Printed and Organic Electronics

Can you picture how electronic displays, transistors and energy sources roll out from traditional printing machines; quickly, cheaply, and eco-friendly? Can you imagine smart labels communicating with Internet services just by touching them? At RISE Acreo, we can and we do.

Printed Electronics offers tremendous opportunities in creating new and exciting products using traditional printing tools to add electronic and bio-electronic functions to paper and plastics. With the view to use innovation for growth - Acreo is primarily focusing on four applications in the field of Printed Electronics: Internet of Things, Packaging, Health Care and Construction.

Internet of things

In the future things will be connected to each other, communicating over the Internet. Acreo together with Linköping University and Ericsson have developed a new technology where printed labels – containing a printed antenna, a chip and a small printed battery – can transmit a package of data, such as a short message or an identity. By just touching the label, the information is sent through the person’s body to a hyper-sensitive receiver that is contained in a connected mobile device, such as a smart phone. This innovation opens up for a wide range of possible applications in for example logistics, packaging and printed media.

See how it works:


Printed displays are part of the core competences of Acreo. The Acreo display is cheap, ultrathin, biodegradable and possible to produce with conventional printing processes. The graphics and the display can be printed directly onto the surface of the package enabling a completely new type of communication with the customers in mass produced packaging. The printed displays require very low voltage. They are robust and withstand heat, rough handling and dust. Possible applications are packages and labels for logistics tracking, food industry, smart cards and medtech.

Health care

How about smart pharmaceutical packaging that tells you when it is time to take your medicine and that also ensures the correct medication, or one-time analysis systems printed on paper for self-diagnosis and self-care? Or why not whole societies where buildings, machinery and instruments can communicate with each other and with humans through wireless labels? Acreo´s printed biosensor is a unique biosensor concept, developed by Acreo in cooperation with Linköping university, presenting a new paradigm in inexpensive bio-sensing devices. The biosensor includes printed components integrated with a silicon chip, which together form an integrated printed bio-sensing system. The main focus is towards point-of-care system applications, such as home monitoring and diagnosis of kidney disease, heart disease and cancer.

Acreo is also working together with Linköping University and Karolinska Institutet to develop a set of bio-electronic components and their corresponding manufacturing routes. Electronically switchable (bio-)surfaces for cell growth and ion pumps for in vivo communication are examples of joint areas of research and development.


Printed sensors in building materials can register moisture, temperature and in the near future also mildew and other damage. This technology provides a higher material standard as well as increased safety and security for the individual. Our spin-off company Invisense has tested to integrate printed humidity sensors into the walls of new houses, in cooperation with PEAB, and is currently developing the printed humidity sensor 2.0. 


Printed Electronics Arena

PEA cooperates with industry and entrepreneurs to develop business opportunities within Printed Electronics. Our pilot-plant, PEA Manufacturing, is the heart of PEA and also the major test environment for the production of Printed Electronics in Sweden. At PEA-M we develop prototypes and carry out small scale production with the purpose to bridge the gap between research and the volume manufacturing of new products. Expertise is available in areas such as graphic design, physics, chemistry, machine operation and project management. PEA-M was recently designated European “Pilot line Demonstrator” – an example of a successful test environment for the development of prototypes as well as production.

Go to PEA


Product sheets

Printed Electronics


Peter Andersson Ersman
Ph.D., Senior Scientist
+46 761 158855
peter.andersson.ersman [at]

Valerio Beni
PhD, Senior Scientist
+46 (0)72 516 86 07
Valerio.Beni [at]

Robert Brooke
+46 76 139 18 97
robert.brooke [at]

Peter Dyreklev
PhD / Project Manager
+46 (0)761 15 88 65
peter.dyreklev [at]

Jesper Edberg
Research Scientist, PhD
+46 70 573 54 66
jesper.edberg [at]

Patrik Eriksson
Laboratory Engineer
070 303 80 57
Patrik.Eriksson [at]

Göran Gustafsson
Department Manager
+46 (0)705 82 29 04
goran.gustafsson [at]

Lars-Olov Hennerdal
Development Engineer
+46 (0)70 878 57 59
lars-olov.hennerdal [at]

Tommy Höglund
Process Manager
+46 (0)72 245 46 74
tommy.hoglund [at]

Roman Lassnig
Development Engineer
+46 (0)70 347 56 27
roman.lassnig [at]

Ulrika Linderhed
Development Engineer
+46 (0)72 561 19 77
Ulrika.Linderhed [at]

David Nilsson
Research Scientist
+46 (0)76 115 88 62
david.nilsson [at]

Marie Nilsson
Laboratory engineer
+46 (0)76 115 88 54
marie.nilsson [at]

Petronella Norberg
Group Manager, Project Manager
+46 (0)73 640 45 15
petronella.norberg [at]

Björn Norberg
Sales Manager
+46 707 671200
bjorn.norberg [at]

Mats Sandberg
Senior Researcher
+46 (0)76 1158859
mats.sandberg [at]

Negar Sani
+46 (0)70 367 86 72
negar.sani [at]

Anurak Sawatdee
Development Engineer
+46 (0)76 115 88 60
anurak.sawatdee [at]

Jan Strandberg
Development Engineer
+46 (0)72 507 61 43
Jan.Strandberg [at]

Xin Wang
Development Engineer
+46 (0)76 115 88 56 [at]

Pawel Jerzy Wojcik
PhD, Senior Scientist
+46 72 515 92 95
pawel.wojcik [at]

Jessica Åhlin
Laboratory Engineer
+46 (0)76 115 88 63
jessica.ahlin [at]


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