Pioneering the Future with Human Sensing The Latest in Flexible Electronics Technology – Printable Electronics 2018 –

TOKYO–(BUSINESS WIRE)–#flexible–The Converting Technical Institute and JTB Communication Design will
hold Printable
Electronics (held consecutively with new functional material and
3DecoTech Expo) over the three days from Wednesday, February 14 to
Friday, February 16, at Tokyo Big Sight.

Now in its 10th year, Printable Electronics brings together all of the
materials and process technologies required to fabricate electronic
circuits and devices with printing technology. Contributing to the
expanded production of flexible and wearable devices for IoT
applications, Printable Electronics will focus on the features of
“light,” “thin,” “bendable,” “stretchable,” and “connectivity” as we
exhibit those future technologies that will change the fields of sports,
entertainment, medicine, and nursing care through human sensing.

The consecutively held seminars will cover the RFID technologies being
tested for adoption in the distribution and retail industries in terms
of the state of commercialization, current issues, and application to
packaging via circuit printing.

We hope you look forward to this event as we turn the technology of
dreams into reality.

————————- [ Exhibitor
Pickup ] ————————–

GUNZE
[Booth No. 2V-07, Flexible Electronics Experience Zone]
Knit
wire
We made soft electronic wiring that is knitted by combining
UEW, elastic yarn, and etc. Wiring width is 10 mm, there are 2 kinds of
3 lines and 4 lines, the resistance value is about 5 ohm / m per 1 line.
It can be used for LED lighting and electric communication, etc. Since
the conductor line part is insulated, it is difficult to short-circuit
even if it is bent or twisted.

Yamagata
University Innovation Center for Organic Electronics (INOEL) [Booth
No. 3V-27]
Flexible organic LED panels
Innovation Center for
Organic Electronics (INOEL) at Yamagata University is a Center for
advanced technology research in organic electronics. Yamagata
University, companies, and public institutions are collaborating under
one roof, and we promote technical development which realizes the
industrialization.

Yamagata
University ROEL Printed Device Technology Research Division [Booth
No. 3T-25]
Flexible wireless communication biometric printed sensor
It
is a very thin, light, bendable and printable biosensor capable of
wireless communication.

Future
Ink [Booth No. 3T-28]
Printed Vital Sensor Sheet
We
developed a printed pressure sensor sheet with high sensitivity and
large area using a piezoelectric polymer material. It is possible to
measure vital signals (pulse wave, respiration), and we are considering
application to bed sensors. As a film type pressure sensor, it can be
applied to various fields.

Elephantech
[Booth No. 2U-02]
Flexible printed wiring board P-Flex
Flexible
printed wiring board (PWB) manufacturing technology that utilizes inkjet
printing and copper plating.

CEMEDINE [Booth
No. 2V-07, Flexible Electronics Experience Zone]
Conductive
adhesive CEMEDINE SX-ECA series
It is a conductive adhesive that is
cured from room temperature and has flexible cured physical properties.
Electronic components can be mounted on films that can not be heated.

Shimane
Institute for Industrial Technology [Booth No. 2Y-06]
Printed
proximity sensor oriented to medical care, nursing care market
Flexible
proximity sensor fabricated by printing method can detect conductors at
a distance, so it is expected to be widely used such as bed leaving
monitoring (presence / absence monitoring) at nursing field and
respiratory monitoring at medical field. Currently, we are promoting
development for practical application such as demonstration experiment
of this sensor.

YUASA
SYSTEM [Booth No. 2U-07]
Tension-Free Folding
Clamshell-type
Clamshell type test machine can be tested by tiny
banding radius. Not place the tensile stress on the sample.

(random order)

• Pre-registration for free admission: http://convertechexpo.com/en/for_visitors.html
• Seminars (RFID, Flexible OLED materials etc.): http://nanotech2018.jcdbizmatch.jp/en/Presentation/Info/Main/4

Exhibition Outline
Printable Electronics 2018
(Concurrent
Events: neo functional material / 3Decotech Expo)
February 14
(Wed.)–16 (Fri.) 2018 at Tokyo Big Sight
[Organizer] Converting
Technical Institute
[Co-organizer] JTB Communication Design

Contacts

[Inquiry]
Converting Technology Exhibition Secretariat
(c/o
JTB Communication Design)
Ayumi Suzuki / Maiko Uchiyama,
+81-3-5657-0761
[email protected]