Fortify provides advanced composite-photopolymer 3D printing solutions and gradient dielectric materials designed specifically for RF and microwave antenna applications.
Fortify is a technology company specializing in advanced 3D printing systems and materials, particularly for the electronics, RF, and aerospace sectors. They develop high-resolution composite-photopolymer printers like the Fortify Flux Core, which enable Gradient Refractive Index (GRIN) technology.
By leveraging continuous gradient dielectric printing, Fortify allows engineers to manufacture complex components such as conformal antennas, mmWave radomes, matching structures, and broadband nosecones. Using proprietary and industry-standard materials like Rogers Corporation Radix Printable Dielectric and pure Alumina, Fortify provides solutions that improve antenna bandwidth, efficiency, and design flexibility in dimensionally constrained systems.
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You can find user manuals, technical guides, and application notes for Fortify 3D printers and dielectric materials on this page or the official Fortify webojula.
Fortify technology supports low-loss dielectric materials like Rogers Corporation Radix Printable Dielectric, 97% pure Alumina, and other technical ceramics.
It is a technology that prints complex networks of surfaces and pores to create gradient refractive index (GRIN) designs, enabling locally effective dielectric constants for advanced RF applications.