This document discusses research and development in ultra-personalized products and services. It highlights several projects including smart textiles that adapt to the user, 3D body scanning to design custom-fitted products, and using additive manufacturing techniques like 3D printing to produce personalized items. The document emphasizes a user-centered design approach combining old crafts with new technologies like 3D scanning, 3D printing, and integrated sensors to create tailored, data-driven products and services.

1. Research & Development in Ultra Personalized
Products & Services
• Stephan Wensveen @swensveen
• Troy Nachtigall @trokyo

2. Movie Link: https://vimeo.com/142735987

3. with adidas AG, 2008

4. CRISP Smart Textile Services 2011-2015

5. /2011 CRISP Smart Textile Services

6. / / / /
Vigour by Martijn
ten Bhömer

8. / / / /
Vigour

9. Movie Link: www.kristikuusk.com

10. /
Link: http://www.crisprepository.nl/project/smart-textile-services

11. /This Fits Me (2014) by Leonie Tenthof van Noorden

12. ©
CLICKNL
|
Fieldlab
UPPS

13. Creative Industry for UPPS
• user centered design through tailored fit
• create value through innovative business models
• cross-over collaboration with Smart Industry
• combining ‘old’ crafts with new technology

14. data driven
Vigour (2015)
by Martijn ten Bhömer

15. connected networks
Phototrope (2015) by Pauline van Dongen
Movie Link: http://paulinevandongen.nl

16. printed electronics
Wearable Solar Shirt (2015)
by Pauline van Dongen

17. novel manufacturing
BB-Platform (2015) by Borre

18. 3d scanning

19. laser cutting
ThisFitsMe (2015) by Leonie Tenthof van Noorden

20. 3d printing
Custom Headphones (2009) by Brian Schuur

21. TEXTILE THINKING
PROJECT J
Troy Nachtigall

22. ANALYSE
3D body
scanning

25. ANALYSE
3D body
scanning
DESIGN
Co-creation
process
Design algorithm
programming

29. ANALYSE
3D body
scanning
DESIGN PRODUCE
Co-creation
process
Design algorithm
programming
Additive/advanced
manufacturing

31. L

34. PROPERTIES STANDARD VALUE UNIT TEST CONDITION
Shore hardness, method A ISO 868 82 SHORE A
Ul mate tensile strength DIN 53504 54 Mpa
Elonga on to break DIN 53504 700 % 200 mm/min
Compression set ISO 815 25 % 72 h; 23 °C
Impact resilence ISO 4662 42 %
Abrasion resistance ISO 4649 method A 30 mm^3
Tear propaga on resistance ISO 34-1 70 kN/m 500mm/min
Density ISO 1183-1 1200 kg/m^3
Tensile storage modulus ISO 6721-1,-4 48 MPa 20 °C
Tensile storage modulus ISO 6721-1,-5 33 MPa 60 °C
Extrusion-Melt Temperature 200-260 °C
FilaFlexTHE ORIGINAL ELASTIC FILAMENT FOR 3D PRINTING
Recreuswww.recreus.com
MADE IN SPAIN
CONSIDERATIONS
Filaflex is not a Medical grade material, cannot be used with direct contact with body fluids including direct
contact with blood
Filaflex is not designated to food contact or cosmestics applications.

35. ➤ Aesthetic Beauty
➤ Structural Support
➤ Dimensional Stability
➤ Thermodynamics
➤ Kinetic Comfort

38. ANALYSE
3D body
scanning
DESIGN PRODUCE
Co-creation
process
Design algorithm
programming
Additive/advanced
manufacturing
TEST

40. “…if there is no debate and discussion,
!
we will not improve our knowledge and
!
our creativity.”

41. movie by HammondImages

42. • Stephan Wensveen S.A.G.Wensveen@tue.nl
• Troy Nachtigall T.R.Nachtigall@tue.nl