Full profile interview
25 Mar 2018

Voltera
Voltera was started by three cofounders working as electrical PCB designers, Alroy Almeida, James Pickard and Jesus Zozoya in 2013.
Included are:
Youtube interview
9 Jan 2018

Printing nanoparticle based conductive ink
The Voltera V-One creates prototype circuit boards on your desk.
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Event summary
13 Dec 2017

Report on IDTechEx Show! USA 2017
The following article summarises some of the key observations made by IDTechEx analysts during the IDTechEx Show! It contains details of many of the companies demonstrating products during the exhibition, notable presentations given and summaries of relevant conversations and recent updates.
16 Nov 2017

IDTechEx Printed Electronics USA 2017 Award Winners
At the 14th IDTechEx Printed Electronics USA conference and exhibition held in Santa Clara on November 15-16, four organizations were honored for their great achievements in developing and commercializing printed electronics technologies.
External press release
20 Apr 2017

Ontario Government recognizes flexible and printable electronics
The Canadian Printable Electronics Industry Association has secured funding support from the Government of Ontario's Ministry of Economic Development and Growth - the first provincial government in Canada to recognize the value of this manufacturing sector to the nation's innovation-driven economy.
22 Mar 2017

Unparalleled market insights of 3D printing at the IDTechEx Show! -
IDTechEx are delighted to be back in Berlin on 10-11 May for the annual 3D Printing Europe event and offers the opportunity for key innovators and end-users across several verticals to share their insights and expertise in the leading edge of additive manufacturing
Full profile interview: SWOT
15 Jun 2015

Pulse Electronics
14 Apr 2015

Will Printed Electronics & 3D Printing disrupt PCB rapid prototyping?
The vast majority of electronic circuits are currently made using Printed Circuit Boards (PCBs) that are both rigid and flat. The market for traditional Printed Circuit Boards (PCBs) currently stands at around $60bn. This established technology is used across a variety of different final applications.
Several technologies related to traditional PCBs are now emerging in the form of commercial products that address one or more of the limitations with traditional PCBs. Some of these new technologies aim to improve the current workflow by allowing traditional PCB designs to be prototyped more quickly, cheaply and locally. Other new technologies aim to fill gaps in markets such as wearable technologies where rigid PCBs have significant limitations. Finally, some new technologies promise to completely revolutionise the electronics industry by allowing fully 3D printed electronics with traces and components used anywhere inside an object.
Full profile interview: SWOT
23 Feb 2015

Cartesian Co
Full profile interview: SWOT
23 Feb 2015

NanoDimension
Full profile interview: SWOT
18 Feb 2015

BotFactory