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Manufacturing processes today demand many capabilities from materials. Enhancements such as composite formulations, complex shapes, and multilayer processes are subject to ever-increasing production speeds. The gyrotron beam meets these needs by selectively heating one material while leaving others cool, focusing its energy only where needed by heating one layer or material through a surrounding layer. Thus, manufacturers can make the most of advanced product formulations.

The Gyrotron technology combines the focusing ability of a beam (like lasers or e-beams) with the volumetric heating capabilities of microwave. This results in ultra-fast, efficient thermal treatment of almost any material. Plastics, ceramics or glass, for example, can be joined by the Gyrotron beam without degrading their properties. A coating can be selectively melted, or parts can be overheated for precision bending.

The gyrotron is a great technology to increase productivity . It provides rapid heating where local/exclusive heating is desirable, and maintains material integrity. It is energy-saving and imparts less impact on environmental conditions. Some specific examples of Gyrotron’s benefits are illustrated below.

Process Technologies Industries
Heating Glass and ceramics Shaping windshields, cutting , melting, tempering, joining, etc Automotive, Electronics, Solar, Consumer goods, Construction
Heating Semiconductor Crystals Annealing wafers, thin film on glass (PV solar), and protective coatings. Preheating wafers Electronics (computers, cell phones, TV, etc), Solar
Heating Polymers and Drying Curing plastics and coatings. Drying paper, tiles, car parts, etc Construction, Automotive, Solar, Consumer goods
Decontamination Beef and pork carcasses, produce Food
Laminating Touch panels, displays, solar panels, safety glass, etc Consumer goods


Gyrotron Technology, Inc.
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GTi Sept 2016 Investor Presentation

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Gyrotron Technology, Inc.
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