The document discusses the future of industrial printing, including smart printing that can be used for manufacturing processes. It describes how industrial printing is moving beyond traditional graphics to enable functional printing, printed electronics, bio-medical printing, and smart packaging. The document outlines several applications of industrial printing, such as using printed antennas in cars or creating diagnostic kits through bio-medical printing. It argues that industrial printing will see growth in several key areas and can transform industries like healthcare through innovations in areas like wearable biosensors.
3. BEYOND COLOR AND GRAPHICS PRINTING?
Using traditional printing as a kind of 3D Printing (2D & 2.5D)
Deposition of fluids and Materials
Combining with color graphics or traditional applications
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4. WHAT IS INDUSTRIAL PRINTING IN A SMART WAY?
Smart industrial printing is:
• Print as a process (= manufacturing step) and not really print as a product (like a banner)
• Can be high volume and low cost (label) or low volume and high cost (watch face)
• Could be part of a product and has no value on its own (antenna)
• Could be functional print (antennas, batteries, contacts,…)
• Could be industrial decoration (marking, coding, …)
• Could be packaging decoration (bottles, jars, …)
• Could be bio-medical, electronics, interior decoration, …
Who? Industrial printing is more done by specialised service partners.
Why? Industrial printing is optimising production (time, cost and possibilities)
Industrial Inkjet brings new possibilites of mass customisation
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5. BUILDING BLOCKS OF THE FUTURE OF PRINTING
GraphicalDecoration
FunctionalPrintingPrintedElectronics
BioMedicalPrinting
In-MouldElectronics
D
D
SmartPackaging&labels
Sensors&wearables
IoT (Internet of Things)
IoT (Internet of Things) 5
6. WHERE IS GROWTH EXPECTED FOR INDUSTRIAL PRINTING?
1. Electronics
2. Décor & Laminate
3. 3D printing
4. Promotional/misc
5. Bio-Medical
Leading segments:
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8. INDUSTRIAL PRINT IS EVEN IN YOUR CAR!
Image courtesy of Sun Chemical
Adaptive
cruise
control
radar
Rear
windshield
Heating
system
Multi-
functional
antennas
Motor
block
sealing
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9. BIO MEDICAL PRINTING
Diagnostic kits:
• Healthcare- Pharmaceutical industry looks for quick, cheap ways to detect potential diseases
• Typically sold as over the counter (OTC) products (cfr pregency tests)
• Accurate detection based on blood, saliva, sweat, urine…
• Combination of:
• microfluid systems
• Printed Electronics
• Functional Printing
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10. BIO MEDICAL PRINTING
Bio-Medical printed solutions
In combination with smart wearables,
smart sensors and smartphones
Will change the health-care for ever!
Sweat-based monitoringSTD tester based on urine
Blood based monitoring
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11. BIO MEDICAL PRINTING: BIO SENSORS
Point of care diagnostics (POC)
• In situ/immediate testing.
• Close control and monitoring
VARIETY OF CONFIGURATIONS
- Wearable sensors
- Smart/packaging and control of food
- Implanted devices
- In-vivo formats
- etc
ASSURED (WHO)
Affordable
Sensitive
Specific
User Friendly
Robust
Equipment free
Deliverable
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15. VIDEOS OF INSPIRATIONAL PROJECTS FOR BRANDS
DJ set in a pizza box by Pizza Hut Wireless keyboard by KFC
https://youtu.be/1xVepNA60tMhttps://youtu.be/7H7RkIzNCJs
Audi TT brochure Hack
https://youtu.be/qzJ9InscjA0
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17. IN-MOLD ELECTRONICS: CROSSROAD OF IMD & PE
In-Mold Electronics: https://youtu.be/QDuc0YLFbds
Benefits of In-Mold Electronics:
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18. • The Inkjet Conference, 24&25 October 2017, Neuss (Düsseldorf), Germany
• European’s largest inkjet chemistry & engineering conference for inkjet
• Direct Container Print, 27&28 November 2017, Düsseldorf, Germany
• Direct to shape printing (plastic) for screen and digital
• GlassPrint, 29&30 November 2017, Düsseldorf, Germany
• All glass decoration flat & hollow with screen and digital
The 2017 ESMA Conferences
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19. THANK YOU FOR YOUR ATTENTION!
Q&A
AND SEE YOU SOON AT ONE OF OUR EVENTS
Peter Buttiens
E: pb@esma.com
T: +3216894353 19