1. |
EXECUTIVE SUMMARY |
1.1. |
Key Growth Opportunities |
1.1.1. |
Introduction to the printed and flexible sensor market |
1.1.2. |
Considerations when scaling printing to meet growing demand for printed and flexible sensors |
1.1.3. |
Market success for printed and flexible sensors requires a unique value proposition |
1.1.4. |
Summary of key growth markets for printed sensor technology |
1.1.5. |
Multifunctional hybrid sensors are greater than the sum of their parts |
1.1.6. |
Multifunctional printed sensor technologies unlock new market opportunities |
1.1.7. |
Multifunctional printed sensors unlock new monitoring opportunities in the automotive sector |
1.1.8. |
Multifunctional printed sensors enable next generation tactile human machine interfaces |
1.1.9. |
10-year printed and flexible sensor market growth forecast - annual revenue forecast, 2024-2034 |
1.1.10. |
Reviewing the previous printed/flexible sensor report (2022-2032) |
1.2. |
Technology specific conclusions |
1.2.1. |
Key takeaways segmented by printed/flexible sensor technology |
1.2.2. |
Printed piezoresistive force sensors: consumer electronics and automotive sectors lead growth opportunities |
1.2.3. |
Challenges facing printed piezoelectric sensors |
1.2.4. |
Opportunities for printed photodetectors in large area flexible sensing |
1.2.5. |
Printed temperature sensors continue to attract interest for thermal management applications |
1.2.6. |
Opportunities for printed strain sensors could expand beyond motion capture into battery management long term |
1.2.7. |
Challenges facing printed gas sensor technology |
1.2.8. |
ITO coating innovations and indium price stabilization impact printed capacitive sensor growth markets |
1.2.9. |
Conformal and curved surface touch sensing applications emerge for printed capacitive sensors |
1.2.10. |
Opportunities for printed electrodes in the wearables market |
1.2.11. |
Printed sensors in flexible hybrid electronics (I) |
1.2.12. |
Printed sensors in flexible hybrid electronics (II) |
1.2.13. |
SWOT analysis for each printed sensor category (I) |
1.2.14. |
SWOT analysis for each printed sensor category (II) |
1.2.15. |
SWOT analysis for each printed sensor category (III) |
2. |
MARKET FORECASTS |
2.1. |
Market forecast methodology |
2.2. |
Difficulties of forecasting discontinuous technology adoption |
2.3. |
Case study in sensor disruption within billion-dollar markets: CGMs in the diabetes management market |
2.4. |
10-year overall printed / flexible sensor forecast by sensor type, annual revenue forecast, 2024-2034 |
2.5. |
10-year overall printed / flexible sensor forecast by sensor type, annual volume forecast, 2024-2034 |
2.6. |
10-year overall printed / flexible sensor forecast by sensor type, annual volume forecast excluding piezoresistive sensors, 2024-2034 |
2.7. |
Printed piezoresistive force sensors, annual revenue forecast, 2024-2034 |
2.8. |
Printed piezoresistive sensors, annual volume forecast, 2024-2034 |
2.9. |
Printed piezoelectric sensors, annual revenue forecast, 2024-2034 |
2.10. |
Printed piezoelectric sensors, annual volume forecast, 2024-2034 |
2.11. |
Printed photodetector, annual revenue forecast, 2024-2034 |
2.12. |
Printed photodetector, annual volume forecast, 2024-2034 |
2.13. |
Printed temperature sensors, annual revenue forecast, 2024-2034 |
2.14. |
Printed temperature sensors, annual volume forecast, 2024-2034 |
2.15. |
Printed strain sensors, annual revenue forecast, 2024-2034 |
2.16. |
Printed strain sensors, annual volume forecast, 2024-2034 |
2.17. |
Printed gas sensors, annual revenue forecast, 2024-2034 |
2.18. |
Printed gas sensors, annual volume forecast, 2024-2034 |
2.19. |
Printed capacitive sensors, annual revenue forecast, 2024-2034 |
2.20. |
Printed capacitive sensors, annual volume forecast, 2024-2034 |
2.21. |
Printed wearable electrodes, annual revenue forecast, 2024-2034 |
2.22. |
Printed wearable electrodes, annual volume forecast, 2024-2034 |
3. |
INTRODUCTION |
3.1. |
Introduction to the printed and flexible sensor market |
3.2. |
Printed and flexible sensor: report scope |
3.3. |
What is a sensor? |
3.4. |
What defines a 'printed' sensor? |
3.5. |
Sensor value chain example: Digital camera |
3.6. |
Printed vs conventional electronics |
3.7. |
Summary of key growth markets for printed sensor technology |
4. |
PRINTED PIEZORESISTIVE SENSORS |
4.1. |
Printed piezoresistive sensors: Intro |
4.1.1. |
Printed piezoresistive sensors: Chapter overview |
4.1.2. |
Piezoresistive vs capacitive touch sensors |
4.2. |
Printed piezoresistive sensors: Technology |
4.2.1. |
What is piezoresistance? |
4.2.2. |
Comparing the performance and state of adoption of piezoresistive mechanisms |
4.2.3. |
Percolation dependent resistance |
4.2.4. |
Quantum tunnelling composite |
4.2.5. |
Anatomy of a printed force sensor based on piezoresistive material |
4.2.6. |
Printed piezoresistive sensors: Architectures (I) |
4.2.7. |
Printed piezoresistive sensors: Architectures (II) |
4.2.8. |
Force vs resistance: Characteristics |
4.2.9. |
Force vs resistance: Controlling the response |
4.2.10. |
Force sensitive inks: Composition |
4.2.11. |
Force sensitive inks: Low drift inks |
4.2.12. |
Manufacturing methods for printed piezoresistive sensors |
4.2.13. |
Innovation in roll-to-roll manufacturing technology |
4.2.14. |
From single point to matrix pressure sensor array architectures |
4.2.15. |
Sensor arrays enable 3D and multi-touch functionality |
4.2.16. |
Hybrid FSR/capacitive sensors |
4.2.17. |
Hybrid printed FSR/temperature sensors |
4.2.18. |
Flexible FSR sensors with consistent zero value |
4.2.19. |
Ongoing areas of research and development for printed piezoresistive sensors |
4.3. |
Printed piezoresistive sensors: Applications |
4.3.1. |
Applications of printed piezoresistive sensors |
4.3.2. |
Market map of applications and players |
4.3.3. |
Automotive market roadmap for printed piezoresistive sensors |
4.3.4. |
Overview of emerging trends in printed FSR adoption for automotives |
4.3.5. |
Monitoring swelling events in electric vehicle batteries using hybrid printed temperature and force sensors |
4.3.6. |
Challenges in the automotive market for printed piezoresistive sensors |
4.3.7. |
Consumer electronic applications of printed FSRs |
4.3.8. |
Overview of emerging trends in printed FSR adoption for consumer electronics |
4.3.9. |
Challenges in the consumer electronics market for printed piezoresistive sensors |
4.3.10. |
Medical market roadmap for printed piezoresistive sensors |
4.3.11. |
More medical applications of printed FSR sensors |
4.3.12. |
Opportunities in the medical market for printed FSRs |
4.3.13. |
High volume potential for industrial and inventory management applications |
4.3.14. |
Printed FSRs for inventory management systems |
4.3.15. |
Other applications in industrial markets for FSRs include wearable exoskeletons |
4.3.16. |
Printed piezoresistive sensor application assessment (I) |
4.3.17. |
Printed piezoresistive sensor application assessment (II) |
4.4. |
Printed piezoresistive sensors: Summary |
4.4.1. |
Summary: Printed piezoresistive sensor applications |
4.4.2. |
Overview of business model challenges for printed piezoresistive sensors |
4.4.3. |
SWOT analysis of printed piezoresistive sensors |
4.4.4. |
Technology readiness and application roadmap |
4.4.5. |
Force sensitive resistor sensor supplier overview (I) |
4.4.6. |
Force sensitive resistor sensor supplier overview (II) |
5. |
PRINTED PIEZOELECTRIC SENSORS |
5.1. |
Printed piezoelectric sensors: Intro |
5.1.1. |
Printed piezoelectric sensors: Chapter overview |
5.2. |
Printed piezoelectric sensors: Technology |
5.2.1. |
Introduction to piezoelectricity |
5.2.2. |
Printed piezoelectric materials in sensors |
5.2.3. |
Development and properties of piezoelectric polymers |
5.2.4. |
Manufacturing process of piezoelectric polymers |
5.2.5. |
Benchmarking of PVDF-based polymer options for sensors |
5.2.6. |
Alternative piezoelectric polymers |
5.2.7. |
Low temperature piezoelectric inks |
5.2.8. |
Hybrid piezoelectric/pyroelectric sensors |
5.2.9. |
Challenges and opportunities for piezoelectric sensors |
5.3. |
Printed piezoelectric sensors: Applications |
5.3.1. |
Current state of printed piezoelectric sensors applications |
5.3.2. |
Attribute importance for piezoelectric sensor applications |
5.3.3. |
Industrial and mobility applications of piezoelectric sensors |
5.3.4. |
Piezoelectric sensors as ultrasonic detectors for fingerprint recognition |
5.3.5. |
Wearable and in-cabin monitoring applications for piezoelectric sensors |
5.4. |
Printed piezoelectric sensors: Summary |
5.4.1. |
SWOT analysis of printed piezoelectric sensors |
5.4.2. |
Printed piezoelectric sensor supplier overview |
5.4.3. |
Readiness level snapshot of printed piezoelectric sensors |
5.4.4. |
Conclusions for printed and flexible piezoelectric sensors |
6. |
PRINTED PHOTODETECTORS |
6.1. |
Printed photodetectors: Intro |
6.1.1. |
Printed photodetectors: Chapter overview |
6.1.2. |
Introduction to thin film photodetectors |
6.1.3. |
Comparison of photodetector technologies |
6.2. |
Printed photodetectors: Technology |
6.2.1. |
Photodetector working principles |
6.2.2. |
Quantifying photodetector and image sensor performance |
6.2.3. |
Organic photodetectors (OPDs) |
6.2.4. |
Materials for thin film photodetectors |
6.2.5. |
Emerging OPD alternatives: perovskite and quantum dots |
6.2.6. |
Pros and cons of printed QD manufacturing methods |
6.2.7. |
Opportunities to improve photodetector performance |
6.2.8. |
OPD production line and material sourcing |
6.2.9. |
Flexible X-ray image sensors |
6.2.10. |
Technical challenges and opportunities for innovation for manufacturing thin film photodetectors |
6.2.11. |
Advantages and disadvantages of printable thin film photodetectors |
6.3. |
Printed photodetectors: Applications |
6.3.1. |
Market overview and commercial maturity of printed photodetector applications |
6.3.2. |
Biometric authentication using printed photodetectors enhances device security |
6.3.3. |
Biometric authentication using printed photodetectors in consumer electronics attracts sustained interest |
6.3.4. |
Market outlook for biometric authentication using printed photodetectors in consumer electronics |
6.3.5. |
Imaging applications for flexible X-ray detectors |
6.3.6. |
Printed photodetectors in healthcare and wearables |
6.3.7. |
Printed photodetectors for shelf sensing and inventory management |
6.3.8. |
Opportunities for large area thin film photodetectors and commercial challenges |
6.3.9. |
Technical requirements for thin film photodetector applications |
6.3.10. |
Market map of key applications and players |
6.3.11. |
Application assessment for thin film OPDs and PPDs. |
6.4. |
Printed photodetectors: Summary |
6.4.1. |
Conclusions for printed and flexible image sensors |
6.4.2. |
SWOT analysis of large area printed photodetectors |
6.4.3. |
Readiness level snapshot of printed photodetectors |
6.4.4. |
Supplier overview: Thin film photodetectors |
7. |
PRINTED TEMPERATURE SENSORS |
7.1. |
Printed temperature sensors: Intro |
7.1.1. |
Printed temperature sensors: Chapter overview |
7.1.2. |
Introduction to printed temperature sensors |
7.1.3. |
Types of temperature sensors |
7.1.4. |
Comparing resistive temperature sensors and thermistors |
7.2. |
Printed temperature sensors: Technology |
7.2.1. |
Printed temperature sensor construction and material considerations |
7.2.2. |
Desirable attributes of printed temperature sensors |
7.2.3. |
Printed negative temperature coefficient (NTC) thermistors with silicon nanoparticle inks (I) |
7.2.4. |
Printed negative temperature coefficient (NTC) thermistors with silicon nanoparticle inks (II) |
7.2.5. |
Large area printed NTC temperature sensors |
7.2.6. |
Large area printed NTC temperature sensor arrays using carbon-based inks |
7.2.7. |
Printed thermocouples |
7.2.8. |
Printed metal RTD sensors |
7.2.9. |
Substrate challenges for printed temperature sensors |
7.2.10. |
Temperature sensor arrays with inkjet printing |
7.2.11. |
Overview of printed temperature sensor materials and printing methods |
7.2.12. |
Printed temperature sensors for smart RFID sensors |
7.3. |
Printed temperature sensors: Applications |
7.3.1. |
Application overview for printed temperature sensors |
7.3.2. |
Temperature monitoring for electric vehicles batteries continues to command interest in printed temperature sensing |
7.3.3. |
Monitoring swelling events in electric vehicle batteries using hybrid printed temperature and force sensors |
7.3.4. |
Other applications and market outlook for printed temperature sensors in automotives |
7.3.5. |
Stagnant commercial development of flexible temperature sensors in structural electronics applications |
7.3.6. |
Printed temperature monitors in wearables struggle to compete with incumbent sensing technologies |
7.3.7. |
Attribute importance for temperature sensor applications |
7.4. |
Printed temperature sensors: Summary |
7.4.1. |
Conclusions for printed and flexible temperature sensors |
7.4.2. |
SWOT analysis of printed temperature sensors |
7.4.3. |
Technology readiness level snapshot of printed temperature sensors |
7.4.4. |
Printed temperature sensor supplier overview |
8. |
PRINTED STRAIN SENSORS |
8.1. |
Printed strain sensors: Intro |
8.1.1. |
Printed strain sensors: Chapter overview |
8.1.2. |
Dielectric vs piezoelectric properties |
8.2. |
Printed strain sensors: Technology |
8.2.1. |
Strain sensors |
8.2.2. |
Capacitive strain sensors using dielectric electroactive polymers (EAPs) |
8.2.3. |
Resistive strain sensors |
8.2.4. |
Evolution of key players and IP control |
8.2.5. |
Printed high-strain sensor supplier overview |
8.3. |
Printed strain sensors: Applications |
8.3.1. |
Market roadmap for printed strain sensors |
8.3.2. |
Industrial health applications of printed strain sensors |
8.3.3. |
Emerging opportunities for strain sensors in motion capture for AR/VR |
8.3.4. |
Opportunities for strain sensors in healthcare and medical applications |
8.3.5. |
Emerging applications for strain sensors in healthcare |
8.4. |
Printed strain sensors: Summary |
8.4.1. |
Summary: Strain sensors |
8.4.2. |
SWOT analysis of flexible strain sensors |
8.4.3. |
Capacitive strain sensor value & supply chain |
9. |
PRINTED GAS SENSORS |
9.1. |
Printed Gas Sensor: Intro |
9.1.1. |
Printed Gas Sensor: Chapter Overview |
9.2. |
Printed Gas Sensor: Technology |
9.2.1. |
Printed gas sensor technology in context |
9.2.2. |
Three key trends in gas sensor technology: more analytes, smaller devices, new manufacturing approaches |
9.2.3. |
Metal Oxide (MOx) gas sensors - components can be screen-printed |
9.2.4. |
Printed MOS components already commercialised |
9.2.5. |
Electrochemical gas sensors - components can be printed |
9.2.6. |
Printing could enable advantage in competition to miniaturise electrochemical gas sensors |
9.2.7. |
Introduction to e-noses, and the opportunity for printed gas sensor arrays |
9.2.8. |
An introduction to printed CNTs for gas sensors |
9.2.9. |
Miniaturized printed e-nose with single-walled CNTs |
9.2.10. |
Ultra-low power gas sensors with CNTs |
9.2.11. |
Printed gas in smart packaging remains at the research phase |
9.2.12. |
Printed Gas Sensors - Technology Summary and Key Players |
9.2.13. |
Intersection between sensing technology and application space |
9.2.14. |
Application and technology benchmarking methodology |
9.2.15. |
Attribute scores: Technology |
9.2.16. |
Attribute scores: Application |
9.2.17. |
Computing computability scores between technology and application |
9.3. |
Printed Gas Sensor: Applications |
9.3.1. |
The environmental gas sensor market 'at a glance' |
9.3.2. |
Gas sensor future roadmap |
9.3.3. |
Outdoor pollution monitoring creates an opportunity for gas sensors in 'smart-cities' |
9.3.4. |
Gas sensors for outdoor pollution monitoring: market map and value chain |
9.3.5. |
The smart-buildings market creates an opportunity for indoor air quality sensors |
9.3.6. |
Indoor air quality in smart-buildings: market overview and gas sensor opportunities |
9.3.7. |
Smart-home indoor air quality monitoring: market map and outlook |
9.3.8. |
Arm's armpit odor monitor idea still at an early TRL despite the hype, but malodor monitoring opportunity remains |
9.3.9. |
Introduction to automotive gas sensors |
9.3.10. |
Introduction to gas sensors for breath diagnostics |
9.3.11. |
Key market sectors for miniaturized gas sensors and breath diagnostics |
9.4. |
Printed Gas Sensors: Summary |
9.4.1. |
SWOT Analysis of Printed Gas Sensors |
9.4.2. |
Technology readiness and application roadmap (Printed gas sensors) |
9.4.3. |
Key Conclusions Printed gas sensors |
10. |
PRINTED CAPACITIVE SENSORS |
10.1. |
Printed capacitive sensors: Intro |
10.1.1. |
Printed capacitive sensors: Chapter overview |
10.2. |
Printed capacitive sensors: Technology |
10.2.1. |
Capacitive sensors: Working principle |
10.2.2. |
Printed capacitive sensor technologies |
10.2.3. |
Metallization and materials for capacitive sensing within 3D electronics |
10.2.4. |
Conductive inks for capacitive sensing directly applied to a 3D surface |
10.2.5. |
In-mold electronics vs film insert molding |
10.2.6. |
Integrating capacitive sensing into surfaces using injection molding |
10.2.7. |
Emerging current mode sensor readout: Principles |
10.2.8. |
Benefits of current-mode capacitive sensor readout |
10.2.9. |
Software-defined capacitive sensing enhances measurement capabilities |
10.2.10. |
Hybrid capacitive / piezoresistive sensors |
10.3. |
Printed capacitive sensors: Transparent conductive materials |
10.3.1. |
Sensing with transparent conductive films (TCFs) |
10.3.2. |
Indium tin oxide: The incumbent transparent conductive film |
10.3.3. |
ITO film shortcomings and market drivers for alternative materials |
10.3.4. |
Conductive materials for transparent capacitive sensors |
10.3.5. |
Key attributes and quantitative benchmarking of different TCF technologies |
10.3.6. |
Sheet resistance vs thickness for transparent conductive films |
10.3.7. |
Silver nanowires (AgNWs) |
10.3.8. |
Reducing haze enables silver nanowire commercialization in folding smartphones |
10.3.9. |
Market outlook and challenges for silver nanowires |
10.3.10. |
Metal mesh: Photolithography followed by etching |
10.3.11. |
Groove forming and fine wiring process reduces metal mesh linewidth and improves transparency |
10.3.12. |
Direct printed metal mesh transparent conductive films: performance |
10.3.13. |
Direct printed metal mesh transparent conductive films: opportunities for technology innovation |
10.3.14. |
Copper mesh transparent conductive films |
10.3.15. |
Market and challenges for copper mesh transparent conductive films |
10.3.16. |
Introduction to Carbon Nanotubes (CNT) |
10.3.17. |
Carbon nanotube transparent conductive films: performance of commercial films on the market |
10.3.18. |
Stretchability as a key differentiator for in-mold electronics |
10.3.19. |
Key player overview of CNT ink companies and outlook |
10.3.20. |
Hybrid silver nanowire materials |
10.3.21. |
Combining AgNW and CNTs for a TCF material |
10.3.22. |
Introduction to PEDOT:PSS |
10.3.23. |
Development and attributes of PEDOT:PSS |
10.3.24. |
Performance of PEDOT:PSS has drastically improved |
10.3.25. |
PEDOT:PSS performance improves to match ITO-on-PET |
10.3.26. |
Printing methods for PEDOT:PSS and ink suppliers |
10.3.27. |
Market and challenges for PEDOT transparent conductive films |
10.3.28. |
Printing TCF capacitive touch sensors |
10.4. |
Printed capacitive sensors: Applications |
10.4.1. |
Capacitive touch sensing for flexible displays |
10.4.2. |
ITO coating innovation and indium price stabilization has forced TCF suppliers to develop alternative business models |
10.4.3. |
Conformal and curved surface touch sensing applications are emerging for printed capacitive sensors |
10.4.4. |
Automotive HMI market for printed capacitive sensors |
10.4.5. |
In-mold electronics for HMI gains commercial traction |
10.4.6. |
Outlook for automotive HMI applications printed capacitive sensors |
10.4.7. |
Printed capacitive sensors for wearables and AR/VR applications |
10.4.8. |
Household appliance and medical device interface applications of printed capacitive sensors |
10.4.9. |
Large-area interactive touch screen applications for printed capacitive touch sensors |
10.4.10. |
Applications of printed capacitive touch sensors for large-area touch displays and outlook |
10.4.11. |
Water leak detection using printed capacitive sensors |
10.4.12. |
Attribute importance for capacitive sensor applications |
10.5. |
Printed capacitive sensors: Summary |
10.5.1. |
Readiness level of printed capacitive touch sensors materials and technologies |
10.5.2. |
SWOT analysis of printed capacitive touch sensors |
10.5.3. |
SWOT analysis of transparent conductors for capacitive touch sensors (I) |
10.5.4. |
SWOT analysis of transparent conductors for capacitive touch sensors (II) |
10.5.5. |
TCF material supplier overview (I) |
10.5.6. |
TCF material supplier overview (II) |
10.5.7. |
TCF material supplier overview (III) |
10.5.8. |
Summary: Transparent conductive materials |
10.5.9. |
Conclusions for printed and flexible capacitive touch sensors |
11. |
PRINTED WEARABLE ELECTRODES |
11.1. |
Printed wearable electrodes: Intro |
11.1.1. |
Introduction to wearable electrodes |
11.1.2. |
Applications and product types |
11.1.3. |
Key requirements of wearable electrodes |
11.1.4. |
Key players in wearable electrodes |
11.1.5. |
Skin patch and e-textile electrode supply chain |
11.1.6. |
Overview of wearable electrode technologies and TRL |
11.1.7. |
Supplier overview: Printed electrodes for skin patches and e-textiles (I) |
11.1.8. |
Supplier overview: Printed electrodes for skin patches and e-textiles (2) |
11.2. |
Electrode Types: Wet, Dry and Microneedles |
11.2.1. |
Wet vs dry electrodes |
11.2.2. |
Wet electrodes |
11.2.3. |
Dry Electrodes |
11.2.4. |
Skin patches use both wet and dry electrodes depending on the use-case |
11.2.5. |
E-textiles integrate dry electrodes and conductive inks |
11.2.6. |
Electrode and sensing functionality woven into textiles |
11.2.7. |
Microneedle electrodes |
11.2.8. |
A review of materials and manufacturing methods for microneedle electrode arrays |
11.2.9. |
Flexible microneedle arrays possible with PET substrates |
11.3. |
Electrode Types: Electronic Skins |
11.3.1. |
Electronic Skins |
11.3.2. |
Materials and manufacturing approaches to electronic skins |
11.3.3. |
Printed electrode research with potential for vital sign monitoring (1) |
11.3.4. |
Printed electrode research with potential for vital sign monitoring (2) |
11.3.5. |
Electronic Skins and the Next-Generation Wearables for Medical Applications - University of Tokyo |
11.3.6. |
Outlook for electronic skins |
11.3.7. |
Applications and product types |
11.4. |
Application Trends: Wearable ECG |
11.4.1. |
Arrythmia detection is a key use-case for ECG |
11.4.2. |
Skin patches solve ECG monitoring pain points |
11.4.3. |
Cardiac monitoring skin patches: device types |
11.4.4. |
Cardiac monitoring device types - skin patches |
11.4.5. |
Key players: Skin patches/Holter for ECG |
11.4.6. |
E-textile integrated ECG predominantly used in extreme environments |
11.4.7. |
Summary and outlook for wearable ECG |
11.5. |
Application Trends: Wearable EMG |
11.5.1. |
Introduction - Electromyography (EMG) |
11.5.2. |
Investment in EMG for virtual reality and neural interfacing is increasing |
11.5.3. |
Key players and applications of wearable EMG |
11.5.4. |
Opportunities in the prosumer market for EMG integrated e-textiles |
11.5.5. |
Summary and outlook for EMG |
11.5.6. |
Outlook for wearable biopotential in XR/AR |
11.6. |
Summary: Printed and flexible electrodes for wearables |
11.6.1. |
SWOT analysis and key conclusions for wet and dry electrodes |
11.6.2. |
Key conclusions: printed electrodes for wearables |
12. |
COMPANY PROFILES |
12.1. |
Accensors |
12.2. |
American Semiconductor Inc |
12.3. |
Bare Conductive / Laiier |
12.4. |
C2Sense |
12.5. |
Cambridge Touch Technologies |
12.6. |
Canatu |
12.7. |
Chasm |
12.8. |
DuPont (Wearable Technology) |
12.9. |
Dätwyler: Electroactive Polymers |
12.10. |
ElastiSense Sensor Technology |
12.11. |
Ferroperm Piezoceramics |
12.12. |
Heraeus (EMI Shielding) |
12.13. |
Holst Centre: Electroactive Polymers |
12.14. |
Infi-Tex |
12.15. |
InnovationLab/Henkel |
12.16. |
ISORG |
12.17. |
Kureha: Piezoelectric Polymers |
12.18. |
Mateligent GmbH |
12.19. |
Mühlbauer |
12.20. |
Nanopaint |
12.21. |
Peratech |
12.22. |
Piezotech Arkema |
12.23. |
PolyIC |
12.24. |
PragmatIC |
12.25. |
Quad Industries |
12.26. |
Raynergy Tek |
12.27. |
Screentec |
12.28. |
Sefar |
12.29. |
Sensel |
12.30. |
Sensing Tex |
12.31. |
Sensitronics |
12.32. |
SigmaSense |
12.33. |
Silveray |
12.34. |
StretchSense |
12.35. |
TG0 |
12.36. |
Toppan |
12.37. |
Toyobo |
12.38. |
Wiliot |