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Next-generation
RF & mmWave lenses
powered by VCJ

Inkbit is an advanced technology company pioneering how RF and mmWave systems are engineered. MIT-born software and closed-loop hardware converge with low-loss material science to turn complex dielectric simulations into monolithic, production-ready components.

Trusted by Industry Leading Brands

01

Simulate

Define field behavior, gain, bandwidth, aperture, and system constraints.

02

Digitize

Encode dielectric performance into lattice topology.

03

Build

Execute complex internal geometry through vision-controlled deposition.

04

Verify

Measure the physical architecture against application performance.

Performance-Critical RF Architectures Buildable Today

Inkbit unites material science, MIT-born software, and vision-controlled hardware inside one production architecture. Electromagnetic intent becomes spatial dielectric behavior, then validated monolithic hardware for mission-critical signal systems.

Customized Geometry + Application Development

Customized RF Dielectric Components

Start a custom COT dielectric component review for beam-shaping inserts, conformal structures, research geometries, and integrated RF assemblies.

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Inkbit's Vista systems that power the Inkbit Digital Factoy

VISION-CONTROLLED JETTING™

VCJ Vista System

At the heart of the platform is the Vista™ system, engineered for production-scale throughput and exceptional precision.

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Powered by Vision-Controlled Jetting, every detail stays consistent, enabling complex geometries and multi-material builds.

Inkbit Elastomers TEPU 30 & 50A Display Rubber-like Soft Complex Lattices

SOFT + RIGID & DIELECTRIC

Next-Gen Polymers

​From COT for RF and microwave applications to Titan Tough Epoxy for high-strength engineering parts and TEPU for flexible, elastomeric designs.

 

Inkbit’s materials have been engineered specifically for multi-material builds, durability, stability, and end-use functionality.

Rigid + Soft  Multi-material 3D printed parts.

CONSTRUCT

Build Preparation Software

Our digital workflow tools streamline every step from design to production. Construct automates build preparation and ensures accuracy.

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Construct enables design of complex lattice and multi-material parts, enabling new possibilities for various applications.

latest news from Inkbit

Press & Industry Coverage

Cyclic Olefin Thermoset and Vision-Controlled Jetting Spotlight RF Advantages at EUMW2026

RF & mmWave

Cyclic Olefin Thermoset and Vision-Controlled Jetting Spotlight RF Advantages at EUMW2026

Inkbit’s Scott Twiddy, PhD, will speak at European Microwave Week 2026 about manufacturing complex RF components using Cyclic Olefin Thermoset (COT) materials and Vision-Controlled Jetting™ (VCJ) technology.

Sep 29, 2026

Description

Inkbit Expands Production-Grade TEPU Elastomer Part Services into Canada

Partnership

Inkbit Expands Production-Grade TEPU Elastomer Part Services into Canada

We're excited to see Agile Manufacturing now offering Inkbit TEPU™ 30A and TEPU™ 50A production services, giving Canadian product teams local access to production-grade rubber-like additive manufacturing.

Jul 9, 2026

Description

Inkbit Demonstrates Luneburg Lenses Operating up to 100 GHz

RF & Microwave

Inkbit Demonstrates Luneburg Lenses Operating up to 100 GHz

Published in Optical Engineering (an SPIE journal), the study titled “Fabrication and analysis of electrically large Luneburg lenses using vision-controlled material jetting” documents the successful design, production, and characterization of wideband gradient-index (GRIN) antennas with apertures exceeding 30 wavelengths and realized gains surpassing 34 dBi. 

Jun 8, 2026

Description

Inkbit Blog

Expert Insight

Inkbit is the only 3D printing platform combining real-time machine vision, multi-material capability, and production-ready polymers that continue to evolve.

 

From prototyping to full-scaled manufacturing, our Vision-Controlled Jetting™ (VCJ) platform is unlocking new possibilities in product development without compromise.

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