for powerful industries
About Percy Roc
Our technology (patent pending) for controlled microwave heating can be used in a number of different industries, such as aerospace, defense, aeronautics, automotive, wind energy and transportation. Currently our primary focus is on the manufacturing of carbon fiber composites, where homogeneous heating makes a huge difference as it dramatically reduces the amount of cracks stemming from irregular heating processes.
Percy Roc’s microwave heating solution is unique in how it provides homogeneous heating on a large, industrial scale. Homogeneous heating – where the entire surface of the processed material is heated at the same time – works better than a traditional autoclave when it comes to reducing defects occurring during processing. That’s because uneven heating gives rise to material defects to a higher degree than when the material is evenly heated. Using our solutions will optimize your industrial heating processes by maximizing quality and speed while reducing costs, lead times and energy consumption.
Why Percy Roc
We want to be a gamechanger when it comes to sustainable industry. Using microwave energy is far more energy efficient and environmentally friendly than using traditional industrial autoclave pressure chambers. Right now, we’re the exception: an exceptional exception, but still just on our way towards implementing our solution on a larger scale. We want to be a part of the solution to the serious threat of global warming by making our revolutionary industrial heating technology mainstream.
With our solutions your manufacturing company can:
To be a part of the solution to global warming by working towards a more sustainable industry. We are also aiming to be a forerunner and market leader in high-power microwave heating controlled by AI/ML.
To develop energy-efficient and environmentally sustainable industrial heating processes by controlling microwave power. Saving industries time, money and energy while being a part of the movement towards sustainable energy.