PV Nano Cell

Company Overview

Snapshot

Founded in June 2009 by Eli Klein and Fernando de la Vega, PV Nano Cell operates with 11–50 employees. The company has raised $9.69 million across 8 funding rounds from 8 investors. In October 2022, PV Nano Cell secured a PIPE funding round from Teuza.

Business overview

PV Nano Cell provides comprehensive solutions for mass-produced inkjet-based printed electronics. The company's core offerings include proprietary Sicrys silver-based conductive inks, inkjet production printers, and a complete printing process that encompasses ink property optimization, printer parameter setup, and tailored printing instructions. PV Nano Cell's solutions cater to various digital printing applications across industries such as automotive, IoT, photovoltaics, printed circuit boards, flexible printed circuits, antennas, sensors, heaters, and touchscreens.

Strategic signal

In April 2021, PV Nano Cell announced the development of a new carbon-based ink for printing embedded resistors and capacitors, collaborating with market-leading companies, particularly in the automotive sector. This signals the company's strategic focus on expanding its intellectual property and product portfolio into high-value components, indicating a potential for increased market penetration and revenue growth in the printed electronics industry.

Company Intelligence Q&A

What was a significant product development announced by PV Nano Cell in 2021?

In April 2021, PV Nano Cell announced the development of a new carbon-based ink designed for printing embedded resistors and capacitors. The company is actively working with leading market players to develop digital printed resistors for various applications, including the automotive industry.

What was the outcome of PV Nano Cell's participation in the DigiMan project?

In March 2021, PV Nano Cell's conductive ink was successfully utilized in roll-to-roll inkjet printing of electronics as part of the DigiMan project. This project focused on developing sensor platforms for agro-industrial applications, demonstrating the effectiveness of PV Nano Cell's digital conductive printing solutions for mass production.

What strategic solution did PV Nano Cell introduce for the Internet of Things (IoT) in 2021?

In January 2021, PV Nano Cell introduced its 5D Complete Solution, which enables the digital printing of electronics for IoT applications. This solution builds upon the company's 3D printed electronics technology, addressing geometry, conductive ink optimization, and printing processes for R&D, prototyping, and mass production.

What was PV Nano Cell's involvement in the EU-funded TINKER project?

In December 2020, PV Nano Cell announced its participation in the EU-funded TINKER project. This initiative aims to develop cost- and resource-efficient additive manufacturing methods for automotive RADAR and LiDAR sensor packages, utilizing inkjet printing and nanoimprint lithography.

When did PV Nano Cell expand its application department services?

In July 2020, PV Nano Cell expanded its application department services by opening a new dedicated site in Migdal HaEmek, Israel. This facility supports increasing customer demand for printing solutions, process development, and printing services, also serving as a demo center.