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Copyright © 2016 IDTechEx | www.IDTechEx.com ETextiles Enabling Wearables Forecasts, Technologies, Trends & Opportunities Raghu Das, CEO, IDTechEx [email protected]

IDTechEx Research: E-Textiles Enabling Wearables

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Page 1: IDTechEx Research: E-Textiles Enabling Wearables

Copyright  ©  2016  IDTechEx    |    www.IDTechEx.com

E-­Textiles  Enabling  WearablesForecasts,  Technologies,  Trends  &  Opportunities

Raghu  Das,  CEO,  IDTechEx  [email protected]

Page 2: IDTechEx Research: E-Textiles Enabling Wearables

Copyright  ©  2016  IDTechEx    |    www.IDTechEx.com

idtechex.com/research

E-­Textiles  2016-­2026

E-­Textiles:  Electronic  Textiles

www.IDTechEx.com/textiles

Page 3: IDTechEx Research: E-Textiles Enabling Wearables

Copyright  ©  2016  IDTechEx    |    www.IDTechEx.com

A  Brief  History  of  Wearables

1600 1800 1950 1970 1985 20001900 2004 2008 2012 2013 2014 2015

• For  over  200  years  wearable   technology  has  mainly  consisted  of  watches,  followed  more  recently  by  audio  (headphones).   The  occasional  fun  piece  like  the  calculator  watch  –remember   that?

• A  $20  Billion+  market  • But  the  last  five  years  has  seen  tremendous  change  with  many  new  products.  Self  lacing  shoes  anyone?

Page 4: IDTechEx Research: E-Textiles Enabling Wearables

Copyright  ©  2016  IDTechEx    |    www.IDTechEx.com

E-­Textiles  in  the  market  today

Respiration  sensors  detecting  changes  in  dimensions  of  the  conductive  track  induced  by  breathing  

Impact  sensor  by  BeBop.  Here  6  layers  of  various  stretchable  inks  are  printed

Activity  tracking  functionality  (HRM,  EMG,  etc)  by  Clothing+  and  DuPont

Vista  Medical

Rest  Devices

BlueSpark

Page 5: IDTechEx Research: E-Textiles Enabling Wearables

Copyright  ©  2016  IDTechEx    |    www.IDTechEx.com

Sensors Energy  harvestingand  energy  storage

Lighting Identification Heating

Body  electrode  (eg:  ECG  electrocardiogram– assess  electrical  and  muscle  functions  of  the  heart))

Pressure  sensor

Stretch  sensor

Photovoltaic

Piezoelectric

Battery

Supercapacitor

LED  integration

Woven optical  fibers for  large  area  lighting

RFID  tags Resistive  heaters

Applications  are  more  diverse  than  you  think

Page 6: IDTechEx Research: E-Textiles Enabling Wearables

Copyright  ©  2016  IDTechEx    |    www.IDTechEx.com

IP creation  and  licensing

Technical  solutions Product  design  and  ecosystem

Assembly

Research  institutes

Engineering   consultants

Supply  the  components  specifically  designed   for  smart fabric

Ship  the  final  product  but  outsource  the  manufacturing

Mass  production for  OEMs

Eg:

FraunhoferCETEMMSAOhmatexIMECHOLST

Eg:

Ohmatex (e.g.  conductive  textile  cable)OraFootfall HeartbeatsPrimo1DInteractive  Wear  AG

Eg:

Adidas  (Textronics)AthosCarre (Hexoskin)MyontecOmsignalSensoriaVivoenoticsWearable  Life  ScienceWe:ex

Eg:

Clothing+ /  Jabil  (Claims  more  than  50  million   units  shipped)Flextronics  (Claims  to  make  85%  of  wearable  technology)

Dynamic  Business  models

MATERIALS  COMPANIES

MATERIALS  COMPANIES

Page 7: IDTechEx Research: E-Textiles Enabling Wearables

Copyright  ©  2016  IDTechEx    |    www.IDTechEx.com

Textiles  vs  InksTextiles Inks

Advantages

• If the  yarns  used  have  appropriate  physical  properties,   they  can  be  used  with  traditional  textile  equipment   (weaving/knitting  machines)  for  clothing  with  no  additional   machinery  cost  

• With  certain  textile  or  construction  types,  no  additional   encapsulation   is  needed,  allowing  direct  integration   into   textile

• Much  greater  design  flexibility,  allowing  for  the  construction  of  detailed  circuits  and  2D  areas  (e.g.  electrodes)

• New  developments  have  enabled  superior  flexibility,  and  improved  physical  properties

Disadvantages

• Physical  properties  are  limited,  due  to  hysteresis/breakdown  on  extensive  or  repeated  stretching  and  limiting  1D  form  factor

• Difficult  to  construct  detailed   circuitry  from  textiles,  due  to  lack  of  resolution

• Cost  of  textiles  is  too  high  for  extensive  consumer  product  integration  with  current  use  cases.  Therefore,  only  very  limited  commercial  examples  so  far

• Currently,  few  commercial  products  (and  small  sales  volumes),  but  this  is  mainly  due  to  lack  of  development   time  since  new  ink  releases

• Washability is  a  problem,   but  can  be  managed  with  encapsulation   (TPU,  etc.)

• Price  is  still  an  issue  with  final  products,  but  this  is  expected  to  improve  as  companies  find  validated  use  cases

Page 8: IDTechEx Research: E-Textiles Enabling Wearables

Copyright  ©  2016  IDTechEx    |    www.IDTechEx.com

E-­Textiles  materials

Textile  only45%

Textile  &  others21%

Others  only4%

Inks  &  others8%

Inks  only8%

Textile  &  inks8%

All  three7%

Fibres,  yarnsand/or  textiles

76%

Others28%

Inks18%

No  materials  speciality10%

Percentage   of  e-­textile  players  using  each  material  typeSource:  IDTechEx  research  interviews  and  study  of  over  80  players  in  the  space

Conductive  plastics,  connectors,  anti  statics  etc.

Page 9: IDTechEx Research: E-Textiles Enabling Wearables

Copyright  ©  2016  IDTechEx    |    www.IDTechEx.com

idtechex.com/researchE-­Textiles:  Electronic  Textiles

E-­ Textiles 2016-­ 2026

www.IDTechEx.com/textiles

Further  research  on  • Flexible  and  Printed  Sensors• Conductive  Inks• Graphene• Wearable  Technology