Radix™ Printable Dielectric: 3D-Printable Dielectric Material for use on Fortify FLUX Series Printers Datasheet

2023-01-31
■Radix™ Printable Dielectrics are the industry's first low loss DLP and sterolithography (SLA) 3D-printable material. By combining a low loss resin system with the design freedom and speed of DLP 3D-printing, this technology enables the scalable manufacturing of new RF components that cannot be made with traditional manufacturing processes. The printable materials leverage the performance of DLP and SLA printing processes to allow antenna engineers to implement new dielectric components in applications such as SATComm antenna lenses and volumetric circuits for mmWave frequencies.
■Radix Printable Dielectric also enables the use of Gradient Index (GRIN) dielectric components with little added complexity. The solid 2.8 dielectric constant material has a dissipation factor of 0.0043 at 10 GHz, and can be used to create structures that have a graded dielectric constant in all three dimensions by means of a varying density lattice. These latticed structures provide even lower dissipation factor and weight when compared against a similar part made with solid materials.
■Fortify's FLUX series printers powered by a DLP (Digital Light Processing) engine, combine the scalability, resolution, and surface quality of photopolymers with the performance expectations of traditional high performance polymers. CKM (Continuous Kinetic Mixing), a proprietary subsystem built into the printers, enables printing of photopolymer resins with uniformly distributed functional additives. The system ensures that particles stay uniformly suspended instead of agglomerating or settling to the bottom of the vat. CKM allows for an expanded processing window compared to other photopolymer DLP or SLA systems, processing much higher viscosity materials. Fortify partners with Rogers Corporation and other global chemical companies to extend material properties and solve printability challenges.

ROGERS

Radix™

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Printable Dielectriclow loss DLP and sterolithography (SLA) 3D-printable material

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Gradient Index (GRIN) Lenses ]Gradient Dielectric Constant Lenses ]3D Antenna Systems ]Impedance matching structures ]radomes ]Printers ]

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Datasheet

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2023/1/5

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