PV Nano Cell

Single-crystal Conductive Nano Inks

Industrial Technologies
Public on OTC on Dec, 2016

Company Overview

Snapshot

Founded in June 2009 by Fernando de la Vega, PV Nano Cell operates with 11–50 employees. The company has raised $9.69M across 8 funding rounds from 8 investors. In February 2017, PV Nano Cell acquired digital printer manufacturer DigiFlex.

Business overview

PV Nano Cell provides comprehensive solutions for mass-produced inkjet-based printed electronics. Its core technology includes proprietary Sicrys silver-based conductive inks, inkjet production printers, and optimized printing processes. The company's solutions cater to a wide array of digital printing applications across various industries, including automotive, IoT, photovoltaics, printed circuit boards, flexible printed circuits, antennas, sensors, heaters, and touchscreens.

Strategic signal

In March 2021, PV Nano Cell demonstrated roll-to-roll continuous inkjet printed electronics using its Sicrys conductive ink. This development signals significant progress in scaling up manufacturing capabilities for printed electronics, indicating the company's potential to enable high-volume production for various applications and further integrate its material science into industrial processes.

Company Intelligence Q&A

When did PV Nano Cell go public?
PV Nano Cell went public on the OTCQB Market in December 2016.
What was a key strategic acquisition for PV Nano Cell?
In February 2017, PV Nano Cell signed a Letter of Intent for the acquisition of digital printer manufacturer DigiFlex.
Which investors participated in PV Nano Cell's August 2013 funding round?
In August 2013, PV Nano Cell completed a funding round with participation from.
What significant grant did PV Nano Cell's DigiFlex receive?
In March 2018, PV Nano Cell's DigiFlex was awarded an R&D grant from Eurostars for its SINTERINK Project.
What new product development did PV Nano Cell announce in April 2021?
In April 2021, PV Nano Cell announced the development of new carbon-based ink and the capability for printing embedded resistors and capacitors for customers.

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