PolyIC

In-Mold Electronics: Starting Simple to Reach One Billion Dollars

In-Mold Electronics (IME) will one day become a well-established process with a well-developed ecosystem and a mature, easy-to-use design-to-product workflow. This process will become the basis of many novel structural electronic designs and products.

IDTechEx Interview with PolyIC at Printed Electronics USA

Video interview with PolyIC at the Printed Electronics USA event.

IDTechEx interviews PolyIC at Printed Electronics USA

This interview was taken at the IDTechEx event Printed Electronics USA.

Organic Semiconductors: So Where Now?

Organic semiconductors have been in development for around two decades but are not used in any commercial product today, despite heavy investment and research efforts. This article discusses the early promise versus unmet expectations from this technology.

Printed Electronics Technology, Supplier and Case Study Snapshot

The following article summarizes the current status of the main printed electronics technologies for components in consumer goods and healthcare applications, providing for each one market drivers, case studies and key suppliers, cost structures and challenges.

PolyIC attends research consortium on organic photovoltaics

PolyIC announces the start of the research project POPUP.

The RFID Market and the Opportunity for Printed Electronics (2)

In the previous article we looked at the size of the RFID market and how printed electronics was impacting the manufacturing of antennas for RFID tags. In this article, IDTechEx explores the latest progress in replacing the silicon chip in an RFID tag.

Printed Electronics USA covers the dynamic ITO replacement market

The transparent conductive film (TCF) and glass (TCG) market is booming and fast becoming transformed. This market is forecast to grow to $6.3 billion market in 2024.

Printed sensors: an overview

There is an increasingly greater need for a wide choice of sensors to make objects smarter, safer and more responsive. Printing is the natural way to process wet inks and pastes, and it is therefore no surprise that printing has been used to make sensors for years. But there are new materials appearing, taking advantage of the progress that have been enabled by printed electronics. The article gives an overview of what is currently happening in the field of printed sensors. In particular, we will overview main trends in commercialising printed glucose sensors, force and pressure sensors, image and light sensors, gas sensors and temperature sensors. We will highlight key companies commercialising each printed sensor type.