Radix™ Printable Dielectric

Radix Printable Dielectric materials are a ceramic-filled, UV-curable polymer designed for use with photopolymer 3D-printing processes like sterolithography (SLA) and digital light processing (DLP) printing. These materials and printing processes enable the use of high-resolution, scalable 3D-printing for complex RF dielectric components such as gradient index (GRIN) lenses or three-dimensional circuits. The 2.8Dk printable dielectric is designed to have low loss characteristics through millimeter wave (mmWave) frequencies and low moisture absorption for end-use applications. The materials are also available directly from our 3D-printing processing partners.

Features

• Lowest loss UV-curable material at 24GHz for 3D printing
• Low moisture absorption
• Feature size capability down to 225um
• Rigid mechanical properties for finely featured parts

Benefits

• Enables new designs that cannot be made with traditional fabrication processes
• Enables volumetric/3D circuits
• Use of gradient index (GRIN) designs in a one-material system
• Utilizes a scalable, high-resolution 3D-printing process, enabling end-use manufacturing of complex and finely featured dielectric parts

Applications

View current applications of this product line.

Antenna Systems

Antennas

Backhaul Radios

Communications
Systems

Phased Array Radar Systems

Small Cells / DAS

Test & Measurement

• Antenna Systems
• Antennas
• Backhaul Radios
• Communications
  Systems
• Phased Array Radar Systems
• Small Cells / DAS
• Test & Measurement