--- title: ElectroJet --- [Skip to main content](https://chemcubed.com/electrojet#main) - [About](https://chemcubed.com/about-chemcubed) - [Resources](https://chemcubed.com/resource-center) - [Events](https://chemcubed.com/events) - [Consulting Services](https://chemcubed.com/consulting-services) - [Contact](https://chemcubed.com/contact-us) - - [![ChemCubed-Logo_150px-Horizontal](https://chemcubed.com/hs-fs/hubfs/NEW%20Logos/Company%20Logo/ChemCubed-Logo_150px-Horizontal.png?width=310&height=50&name=ChemCubed-Logo_150px-Horizontal.png) ![ChemCubed-Logo_150px-Horizontal](https://chemcubed.com/hs-fs/hubfs/NEW%20Logos/Company%20Logo/ChemCubed-Logo_150px-Horizontal.png?width=279&height=45&name=ChemCubed-Logo_150px-Horizontal.png) ![ChemCubed-Logo_150px-Horizontal](https://chemcubed.com/hs-fs/hubfs/NEW%20Logos/Company%20Logo/ChemCubed-Logo_150px-Horizontal.png?width=310&height=50&name=ChemCubed-Logo_150px-Horizontal.png) ![ChemCubed-Logo_150px-Horizontal-1](https://chemcubed.com/hs-fs/hubfs/ChemCubed-Logo_150px-Horizontal-1.png?width=176&height=28&name=ChemCubed-Logo_150px-Horizontal-1.png)](https://chemcubed.com?hsLang=en) - [Show submenu for Additive Printed Electronics Additive Printed Electronics](https://chemcubed.com/electrojet) - [ElectroJet™ Materials](https://chemcubed.com/electrojet-materials) - [ElectroJet™ Printers](https://chemcubed.com/electrojet-systems) - [ElectroJet™ Processes](https://chemcubed.com/electrojet-processes) - [Show submenu for 3D Printing Materials 3D Printing Materials](https://chemcubed.com/materials) - [NanoCubed™ Tailored Materials](https://chemcubed.com/nanocubed) - [ElectroJet™ Materials](https://chemcubed.com/electrojet-materials) - [Applications](https://chemcubed.com/applications) Open main navigation Close main navigation - Show submenu for Additive Printed Electronics Additive Printed Electronics - Additive Printed Electronics - [Additive Printed Electronics](https://chemcubed.com/electrojet) - [ElectroJet™ Materials](https://chemcubed.com/electrojet-materials) - [ElectroJet™ Printers](https://chemcubed.com/electrojet-systems) - [ElectroJet™ Processes](https://chemcubed.com/electrojet-processes) - Show submenu for 3D Printing Materials 3D Printing Materials - 3D Printing Materials - [3D Printing Materials](https://chemcubed.com/materials) - [NanoCubed™ Tailored Materials](https://chemcubed.com/nanocubed) - [ElectroJet™ Materials](https://chemcubed.com/electrojet-materials) - [Applications](https://chemcubed.com/applications) - Search - [Request a Demo](https://chemcubed.com/request-a-demo) - [About](https://chemcubed.com/about-chemcubed) - [Resources](https://chemcubed.com/resource-center) - [Events](https://chemcubed.com/events) - [Consulting Services](https://chemcubed.com/consulting-services) - [Contact](https://chemcubed.com/contact-us) - - [Request a Demo](https://chemcubed.com/request-a-demo?hsLang=en) Search ![electrojet-system](https://chemcubed.com/hs-fs/hubfs/Iconography/electrojet-system.png?width=500&height=500&name=electrojet-system.png) ![electro-jet-logo](https://chemcubed.com/hs-fs/hubfs/NEW%20Logos/ElectroJet%20Logos/electro-jet-logo.png?width=250&height=74&name=electro-jet-logo.png) A complete printed electronics turnkey system for next-level additive manufacturing. [Schedule Demo](https://chemcubed.com/request-a-demo?hsLang=en) ### There is not only a need for higher-performing materials, but also the combined solution of a ready-to-use and fully capable printing technology. ### The Trifecta of Excellence Our ElectroJet™ Printed Electronic System is a culmination of high-performing materials, inkjet printing technology, and optimized process capabilities. ![electrojet-materials](https://chemcubed.com/hs-fs/hubfs/Iconography/electrojet-materials.png?width=150&height=150&name=electrojet-materials.png) #### The Materials We offer a fully compatible portfolio of particle-free silver conductive, dielectric insulating, and specialty inks providing enhanced printing excellence. [View Details](https://chemcubed.com/electrojet-materials?hsLang=en) ![electronics-printer](https://chemcubed.com/hs-fs/hubfs/Iconography/electronics-printer.png?width=150&height=150&name=electronics-printer.png) #### The Printers Our line of flatbed printers provides multi-layer, multi-material electronics with unparalleled performance.   [View Details](https://chemcubed.com/electrojet-systems?hsLang=en) [![processes](https://chemcubed.com/hs-fs/hubfs/Iconography/processes.png?width=150&height=150&name=processes.png)](https://chemcubed.com/electrojet-processes?hsLang=en) #### The Processes Our solutions are bolstered by an array of processes that ensure optimal results of the material, printer, and benefits for the end-use application. [View Details](https://chemcubed.com/electrojet-processes?hsLang=en) ## End-Use Application Focus Understanding that the ultimate goal of printed electronics is to enhance real-world applications, we prioritize end-user functionality. [Application Showcase](https://chemcubed.com/applications?hsLang=en) ![printed-circuit-board](https://chemcubed.com/hs-fs/hubfs/Iconography/printed-circuit-board.png?width=100&height=100&name=printed-circuit-board.png) #### Circuitry + Electronics Packaging - Multi-layer, multi-material printing - Rigid & Flexible substrates - Via thru-hold process - Fine Feature Detail Conductive performance - Solderability ![displays](https://chemcubed.com/hs-fs/hubfs/Iconography/displays.png?width=100&height=100&name=displays.png) #### Displays + Touch Screens - 5b adhesion to substrates - Low-temperature sintering - Fine feature detail - Conductive performance ![wiring-harness](https://chemcubed.com/hs-fs/hubfs/Iconography/wiring-harness.png?width=100&height=100&name=wiring-harness.png) #### Flexible Electronics + Wiring Harnesses - Multi-layer, multi-material printing - Fine feature detail - Conductive performance - Space and weight savings - Printed network vs. manual assembly - Potential to integrate into structure ![printed-passive-circuitry](https://chemcubed.com/hs-fs/hubfs/Iconography/printed-passive-circuitry.png?width=100&height=100&name=printed-passive-circuitry.png) #### Passive Circuitry - Resistors, capacitors, and inductors printing capabilities - Inkjet resistors - less than 10% standard deviation - Inkjet capacitors - 2% maximum standard deviation ![photovoltaic](https://chemcubed.com/hs-fs/hubfs/Iconography/photovoltaic.png?width=100&height=100&name=photovoltaic.png) #### Photovoltaics - Print silver conductive onto a Gallium Arsenide wafer - High-performance electrical data - Low-temperature process - sintering <120c - Fine feature printing ~50 um gaps ![rfid](https://chemcubed.com/hs-fs/hubfs/Iconography/rfid.png?width=100&height=100&name=rfid.png) #### RFID + Sensors + Antennae - Multi-layer/ templating - Rigid and flexible substrates - Fine feature detail - Conductive performance - Solderability ![semiconductor](https://chemcubed.com/hs-fs/hubfs/Iconography/semiconductor.png?width=100&height=100&name=semiconductor.png) #### Semiconductor Manufacturing - On-demand customization of electronic devices - Fewer materials and less energy - High throughput and rapid prototyping capabilities - Expanding design possibilities - Seamless integration of electronic components onto various substrates ![wearables](https://chemcubed.com/hs-fs/hubfs/Iconography/wearables.png?width=100&height=100&name=wearables.png) #### Wearables - Multi-layer, multi-material printing - Conductive, touch, pressure printed circuits - Rigid or flexible substrates - Similar PC attributes - Medical, dental, fitness, and telecom devices - Automotive and Aerospace in-cabin sensors/controls - Wearable fabrics ## Why Printed Electronics? The benefits of printed electronics far outweigh the benefits of traditional methods. ###### Sustainable Impact Printing electronics offers sustainable benefits by minimizing material waste through precise deposition, reducing energy consumption compared to traditional manufacturing methods, and enabling the creation of lightweight, customizable electronic components with fewer resources, ultimately fostering a more eco-friendly production process. ###### Design, Development, and Rapid Prototyping Printing electronics offer rapid iteration, cost-effectiveness, and customization, enabling faster product development cycles and the creation of tailored electronic devices for specific applications. ###### Custom Fabrication and Retrofits Printing electronics offers the advantage of custom fabrication and retrofits, allowing for the rapid production of tailored electronic components and the integration of new functionalities into existing systems without the need for expensive retooling or manufacturing processes. ###### Component Miniaturization and Weight Reduction Printing electronics enables component miniaturization and weight reduction by allowing intricate circuitry to be directly fabricated onto lightweight and compact substrates, leading to more efficient and portable electronic devices. ###### Functional Optimization Printing electronics with multi-layering, embedding, and protective encapsulation offers functional optimization by enabling compact designs, improved performance through the integration of diverse functionalities, and enhanced durability against environmental factors, thus promoting efficiency and longevity in electronic devices. View All #### ElectroJet™ Printed Electronic Systems — the easiest and fastest way to print electronics. [Schedule Demo](https://chemcubed.com/request-a-demo?hsLang=en) ## The Turnkey Printer Package All you need is a computer and we'll provide everything else you need to get started. You're just a click away from printing electronics on-demand. [Let's Do This](https://chemcubed.com/request-a-demo?hsLang=en) ElectroUV3D 12'x24' Flatbed Printer plus Software Accessories and Maintenance Supplies Starter Inks Easy Installation, Set-up, and Training ## Schedule a Demo with Us Experience the unmatched capabilities of our ElectroUV3D printer combined with silver and dielectric inks. Fill out the form below and let us know what you would like to get out of this experience. ### Let us help you revolutionize your manufacturing capabilities. 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