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PV Nano Cell and Their Sicrys Conductive Inks are Bringing Us One Step Closer to 3D Printed Electronics

by • March 24, 2016 • No Comments

3dp_pvnanocell_logoThe Sicrys family of conductive inks are based on innovation that create narrower conductive patterns with minimum waste results when utilized during digital inkjet printing. The inks were created to be utilized for the weight production of printed electronics and that industry’s incredibly demanding requirements. PV Nano Cell, the maker of high end single-crystal nanometric conductive digital inks, and their dispersion innovation is capable of building a few highly efficient electronics. Products created with the inks contribute improved conductivity, excellent electrical properties and create less waste than traditionally maked electronics. The company has only added their new copper Sicrys conductive ink, that is in fact the initially copper-based nanometric solution on the market on the market.

Sicrys single crystal nanoparticle inks.

Sicrys single crystal nanoparticle inks.

PV Nano Cell can be revealing off their entire portfolio of Sicrys conductive inks to LOPEC 2016, the international printed electronics actuallyt being held in Munich, Germany on April 6th and 7th. Their new inks are a massive leap forward in the race to perfect the system of 3D printing electronics, and products created with them can have applications in computing, wearable devices and is most likely to play a sizeable role in the continued development of the Internet of Things. The Sicrys inks are expected to finally make the weight production of printed electronics possible, a fewthing that has never been viable previously.

“LOPEC 2016 can be particularly amazing, as 3D printed electronics are on the verge of becoming reality. 3D printed electronics with embedded electronics inside the structural material can revolutionize the use of electronics and data usage. Printed electronics can soon become integrated into daily life, of customized electronics to medical devices,” explained PV Nano Cell CEO Fernando de la Vega.

Solar cells created with Sicrys inks.

Solar cells created with Sicrys inks.

The cost effective and sustainable Series inks can allow massive leaps forward in the building of things like mobile phone antennas and fully-functional printed circuit boards. The materials can lead to thinner and smaller in size smartphones and other Internet of Things connected devices. PV Nano Cell’s Sicrys conductive ink materials are created via single crystal nanoparticles, that are perfect for 3D printing on flexible materials like plastic, fabric or actually paper. Their newly created copper nanometric conductive ink contributes the same high-grade performance of Sicrys silver ink but in addition contributes exceptional cost-efficiency, building 3D printed electronics cheaper and additional accessible to everyone.

3dp_pvnanocell_sicrys_inksFounded back in 2009, PV Nano Cell makes their Sicrys family of conductive inks for companies all over the world. In addition to the good results that they are starting to find with the Sicrys materials, they in addition make a full range of 3D printed electronics applications, 3D printed circuit boards, RFID, sensors and smartphone touchscreens. One of the sizeablest parts of the company is their extensive R&D division that constantly seeks to hustle the current boundaries of innovation additional.

PV Nano Cell was not long ago awarded the IDTechEx 2015 for Best Development in Materials for 3D Printing. They can be showcasing their industrial inkjet printing applications this year at LOPEC 2016. If you are going to be in Munich and so you can check out their innovation on exhibit at Hall B0, Booth 109 at LOPEC (April 6th and 7th). And you can find out additional of PV Nano Cell and their conductive ink materials by going to their website.