Radio Frequency &
Microwave Solutions
Inkbit releases a new class of low-loss materials for the next-generation of mmWave and dielectric components.
AEROSPACE & DEFENSE
Mission-Ready
Signal Hardware
Inkbit delivers additive manufacturing solutions for defense and aerospace teams developing RF and microwave components. Using our low-loss COT material and Vision-Controlled Jetting™, engineers can rapidly design and produce high-performance dielectric parts for mission-critical systems.
Key Applications:
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GRIN lens beamforming radar
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Beam-shaping dielectric inserts
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Lightweight RF components for UAVs and satellites
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Conformal antenna assemblies
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Custom signal-routing enclosures
AUTOMOTIVE & ADAS
Scalable Radar &
Sensor Production
Automotive OEMs and Tier 1 suppliers can develop compact tunable dielectric parts & components for radar/ADAS systems. Reduce part count, post-build assembly, while enhancing signal performance, confidently accelerating validation phases while prototyping next-gen mmWave applications.
Key Applications:
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GRIN lens high-resolution radar
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Sensor housings with integrated sealing
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Compact dielectric lens systems
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Radar covers and shields
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Enclosures with embedded features for ADAS modules
Telecom & Wireless 5/6G
Smarter Antennas
Faster Deployment
Infrastructure teams accelerate development of antennas and mmWave components for 5G, 6G, and design confidently for what's next. Engineers can print tunable precise dielectric structures directly from digital designs, no tooling or post-assembly required or complex geometry compromising production performance.
Key Applications:
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Luneburg for wideband antennas
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mmWave antenna housing
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Waveguides phase-shifting components
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Beam-steering dielectric arrays
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Custom enclosures for small cell or base station deployment
Low-Loss COT Accelerating
Next-Gen Antenna Systems
Solving Signal Integrity Challenges at the Speed of Innovation
Inkbit is advancing the way dielectric components are designed and produced for complex electromagnetic applications. With our Vision-Controlled Jetting™ (VCJ) technology and low-loss COT materials, we enable engineers to design, iterate, and scale with precision that meets the demands of next generation antenna components.
From precise Dk tuning and multi-material parts to continuous GRIN profiles across complex topologies, we empower engineers to design freely and print without traditional compromises.
Inkbit’s RF solutions span a wide range of applications including:
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Gradient-index (GRIN) lenses
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Waveguides & dielectric filters
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High-performance radomes & enclosures
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Conformal antennas & metasurfaces
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Beam-shaping and switch-beam lens arrays
Enabling RF & mmWave
Engineering Teams by Solving Industry Pain Points
Inkbit’s additive manufacturing platform gives engineers the power to create antenna components with unmatched control over dielectric performance, geometry, and production scalability.
From GRIN lenses and Luneburg antennas to custom wave-shaping structures and signal routing components, our platform unlocks new possibilities beyond traditional limitations.
01. Gain
Up to 30+ dBi GRIN structures for greater range and isolation.
02. Bandwidth
Intrinsically wide-band (3–180 GHz) for higher speeds and lower congestion.
03. Field-of-View
Nearly 180° coverage with GRIN lenses.
04. Power Efficiency
Reduced power consumption with higher gain and efficiency.
05. Cost Reduction
Lower component and system costs through fewer installations.
