Voltera

Meet NOVA — The world's first direct-write, extrusion printer for soft, stretchable, and flexible electronics. With NOVA, you can print anything. On everything. Explore the possibilities at www.voltera.io 🚀 #FlexibleHybridElectronics #AdditiveElectronics #ResearchAndDevelopment #LabEquipment #Voltera #VolteraNOVA

It can get pretty cold here in Canada, so we took matters into our own hands and designed a heated glove using silver conductive ink printed directly onto cotton fabric ❄️ Check out the full video here: https://hubs.ly/Q030nFYp0 Materials used: 🧤 Cotton fabric 🧪 Printed Fixed Resistance Heater Ink from ACI Materials 🖨️ NOVA materials dispensing system #VolteraNOVA #Wearables #PrintedElectronics #Electronics

You might have heard about flexible hybrid electronics (FHEs), printed electronics (PE), and flexible PCBs (FPCBs), but how can you tell the difference between each? Learn about FHEs here: https://hubs.ly/Q030nGMF0 #Voltera #PrintedElectronics #PrintedCircuitBoard

Brighten up the end of 2024 with electroluminescence!✨ We printed our logo with SARALON GmbH inks - no LEDs involved! We couldn't be happier with how it lights up! Take a look at the full project breakdown: https://hubs.ly/Q030nKfz0 #VolteraNOVA #PrintedElectronics #Electronics #Displays

Have you heard of e-trees?🎄 We love this holiday greeting and seeing what our customers create using NOVA, our materials dispensing system. #VolteraNOVA #PrintedElectronics #FlexibleHybridElectronics #Electronics

NOVA makes a great addition to... your kitchen over the holidays?🍪 Throwback to when we got NOVA to help us with our holiday baking! (Even though NOVA can be used to dispense icing, we don't recommend you use it for cooking!) #Voltera #VolteraNOVA #Holiday

Just as a friendly reminder, our office shuts down on the 24th for the holidays. We'll be back on January 2nd. See you next year!👋 #Voltera #Holiday

Electrostatic discharge can cause serious integrated circuit (IC) failures. That's why it's important to take measures to mitigate it. Researchers at Lawrence Livermore National Laboratory used 3D printing to apply silicone resin foams over electronic components to protect them against electrostatic discharge. An added benefit is that this material also cushions components from mechanical impact. Want to learn more details about how it works?: https://hubs.ly/Q02_Gfsy0 #Electronics #PrintedElectronics #DirectInkWriting #MaterialsDispensing #MaterialsDispensingSystem #Electrostatic #PCB #PCBs #PrintedCircuitBoard #Circuit

In-mold electronics (IMEs) are key for automotive, aerospace and consumer electronics. By incorporating electronic elements into molded plastic objects, electronic interfaces are becoming more durable and more functional than ever before. IDTechEx projects that the market for IMEs will increase to $2 billion USD by 2033. Conductive inks for IMEs must be able to withstand high temperatures and stretching, while keeping strong conductivity. Some ink suppliers that make IME inks include: Celanese Creative Materials, Inc. Dycotec Materials GenesInk Learn more about IMEs here: https://hubs.ly/Q02_G0TC0 #Voltera #VolteraNOVA #Electronics #PrintedElectronics #ConductiveInk

The market for antennas is projected to increase to $34.34 USD billion in 2029, according to Mordor Intelligence. Driving this change is: 📱Rise in wireless communication 🖥️Increase in internet usage 🏙️Development of smart cities Want to learn more about the future of antenna innovation? Learn more here: https://hubs.ly/Q02_F_Q70 The images are an RFID tag we printed using Copprint conductive copper ink. #Voltera #VolteraNOVA #PrintedElectronics #Electronics #Antennas