Printed Electrical Interconnects

• Directly printed traces, pads, and conductors

• Reduced wiring and assembly steps

• Electrically functional structural parts

3D Printed Inductors

The 3D printed 9-turn spiral inductor is able to receive wireless power from a commercial wireless phone charger to light up an LED.

Selective Electroplating for 3D-Printed Electronics

A hybrid process based on 3D printing followed by electroplating on highly conductive thermoplastic filament is used to manufacture 3D circuit boards and electronic packaging.

MetaSense

In MetaSense, Electrifi serves as a printable electrode material that enables capacitive sensing by forming deformable electrode pairs within metamaterial cell walls, allowing continuous detection of mechanical deformation in a single printed structure

3D-Printed Antennas (RF & Communication)

• Custom antenna geometries

• Rapid RF prototyping

• Integrated antennas within housings

Printable Conductor for RF and Microwave Devices

Electrifi is used as the directly 3D-printable conductor forming transmission lines, antennas, and waveguide structures, enabling fully printed microwave components without post-print metallization.

3D Printed Frequency-Diverse Metasurface Antennas

Electrifi is used as the printed conductive material forming the RF-active surfaces and cavity walls of 3D-printed frequency-diverse metasurface antennas, eliminating the need for metal machining or post-print metallization.

Highly Conductive Printable Material for 3D Microwave Metamaterials

Electrifi serves as a highly conductive, 3D-printable material that functions effectively as a metal at microwave frequencies, enabling the direct fabrication of fully three-dimensional microwave metamaterial unit cells using standard FDM printing.

Integrated Heating & EMI Functions

• Printed resistive heaters

• EMI shielding and grounding structures

• Multifunctional parts with electrical + mechanical roles

Wideband Multilayer Microwave Absorber

Electrifi® conductive filament is used to form the metallic layers of a 3D-printed metal–dielectric multilayer metasurface absorber, where it provides both electrical conduction and controlled ohmic loss necessary for broadband microwave absorption.

Printable Enclosures with EMI/RFI Shielding

Lightweight, conductive components for wearables

Self-heating Microfluidic Devices

Electrifi enables heaters to be printed directly into parts, converting electrical current into controlled, geometry-defined heat without external elements or assembly.

How We Deliver These Solutions

Advanced Conductive Materials

Electrifi and custom composites

Designed to print, not just conduct

From research to production

Additive-Manufacturing Compatibility

Scalable Manufacturing Pathways

Demonstrated across multiple functional applications

Let’s Talk About Your Application

Our team works with researchers and engineers to enable electrically functional 3D-printed parts.