--- title: Print multilayer electronics with NOVA’s Plan feature description: Print multilayer flexible, stretchable, and conformable electronics faster and easier than ever before with NOVA’s new feature, Plan. --- [Skip to content](https://info.voltera.io/nova-plan-feature#main-content) ![voltera logo](https://info.voltera.io/hs-fs/hubfs/2025_Wordmark-white-outline.webp?width=667&height=277&name=2025_Wordmark-white-outline.webp) Open main navigation Close main navigation - [Contact us](https://info.voltera.io/nova-plan-feature#contact) [Contact us](https://info.voltera.io/nova-plan-feature#contact) ![voltera-nova](https://info.voltera.io/hs-fs/hubfs/voltera-nova.png?width=300&height=31&name=voltera-nova.png "voltera-nova") # Multilayer printing for flexible and stretchable material NOVA is a system for printing flexible, stretchable, and conformable electronics. Plan, NOVA’s newest software feature, unlocks advanced electronics printing capabilities, such as multilayer printing and print job editing. ## Get more information Connect with our technical specialists to discuss your projects and get printing tips for flexible, stretchable, and conformable electronics. ![voltera-nova](https://info.voltera.io/hs-fs/hubfs/voltera-nova.png?width=300&height=31&name=voltera-nova.png "voltera-nova") # Unlock multilayer printing on NOVA NOVA is a system for printing flexible, stretchable, and conformable electronics. Plan, NOVA’s newest software feature, unlocks advanced electronics printing capabilities, such as multilayer printing and print job editing. ![Multilayer icon](https://info.voltera.io/hs-fs/hubfs/NOVA%20multilayer_black.png?width=76&height=80&name=NOVA%20multilayer_black.png "Multilayer icon") #### Unlock multilayer Easily generate a height map that adapts to height changes in each layer. ![Edit artwork\_nova dark](https://info.voltera.io/hs-fs/hubfs/Edit%20artwork_nova%20dark.png?width=80&height=80&name=Edit%20artwork_nova%20dark.png "Edit artwork_nova dark") #### Customize print jobs Adjust the print order of layers, delete unwanted features, and save print jobs with the same settings. ![Material profiles icon](https://info.voltera.io/hs-fs/hubfs/2023_Materials_bl-3.png?width=80&height=80&name=2023_Materials_bl-3.png "Material profiles icon") #### Material profiles Set up multilayer prints with different material profiles. ## Who’s using Voltera NOVA? ![ACI\_constrained](https://info.voltera.io/hs-fs/hubfs/ACI_constrained.png?width=469&height=281&name=ACI_constrained.png) ![Duke\_constrained](https://info.voltera.io/hs-fs/hubfs/Duke_constrained.png?width=617&height=281&name=Duke_constrained.png) ![NASA\_constrained](https://info.voltera.io/hs-fs/hubfs/NASA_constrained.png?width=443&height=341&name=NASA_constrained.png) ![Nextflex\_constrained](https://info.voltera.io/hs-fs/hubfs/Nextflex_constrained.png?width=1173&height=281&name=Nextflex_constrained.png) ![Princeton\_constrained](https://info.voltera.io/hs-fs/hubfs/Princeton_constrained.png?width=997&height=281&name=Princeton_constrained.png) ![UW\_constrained](https://info.voltera.io/hs-fs/hubfs/UW_constrained.png?width=1173&height=281&name=UW_constrained.png) ## Specifications ![Dispensing](https://info.voltera.io/hubfs/Dispensing.gif) | **Ideal for** | - Printed electronics R&D - Functional materials research - Flexible, stretchable, conformable electronics prototyping - Microdispensing | | --- | --- | | **Layer capacity** | Up to 4 stack-up layers\* | | **Material temp. control** | Up to 40°C | | **Material compatibility** | Most screen-printable inks | | **Minimum trace width** | 0.1 mm | | **File formats** | - Gerber - SVG (beta) | | \*  Designs with more than 4 stack-up layers are achievable but depend on a number of factors. For more information, contact Support at support@voltera.io. | | [Download Plan Datasheet](https://info.voltera.io/hubfs/_Sales%20(SALE)/Sales_Assets/NOVA%20Plan%20Feature.pdf?hsLang=en) ## What We've Printed with Plan Flexible LED roulette circuit Electroluminescent circuit Flexible membrane keyboard ![Flexible PCB lit up](https://info.voltera.io/hs-fs/hubfs/Flexible%20PCB%20lit%20up.jpg?width=650&height=366&name=Flexible%20PCB%20lit%20up.jpg)**Layer count** 3 **Ink** Voltera Conductor 3 silver ink ACI Materials FS0142 Semi-Sintering Conductive Ink ACI Materials SI3104 Stretchable Printed Insulator **Print time** ~30 minutes ![application\_Electroluminescent-1](https://info.voltera.io/hs-fs/hubfs/application_Electroluminescent-1.jpg?width=650&height=366&name=application_Electroluminescent-1.jpg)**Layer count** 4 **Substrate** Paper, PET **Ink** Saralon electroluminescent ink suite **Print time** ~2 hours **![Keyboard Flexing](https://info.voltera.io/hs-fs/hubfs/Keyboard%20Flexing.jpg?width=650&height=366&name=Keyboard%20Flexing.jpg)Layer count** 3 **Substrate** PET **Ink** ACI SS1109 Stretchable Silver Ink ACI SI3104 Stretchable Printed Insulator T4 Solder Paste Sn42Bi57.6Ag0.4 **Print time** ~20 minutes [View More Projects](https://www.voltera.io/use-cases/white-papers) ### My research involves developing flexible and stretchable sensors for wearable electronics. With the Plan feature, I can separate different sensor elements, traces, or components to different layers and remove toolpaths that I don’t want. The ability to change the direction of tool paths has helped me the most — there’s no air pockets, and I have a very uniform trace width because I started printing in a designated safe region. Nick Levinski, MASc student, Mechanical and Mechatronics Engineering at the University of Waterloo ### My research involves developing flexible and stretchable sensors for wearable electronics. With the Plan feature, I can separate different sensor elements, traces, or components to different layers and remove toolpaths that I don’t want. The ability to change the direction of tool paths has helped me the most — there’s no air pockets, and I have a very uniform trace width because I started printing in a designated safe region. Nick Levinski, MASc student, Mechanical and Mechatronics Engineering at the University of Waterloo ## Who’s using Voltera NOVA? ![ACI\_constrained](https://info.voltera.io/hs-fs/hubfs/ACI_constrained.png?width=469&height=281&name=ACI_constrained.png) ![Duke\_constrained](https://info.voltera.io/hs-fs/hubfs/Duke_constrained.png?width=617&height=281&name=Duke_constrained.png) ![NASA\_constrained](https://info.voltera.io/hs-fs/hubfs/NASA_constrained.png?width=443&height=341&name=NASA_constrained.png) ![Nextflex\_constrained](https://info.voltera.io/hs-fs/hubfs/Nextflex_constrained.png?width=1173&height=281&name=Nextflex_constrained.png) ![Princeton\_constrained](https://info.voltera.io/hs-fs/hubfs/Princeton_constrained.png?width=997&height=281&name=Princeton_constrained.png) ![UW\_constrained](https://info.voltera.io/hs-fs/hubfs/UW_constrained.png?width=1173&height=281&name=UW_constrained.png) # Learn more about NOVA Connect with our technical specialists to discuss your projects and get printing tips for flexible, stretchable, and conformable electronics. # Learn more about NOVA Connect with our technical specialists to discuss your projects and get printing tips for flexible, stretchable, and conformable electronics. ©2025 Voltera Inc.![](https://info.voltera.io/hubfs/_Voltera%20Brand%20Assets/Logos/Icon_light%20grey.png) All rights reserved. facebook-f icon linkedin-in icon Twitter icon instagram icon --- [![voltera logo](https://info.voltera.io/hs-fs/hubfs/2025_Wordmark-white-outline.webp?width=667&height=277&name=2025_Wordmark-white-outline.webp "voltera logo")](http://voltera.io) 123 Main Street, City, State 11111 Copyright © 2026, Voltera