APPLICATIONS, TECHNOLOGIES AND MARKETS - Kamitis · 52 Rue de la République 69002 ... OPYRIGHT C...

SAMPLE – FULL DOCUMENT AVAILABLE at: www.kamitis.com

COPYRIGHT © 2016 KAMITIS - ALL RIGHTS RESERVED SAMPLE SMART TEXTILES – APPLICATIONS, TECHNOLOGIES AND MARKETS: 2016 – 2021

Smart Textiles APPLICATIONS, TECHNOLOGIES AND MARKETS

2016 - 2021



Foreword

The textile industry has been undergoing a structural crisis for more than 30

years and has some difficulties in finding a level of suitable growth. However, the

sector’s potential of growth is important because of the emergence of new

outlets thanks to smart textiles and the increasing trend of Quantified Self.

Raising the subject of smart textiles does not imply to limit oneself only to the

textile industry. Quite the opposite, these new clothes are at the intersection of

multiple disciplines such as electronics, chemistry or computing. So,

technological advances are the foundations of these new offers even if they are

still facing numerous problems of acceptability and technical stakes connected

with their lack of maturity.

Smart textiles approach various markets and target specific consumers today.

Three major applications caught our attention: Sport, Health and Protection.

This study presents an overview of the technological advances, the socio-

economic researches, as well as a mapping of Smart textiles ’ actors across the

world. It also presents a forecast of the market from 2016 to 2021.



KAMITIS is a firm that specializes in scientific expertise, in business intelligence and technology watch, and in financing for innovation. We mainly operate through working with innovative companies, but also intervene on behalf of institutions.

For our clients, we produce state-of-the-art technology studies, market studies, technical and economic studies and benchmarking. We also assist them in identifying and obtaining the best possible financing for their projects.

Lyon 52 Rue de la République 69002 For more information:

[email protected] - www.kamitis.com

mailto:[email protected]

http://www.kamitis.com/



TABLE OF CONTENTS

Smart textile: Definition 3

Technologies 7 Applications 26

Sports application 27 Medical application 43 Protection application 64

76 Drivers and challenges of the market

77 The drivers of the market

85 The challenges of the market

92 Consumer Insights

93 Consumers’ expectations

101 Consumers’ breaks

107 Legal issues involved

115 Market forecasts

126 Mapping of companies and organizations

Collaborative projects 269

European projects 270 North American projects 282 Asian projects 295

Sources 297 List of figures 305 List of tables 306 List of boxes 307 Companies and organizations mentioned

308



List of figures

Figure 1: Process of reaction to the environment of smart textiles

Figure 2: Places where Frenchmen practice sports in 2009 and 2014

Figure 3: The price of a gym membership vs the price of a smart textile

Figure 4: The five most practiced sports are indoor sports, running, walking, swimming and cycling.

Figure 5: Practice of sports by age bracket

Figure 6: Average annual spendings for workout shoes and clothes by age bracket

Figure 7: Reasons to quantify yourself

Figure 8: People who wish to acquire a smart textile for a sports use

Figure 9: Evaluation of the value for money of smart textiles

Figure 10: Satisfaction rate of people who own smart textiles

Figure 11: Progressive abandonment of connected bracelets

Figure 12: Quantified Self enthusiasts

Figure 13: The reasons of the Quantified Self detractors

Figure 14: The use of smart textiles in the healthcare sector

Figure 15: What consumers think of the benefit of smart textiles for healthcare

Figure 16: Opinion of people who are reluctant to the use of smart medical textile regarding their utility Figure 17: Portion of Frenchmen who consider that connected objects are a source of help to manage their health Figure 18: The telemedicine market (in millions €)

Figure 19: Growth of the number of health mobile applications (in thousands)

Figure 20: Functioning of a medical, smart and connected textile

Figure 21: Portion of the population over 60 in 2020 Figure 22: Risk of a chronic pathology according to one ‘s age

Figure 23: Smart textile for home support

Figure 24: Reassuring factors as to the confidentiality of data

Figure 25: Medical data and health data

Figure 26: Marketing authorization processes

Figure 27: Proposition for the declaration of conformity of connected health devices

Figure 28: The condition for the refund of medical smart textiles

Figure 29: Functioning of Bioserenity’s smart t-shirt and hat

Figure 30: Functioning of a smart textile used for protection purposes

Figure 31: New threats

Figure 32: The sociodemoraphic driver

Figure 33: Demography of the European population from 1991 to 2060

Figure 34: Risks of having a chronic disease according to one’s age Figure 35: The technologic driver

Figure 36: The economic driver

Figure 37: The sectorial driver

Figure 38: Division of companies on the smart textiles market according to their size Figure 39: Development costs and finished products sales price Figure 40: Regulatory challenges

Figure 41: Technical challenge

Figure 42: Value chain of smart textiles

Figure 43: Economic challenge

Figure 44: social challenges to overcome

Figure 45: Portion of consumers for whom comfort is the priority

Figure 46: Consumers’ buying intention

Hausse des

coûts



Figure 47: Applications for which consumers would want a smart textile

Figure 48: What consumers think of the benefit of smart textiles for sports

Figure 49: What consumers think of the benefits of smart textiles on health

Figure 50: Portion of consumers that dread the durability of smart textiles with time

Figure 51: What companies could do to reassure potential users

Figure 52: The price consumers would be willing to pay for smart textiles

Figure 53: The fears of consumers

Figure 54: Portion of people willing or not to share their data

Figure 55: Pairing up methods of protection for smart textiles

Figure 56: Global market of smart textiles (in millions USD)

Figure 57: Global market of smart textiles by application (in millions USD)

Figure 58: Market share of the applications on the global market of smart textiles (in %)

Figure 59: Global market of protective smart textiles (in millions USD)

Figure 60: The global market of sports smart textiles (in millions USD)

Figure 61: Global market of medical smart textiles (in millions USD): Figure 62: Global market of the textile industry (in millions USD):

Figure 63: Growth trajectories of the smart textiles market and the textile industry (In %) Figure 64: Growth of the share of smart textiles in the textile industry

List of tables Table 1 : The energy supply of smart textiles

Table 2: Global market of smart textiles (in millions USD):

Table 3: Market shares of the applications on the global market of smart textiles

Table 4: Global market of protective smart textiles (in millions USD)

Table 5: The global market of sports smart textiles (in millions USD)

Table 6: Global market of medical smart textiles (in millions USD): Table 7: Global market of the textile industry (in millions USD): Table 8: Growth rates of the textile industry and of the market of smart textiles

Table 9: Share of smart textiles in the textile industry



Non-exhaustive list of companies and organizations mentioned in this study:

3M, Addestino innovation management, Aichi Institute of Technology, AiQ Smart Clothing, Alexium, Amsilk, Apple, Ardeje, Aristote University of Thessaloniki, Arsenal Medical, ASSIST, Association espagnole de pédiatrie d’attention primaire (Aepep), ATEVAL, Athens Technology, Athos, ATM, Babyguard, Baltex, Base Structure, BASF, BCB internationale limited, Bebop, Belectric OPV, Bioserenity, Bleu Forêt, Bluestar Silicone, Boditrak, Bodycap, Bodysens, Bonar Technical Fabrics, Boston Dynamics, Brochier Technologies, Cambridge Consultant, Carel, Carré Technologie, Catalyse, CEA LETI, Center, Florentia Fourli Kartsouni, Centexbel, Centre d’optique, photonique et laser de Montréal, Centre hôspitalier regional de Lille, CETEMMSA, CETI, Chr Dalsgaard Project Development, Chromat, Circo, Cityzen Science, Clara Swiss Tech, Clothing+, CNIL, CNOM, Cogent Technologie , Colchones Delax, College of engineering (USA), Corderie Meyer Sansboeuf, Cortrium, Creative Materials Incorporated, Croydon Health Services NHS Trust, CSEM, CSMO Textile, Cute Circuit, Cyclelab,Darpa, Dayton, Departament d’Interior Catalunya, Deutche institute fur textile, Deutsches forschungszentrum fuer kuenstliche intelligenz, DFKI, Diaxirisi, Diffus Design, DMD, Doublet, Dow Chemical, Dracula Technologie, Dräger, DRS Technologies, DuPont, E.Cima, Ecole Polytechnique de Montréal, Ecole Polytechnique fédérale de Lausanne, EEN, Eidgenoessische technische hochschedule, Elbit Systems, Eleksen, Elektex, Elektrisola Feindrah AG, ElektroCouture, Elmarco, Enfucell, Ensait, Entellfibres, Eram, Ereo, Euracli, European Apparel and Textile confederation, Exo, Exus, FDA, Federation of The European Sporting Goods Industry (FESI), Fibroline, Fluence Therapeutics, Footfalls & Heartbeats, Fraunhofer-Einrichtung, Freudenberg, FTC, GEM Innov, General dynamics Canada, Glagla, Google, Grafixoft, Greater manchester fire & rescue Authority, Gremi Textil de Terrassa, Groupe CTT, Groupe Eolane, Groupe Mérieux, Gym Intelligence, H2c brands, Harvard University, Heddoko, Heritage Bank, Higher education Corporation, Hoeskolan i Boras, HT Concept, HT Hermès, I3S, IFTH, IFV, Imprint Energy, Infineon, Infoscitex, Innova Eszak, Inotex, INRS, Institut fur Texitiltechnik, Institut national de la santé et de la recherche médicale, Institute of Biology Valrose, Instituto Italiano di technologia Politecnico di Torino, Intel, Intelligent Textile LTD, Interactive Wear, International Fashion Machine, Inventya Ltd, Isorg, ITP GMBH, IWT, Jabil Circuit, Jenax, Kaist, Katholieke Universiteit Leuven, KeyCaseTM, Kingston University, Klinikum Vest, Kolon Glotech, Kostas Siamidis, Kristonics GmbH, L-3, La industrial Algodonera, Lafuma, Laser Prismatics, Lechal, Leitat , Leo, Levi Strauss, LifeBEAM, LifeSense, Lindstrand Technologies, Logitech, Lost Explorer, MAD Apparel, Malakoff Médéric , Marktek Inc, Massachussetts Institute of Technology, Masseboeuf, Medappcare, Methode Electronics Incorporated, Microsoft, Midlinghtsun, Millesia, Mimobaby, Ministère de la santé du Japon, MOAI Technology, Modulight, Montdor, Moolab, Motson, Mulliez Flory, Nanosonic, Natic soldier RD&E Center, National Center for sensors research, National Science Foundation,



Neomedlight, Next technology tecnotessile, Nilka tekstil sanayi ve ticret, Noble Biomaterials, Nolla, North American Electric Reliability Corporation, North Carolina Ultrasound Society, Nottingham Trent University, NPL, NTT Docomo, Numetrex, O’Neill, Odea, Ohio State University- ElectroScience Laboratory, Ohmatex, OM Signal, Organisation Mondiale de la Santé, Outlast Technologies, Paneratech, Patria, Payen, Peerless Plastic Coating, Peratech, Percko, Phillips, Phoceis, Physical Optics Corporation, Pianeta, Pin Arboledas, Power Suit, Primo1D, Proplast, Puls@care, Qualiflow Therm, Raidlight, Ralph Lauren, Raytheon, Reden, Rheinmetall Canada, Rhodia Solvay, Royal College of Surgeons in Ireland, RWTH-Aachen University, Saab, Sage, Sarvint, Schoeller, SDIS 13, Sefar Filtys, Selex, Sensoria, Service Public Fédéral Intérieur (Belgique), Shiftwear, Siemens, Sigfox, Silic, Silk&Progress, Smart Solution Technology, Smartex, Smartlife, Società nazionale du Ricercan Telecom Bretagne, Sofileta, Soliani EMC, SRI International, Stadt Dortmund, Sunpartner Technologies, Swiss Shield, Tagsys, TE Connectivity, Tecnalia, Teijin, TenCate, Texclubtec, Texinov, Texisense, Textile Research Institute of Thuringia-Vogtland, Textrace AG, Textronics (Adidas), Thalés, Therm-IC, Think and tinker limited, Thremshield LLC, Tibtech, Timocco, Toray Industries, TWI Limited, UK Intelligent Systems Research Institute, Under Armour, UNESCO, Universidade de Coimbra, Universitaet Passau, Universitat zu Kiel, Université Brunel, Université Catholique de Louvain, University of Central Florida, University of California, University of South Carolina, Université de Chemnitz, University of Delaware, University of Dresden, University of Eindhoven, University of Gent, University of Nottingham, University of Pennsylvania, University of Slovenia, University of Southampton, University of Stanford, Université Lyon 1, Université Lyon2, Université Rovira I Virgili, Universiti Malaysia Perlis, University of British Columbia, University of West Ontario, US Army Soldier Systems Center, Varta Microbattery, VDS Weaving, Visijax, Vivometrics, VTT, Waltham, Wearable Computing Laboratory (Australia), Wearable Life Science, Zoll - Life Vest



Technologies



The drivers and

challenges of the

market

Some signals allow us to claim that smart textiles should

generalize in the near future.



Consumer Insights The consumers’ demand goes further than the product itself.

They want assistance and personalization. A simple curve

concerning their run or loss of influence is not enough.

The study we led with a panel of 143 people proves it:

Figure 46: Consumers’ buying intention

People who want to buy a smart

textile (26.6%)

People who do not want to buy a

smart textile (14.4%)

People who do not know (54%)

People who did not answer (5%)

Consumers want a

product that is

aesthetically pleasing,

functional, comfortable

and that provides a real

added value.



The legal issues

involved

Different laws protect

individuals from the

exploitation of their

personal data.

Intellectual

property is a

delicate point in

consortium

contracts.



Market forecasts The global market of smart textiles is estimated at $566.33

million in 2016 and should reach $1,491.33 million in 2021 with

a double-digit growth during the studied period.

Table 2: Global market of smart textiles (in millions USD):

Years 2016 2017 2018 2019 2020 2021

Volume (millions USD) 596.33 688.16 867.18 1027.69 1228.07 1491.33

Growth rate 20.50% 15.40% 26.02% 18.51% 19.50% 21.44%

Figure 58: Market share of the applications on

the global market of smart textiles (in %)

Protection

Sports

Health

Figure 63: Growth trajectories of the smart textiles market

and the textile industry (In %) :

Growth rate of the smart

textiles market

Growth rate of the textile

industry



Mapping of companies

and organizations Close to 130 companies and 14 organizations relevant in the

sector of smart textiles were cataloged.

APPLICATIONS, TECHNOLOGIES AND MARKETS - Kamitis · 52 Rue de la République 69002 ... OPYRIGHT C...

Documents

Transcript of APPLICATIONS, TECHNOLOGIES AND MARKETS - Kamitis · 52 Rue de la République 69002 ... OPYRIGHT C...