• Microwave Heating and Drying

    RFHIC offers a broad portfolio of high-powered and efficient GaN solid-state products designed for various industrial processes such as industrial drying and heating applications, food processing, oil extractions, wood drying, paper drying, and much more. Unlike conventional heating processes or …

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  • RF & Microwave Cooking

    Industrial cooking is one of the most extensive applications within the RF energy market by offering users optimum control and lower costs. RFHIC’s cutting edge GaN solid-state solutions will enable industrial cooking applications to be more reliable, easily scalable, and …

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  • Particle Accelerators

    RFHIC’s state of the art Gallium Nitride (GaN) on Silicon Carbide (SiC) power amplifiers (SSPA) and sub-systems can be used for various scientific and medical accelerator applications such as particle accelerators, proton accelerators, electron accelerators, linear accelerators, medium energy beam …

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  • Plasma Lighting

    Plasma lighting also commonly referred to as electrodeless microwave lights (EMLs) is seemingly integrating into mainstream markets, due to its excellent color rendering index and longer lifetime. The enhanced color rendering and powerful visual acuity produced by EML’s give them …

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  • Semiconductor Equipment

    The semiconductor industry is evolving rapidly, facing newer and more robust challenges than ever before. To maintain the pace of innovation, RFHIC has designed a high-powered, GaN solid-state sub-system that allows users to achieve high-quality results while lowering OPEX costs. …

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  • Waste Gasification

    RF & Microwave technology can be used for a variety of Waste Gasification applications such as industrial sludge drying, vitrification of chemical waste, and disposal of medical waste. By utilizing RFHIC’s GaN solid-state technology users can achieve longer life time …

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  • Carbon Fiber & Composite Materials

    Microwave processing of carbon fiber-reinforced polymer (CFRP) composites is an alternative to conventional thermal processing methods. By using microwave (MW) technology can significantly reduce part processing times, alleviating the bottleneck that often exists in carbon fiber and composite material production. …

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  • Microwave Assisted X-ray Laser

    RF and microwave technology can be utilized for next-generation laser x-ray modulation applications. By using our high-powered and highly efficient solid-state generator, users can significantly increase the precision required laser source generation. Custom designs are available upon request.

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  • Microwave Tumor Ablation

    Microwave ablation is one of the most recent developments in the field of tumor/cancer ablation. This method allows for a more flexible and efficient approach to treating patients with cancer and other types of diseases. Comparative to conventional ablation methods, …

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  • Bio & Health Sciences

    A wave of next-generation technology for bio and health science applications are vastly emerging into the market. Applications such as high-powered imaging systems, pharmaceutical manufacturing devices, medical sterilization devices, and more are utilizing RF and Microwave technology to enable new …

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