermal management applications at industrial scale.
As seen in these scanning electron microscope (SEM) and infrared camera images of an ultrafast laser surface structured aluminum plate, components such spacecraft radiators, microchip heat spreaders & heat sinks, even battery current collectors are ready-made for our unique process. This means no need for messy & complex coatings, paints, films or metamaterials that break down over long durations in critical high temperature environments.