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www.gmranalytics.com
Global 3D Sensors
Market Analysis
November 2018
Strategic assessment of a high growth market
Growing popularity of 3D-enabled devices will drive the future
market growth.
www.gmranalytics.com
Table of Contents
Executive Summary
Market Analysis
Highly dynamic environment
Macroeconomic change affecting major applications
Microeconomic landscape
Market evolution
Market growth drivers, market dynamics and trends
Growing regulatory intervention worldwide
Technologies transitioning and outlook
Creating value through sustainable strategies
The new frontiers of growth
Industry Analysis
Evolution of business models
Profitability analysis
Value chain mapping: Growth and value creation
Megatrends and their impact
Fixing the supply chain
Upstream and Downstream business opportunities
Effective pricing strategies
Key implications and strategic recommendations for the organization leaders
Technologies transitioning and outlook
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Deep dive on the global 3D sensors market
1. Market analysis by product category
1.1. Accelerometers
1.1.1. 3-axis
1.1.2. Others
1.2. Biometric sensors
1.3. Flex / Force
1.4. Gyros
1.4.1. 3-axis
1.4.2. Others
1.5. IMU
1.6. Infrared sensors
1.7. Light sensors/ Image sensors
1.8. Proximity sensors
1.9. Radiation sensors
1.10. Sound sensors
1.11. Pressure sensors
1.12. Level sensors
1.13. Load cells
1.14. Magnetic sensors
1.15. Optical sensors
1.16. Position & displacement sensors
1.17. Tachometers
1.18. Ultrasonic sensors
1.19. Multi-meters
1.20. Torque sensors
1.21. Acoustic sensors
1.22. Motion sensors
1.23. Speed sensors
1.24. Radar sensors
1.25. Others
2. Technology market analysis
2.1. Capacitive sensors
2.2. 3D imaging technology
2.2.1. Stereo Vision
2.2.2. Use of a single camera for 3D capture
2.2.3. Time-of-flight
2.2.4. Triangulation
2.2.5. Structured light projection
2.2.6. Depth sensing 3D imaging technology
2.2.7. 3D image sensors
2.2.8. CMOS image sensor and real time 3D images
2.2.9. Stereovision sensor
2.2.10. Others
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2.3. 3D depth sensing camera technology
2.3.1. Low cost depth sensing cameras
2.4. 3D sensing capability for improved gesture recognition
2.5. 3D gesture sensing in large screen smart devices
2.6. Virtual reality
2.7. Advancing camera technology
2.8. Stereo camera based sensor technology
2.9. 3D sketching
2.10. Others
3. Market analysis by industry vertical
3.1. Consumer electronics
3.1.1. Cellular phones
3.1.2. Tablets
3.1.3. e-readers
3.1.4. GPS devices
3.1.5. Laptops
3.1.6. Smart TV
3.1.7. Time of flight camera
3.1.8. Home security systems
3.1.9. 3D enabled devices
3.1.9.1. 3D desktop PCs and notebooks
3.1.9.2. 3D gaming consoles
3.1.9.2.1. Virtual reality
3.1.9.3. 3D media players
3.1.9.4. 3D TV displays
3.1.9.5. 3D enabled mobile phones
3.1.9.6. Tablets
3.1.9.7. Smartphone with 3D depth sensing cameras
3.1.9.8. Smartphone with 3D sensors
3.1.9.9. 3D printers and scanners
3.1.9.10. 3D sensor driven wearables
3.1.9.11. Others
3.1.10. Smart home applications
3.1.10.1. Smart thermostat
3.1.10.2. Smart baby monitoring system
3.1.10.3. Home energy dashboard
3.1.10.4. Smart oven
3.1.10.5. Smart lighting
3.1.10.6. Smart door locks
3.1.10.7. Wireless vacuums
3.1.10.8. Smart decanter
3.1.10.9. Toasters
3.1.10.10. Lighting control systems
3.1.10.11. Microwave
3.1.10.12. Smart valves
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3.1.10.13. Others
3.1.11. Others
3.2. I.T. & telecom
3.2.1. Cloud assisted smart camera networks
3.2.2. Gaming-as-a-service (GaaS)
3.2.3. Cloud computing
3.2.4. Software defined networks (SDN)
3.2.5. Mobile body area networks (MBAN)
3.2.6. Others
3.3. Avionics & defense
3.3.1. Radar systems
3.3.2. Satellite systems
3.3.3. Sonar systems
3.3.4. Navigation systems
3.3.5. Flight control systems
3.3.6. Aircraft management systems
3.3.7. Aircraft stress monitoring
3.3.8. PWT mounted electronics
3.3.9. Helicopter and airplane weighing
3.3.10. High pressure sensors
3.3.11. Covert sensors
3.3.12. Combustor flame probes
3.3.13. Optical computing
3.3.14. Weapon systems
3.3.15. Unmanned mobile robots
3.3.16. Unmanned aerial vehicles (UAVs)
3.3.17. Unmanned ground vehicles (UGVs)
3.3.18. Unmanned underwater vehicles (UUVs)
3.3.19. Surveillance and security system
3.3.20. Perimeter security
3.3.20.1. Indoor perimeter security
3.3.20.2. Outdoor perimeter security
3.3.21. Facial recognition
3.3.22. Incident alert
3.3.23. Indoor navigation
3.3.24. Others
3.4. Automotive
3.4.1. Headlights
3.4.2. Radio
3.4.3. Music players
3.4.4. Navigation systems
3.4.5. Real-time cloud data
3.4.6. Car-to-car communication
3.4.7. Driverless car
3.4.8. Diagnostics
3.4.9. Occupant position detection
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3.4.9.1. Stereovision sensor
3.4.10. Automobile safety systems
3.4.10.1. Passenger safety
3.4.10.2. Pedestrian protection systems
3.4.10.3. Others
3.4.11. Others
3.5. Marine
3.5.1. Fiber optic monitoring systems
3.5.2. Optical fiber strain gauges
3.5.3. Fiber optics displacement sensors
3.5.4. Fiber optics tilt-meters
3.5.5. Fiber optics accelerometers
3.5.6. Navigation systems
3.5.7. Real-time cloud data
3.5.8. Others
3.6. Manufacturing
3.6.1. Cloud-based automated design and additive manufacturing
3.6.2. Centralized security systems
3.6.3. Smoke and fire alert
3.6.4. Work floor management
3.6.5. Automated test systems
3.6.6. Hydraulic lifts
3.6.7. Robotics
3.6.7.1. Motion stereo vision 3D sensors
3.6.7.2. Mobile robots
3.6.7.2.1. Lightweight 3D sensors
3.6.8. Industrial automation
3.6.9. Access control
3.6.10. Machine vision
3.6.11. CAD systems
3.6.12. CNC machines
3.6.13. Motion control
3.6.14. Intelligent transportation systems
3.6.15. Track & trace test vehicles
3.6.16. Virtual meeting place
3.6.17. Virtual project room
3.6.18. Process simulation
3.6.19. Assembly prototyping
3.6.20. Part flow simulation
3.6.21. Discreet event modeling
3.6.22. Others
3.7. Healthcare
3.7.1. Surgery
3.7.2. Infusion pump
3.7.3. Incubator
3.7.4. Mammography
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3.7.5. Dental chair
3.7.6. Hospital bed
3.7.7. Sensors
3.7.7.1. Blood pressure
3.7.7.2. Heart rate
3.7.7.3. Force
3.7.7.4. Position
3.7.7.5. Respiration
3.7.7.6. Shape sensing
3.7.7.7. Others
3.7.8. 3D dental scanner
3.7.9. Advanced 3D medical visualization systems
3.7.10. Imaging sensors
3.7.10.1. 3D medical imaging
3.7.10.2. Endoscopy
3.7.10.3. Optical coherence tomography (OCT)
3.7.10.4. Photodynamic therapy (PDT)
3.7.10.5. Others
3.7.11. Chemical sensors
3.7.11.1. pH
3.7.11.2. pO2
3.7.11.3. PCO2
3.7.11.4. Oximetry
3.7.11.5. Glucose
3.7.11.6. Bile
3.7.11.7. Lipids
3.7.11.8. Others
3.7.12. Others
3.8. Construction
3.8.1. Force sensors
3.8.2. Non rotating torquemeters
3.8.3. Rotating torquemeters
3.8.4. Displacement sensors
3.8.5. Rotating displacement sensors
3.8.6. Extensometers
3.8.7. Strain sensors
3.8.8. Pressure sensors
3.8.9. Crack monitoring
3.8.10. Cable and FRP monitoring
3.8.11. Welding residual stress monitoring
3.8.12. Bridge monitoring
3.8.13. Others
3.9. Oil and gas
3.9.1. Nuclear sensors
3.9.1.1. Nuclear inspection
3.9.2. Electromagnetic sensors
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3.9.3. Bore-hole sensors
3.9.4. Environmental sensors
3.9.5. Acoustic sensors
3.9.6. Optical sensors
3.9.7. Flow sensors
3.9.8. Condition sensors
3.9.9. Video and control sensors
3.9.10. Offshore and subsea data systems
3.9.11. Remotely operated vehicles (ROV)
3.9.12. Others
3.10. Agriculture
3.10.1. Livestock management
3.10.1.1. Overhead feed & push systems
3.10.1.2. Ground feed pushers
3.10.1.3. Muck removers
3.10.1.4. Pressure washing
3.10.1.5. Shearing
3.10.1.6. Others
3.10.2. Dairy management systems
3.10.2.1. Milking
3.10.2.2. Dairy analytics
3.10.2.3. Others
3.10.3. Crop management
3.10.3.1. Robotic seeders
3.10.3.2. Weeding
3.10.3.3. Sorting
3.10.3.4. Tending
3.10.3.5. Spraying
3.10.3.6. Micro spraying
3.10.3.7. Harvesting
3.10.3.8. Mowing and pruning
3.10.3.9. Vegetable thinning
3.10.3.10. Crop scouting
3.10.3.11. Others
3.10.4. Environment sensing
3.10.5. Soil management
3.10.5.1. Seedbed preparation
3.10.5.2. Soil sterilization
3.10.5.3. Others
3.10.6. Material management
3.10.6.1. Handling
3.10.6.2. Packaging
3.10.6.3. Sorting
3.10.6.4. Hay bailing
3.10.6.5. Pick-and-place
3.10.6.6. Others
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3.10.7. Foresting and silviculture
3.10.8. Cross pollination
3.10.9. Nursery
3.10.10. Row crop
3.10.11. Vineyard
3.10.12. Orchard
3.10.13. Others
3.11. Government
3.11.1. Emergency response
3.11.2. Public transport
3.11.3. Tollbooth services
3.11.4. Infrastructure management and protection
3.11.5. Smart grid
3.11.6. Passports
3.11.7. Wastewater management
3.11.8. Others
3.12. Retail
3.12.1. Offline retail stores
3.12.2. Personalized marketing
3.13. Others
4. Emerging trends and technologies
4.1. Nanosensors
4.2. 3D laser displacement sensors
4.3. Touchless sensing
4.4. Advanced 3D/4D visualization systems
4.5. Immersive 3D sketching
4.5.1. Design
4.5.2. Gaming
4.5.3. Cinema
4.6. Fiber-to-the-hut applications
4.7. Wide band multimode fiber (WBMMF)
4.8. UVC LEDs enabled next generation water quality sensors
4.9. Polarizing beam splitters
4.10. Antireflection nanotextures for laser optics
4.11. Monolithic afocal beam expanders
4.12. Practical metamaterial optics
4.13. 400 W green-emitting thin disk laser
4.14. Frequency-doubled and quadrupled laser diodes producing deep-UV light
4.15. Fast photonic neural networks
4.16. Optical amplification for telescopes
4.17. Reattaching nerves with lasers
4.18. Investigation of heart cells via micromanipulation
4.19. Noninvasive refractive surgery
4.20. Super-resolution microscopy upto 5 nm
4.21. Robotics farm swarms
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4.22. Robotic exoskeleton for agriculture
4.23. Robot city
4.24. Grippers
4.24.1. Tactile intelligence
4.24.2. Adaptive and self-adaptive grippers
4.24.3. Modular grippers
4.24.4. Reconfigurable grippers
4.24.5. Smart material based grippers
4.24.6. Micro and nano grippers
4.24.7. Others
4.25. Cloud robotics
4.26. Evolutionary robotics
4.27. Precision industry-scale reforestation
4.28. Head mounted displays
4.29. Head up displays
4.30. Neural implants
4.31. Depth-fused 3d head-up display
4.32. Light field display
4.33. 5K 4D 3600 camera
4.34. Digital scent technology
4.35. 3D sound lab
4.36. 3D holograms with interactive dimension
4.37. VR motion platforms
4.38. Binaural recordings
4.39. Bionic foot sensors
4.40. Laser-based volumetric display
4.41. Digital projection technology
4.42. Quantum photonic imager (QPI)
4.43. Virtual reality glasses (VR-glasses)
4.44. Holographic optical element (HOE) in windshield
4.45. Exit pupil expander (EPE)
4.46. LCoS microdisplay
4.47. Retinal projection technology
4.48. Holographic waveguide
4.49. Auto-stereoscopic 3D display
4.50. Flexible displays
4.51. Structure sensor 3D scanner
4.52. Smart sensors for 3D digitizing
4.53. 3D video analytics based sensor
4.54. 3D shape sensing technology
4.55. 3D acoustic situational awareness systems
4.56. 3D fingerprint technology
4.57. Single lens passive optical sensor
4.58. 3D optical edge sensor
4.59. Multi camera and 3D vision system
4.60. Fire phone with 3D user interface
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4.61. 3D image sensor chips
4.62. 3D scanning sensor
4.63. 3D magnetic solid state sensor
4.64. Smart laser distance sensor
4.65. Others
Regional markets analysis
5. Market analysis by geography
5.1. North America
5.1.1. U.S.
5.1.2. Canada
5.1.3. Mexico
5.1.4. Others
5.2. South America
5.2.1. Brazil
5.2.2. Argentina
5.2.3. Chile
5.2.4. Colombia
5.2.5. Peru
5.2.6. Venezuela
5.2.7. Ecuador
5.2.8. Others
5.3. Europe
5.3.1. Germany
5.3.2. France
5.3.3. U.K.
5.3.4. Russia
5.3.5. Italy
5.3.6. Spain
5.3.7. Sweden
5.3.8. Netherlands
5.3.9. Poland
5.3.10. Austria
5.3.11. Belgium
5.3.12. Finland
5.3.13. Norway
5.3.14. Switzerland
5.3.15. Denmark
5.3.16. Czech Republic
5.3.17. Portugal
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5.3.18. Others
5.4. Asia-Pacific
5.4.1. China
5.4.2. Japan
5.4.3. South Korea
5.4.4. Taiwan
5.4.5. India
5.4.6. Australia
5.4.7. Indonesia
5.4.8. Philippines
5.4.9. Malaysia
5.4.10. Others
5.5. Middle East
5.5.1. Iran
5.5.2. Turkey
5.5.3. Kuwait
5.5.4. UAE
5.5.5. Israel
5.5.6. Oman
5.5.7. Bahrain
5.5.8. Saudi Arabia
5.5.9. Qatar
5.5.10. Egypt
5.5.11. Others
5.6. Africa
5.6.1. South Africa
5.6.2. Others
Competitive environment
North American market: Market share analysis by key market players
South American market: Market share analysis by key market players
European market: Market share analysis by key market players
APAC market: Market share analysis by key market players
Middle East market: Market share analysis by key market players
African market: Market share analysis by key market players
Recent market and industry developments
Upstream and dsownstream business landscape
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Companies profiled/cited
360
3D ADVANCED TECHNOLOGIES
3D ROBOTICS, INC.
3D SOUND LABS
3D SYSTEMS, INC.
3D-ONE BV
4DSP LLC
AALBORG INSTRUMENTS & CONTROLS,
INC.
ABACO SYSTEMS (4DSP LLC)
ACTEON NORTH AMERICA
ACTIVEPROTECTIVE
ACUITY LASER SENSORS
ADVANCED SCIENTIFIC CONCEPTS, INC.
AEGIS TECHNOLOGIES
AKEOPLUS
ALL SENSORS CORP.
ALLEGRO MICROSYSTEMS LLC
AMKOR TECHNOLOGY, INC.
AMPHENOL ADVANCED SENSORS (CASCO
AUTOMOTIVE GROUP)
AMS AG (CAMBRIDGE CMOS SENSORS,
LTD.)
APPLE, INC. (PRIMESENSE)
APTINA
ARM, LTD.
ASCENSION TECHNOLOGY CORP.
ASUSTEK COMPUTER, INC.
AT-AUTOMATION TECHNOLOGY GMBH
ATI INDUSTRIAL AUTOMATION
ATMEL CORP.
AUTOLIV
BAANTO
BALLUFF, INC.
BASF SE
BASLER AG
BAUMER GROUP
BEBOP SENSORS
BECOM BLUETECHNIX GMBH
BEI SENSORS
BLIP SYSTEMS
BOKAM ENGINEERING, INC.
BOMBARDIER
BOSCH SENSORTEC GMBH
BOURNS, INC.
BRENNER-FIEDLER, INC.
CAELESTE
CAMBRIDGE CMOS SENSORS, LTD.
CANATU
CANON U.S.A., INC.
CARLO GAVAZZI AUTOMATION S.P.A.
CASCO AUTOMOTIVE GROUP
CATOPSYS
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CCM AUTOMATION TECHNOLOGY CO.,
LTD.
CEDES AG
CELERA MOTION
CERADROP
CEVA, INC.
CISCO SYSTEMS, INC.
CITY TECHNOLOGY, LTD.
CL-ELECTRONICS GMBH
CMOS SENSORS, INC.
CMOSIS
COGNEX CORP.
COMUS INTERNATIONAL
CONAX TECHNOLOGIES
CONTRINEX SA
COOPER INSTRUMENTS & SYSTEMS
CRUNCHFISH AB
CTS CORP.
CYBEROPTICS
DACUDA AG
DANAHER (GENDEX)
DAQRI
DELL
DELPHI AUTOMOTIVE LLP
DENSO CORP
DFROBOT
ELECTRO-SENSORS, INC.
ELLIPTIC LABS
ELMOS SEMICONDUCTOR AG
EONITE PERCEPTION, INC.
ESPROS PHOTONICS CORP.
EVT - EYE VISION TECHNOLOGY
EYESIGHT TECHNOLOGIES, LTD.
FACEBOOK, INC.
FASTREE3D SA
FINGERPRINT CARDS
FIRST SENSOR AG
FISO TECHNOLOGIES
FLEXPOINT SENSOR SYSTEMS, INC.
FLIR SYSTEMS, INC.
FOCALSPEC OY
FORZA SILICON CORP.
FUTEK ADVANCED SENSOR TECHNOLOGY,
INC.
GALAXYCORE, INC.
GEMS SENSORS, INC.
GENDEX
GEOCV
GEOSLAM, LTD.
GESTIGON HQ
GESTSURE TECHNOLOGIES, LTD.
GESTURETEK
GLOBETRONICS SDN BHD
GLOWFORGE, INC.
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GOOGLE, INC.
GOPEL ELECTRONIC GMBH
GPIXEL, INC.
HAIMER GMBH
HAMAMATSU PHOTONICS K.K.
HAMILTON CO.
HELLA KGAA
HEPTASENSE
HEURISTIC LABS
HEXAGON AB
HID GLOBAL CORP. (CROSSMATCH)
HIMAX TECHNOLOGIES, INC.
IFM ELECTRONIC GMBH
(PMDTECHNOLOGIES AG)
INERTIAL LABS, INC.
INFINEON TECHNOLOGIES AG
INTEGRATED DEVICE TECHNOLOGY, INC.
INTEGRATED SENSING SYSTEMS
INTEGRO TECHNOLOGIES CORP.
INTEL CORP. (MOBILEYE)
INTERLINK ELECTRONICS, INC.
INVENSAS CORP.
INVENSENSE, INC.
INVISAGE TECHNOLOGIES, INC.
ISORG
ISRA VISION AG
ITSEEZ3D
JEWELL INSTRUMENTS
KLA-TENCOR CORP.
LASE GMBH
LEAP MOTION, INC.
LEDDARTECH
LENOVO
LEUZE ELECTRONIC GMBH + CO. KG
LEVELS3D
LG INNOTEK
LIFESENSE
LMI TECHNOLOGIES, INC.
LOGOS TECHNOLOGIES LLC
LORD SENSING-MICROSTRAIN
LUMENTUM OPERATIONS LLC
MADISON CO., INC.
MANTIS VISION, LTD.
MASSA PRODUCTS CORP.
MAXIMATECC
MCUBE, INC.
MECHANICAL TECHNOLOGY, INC.
MEGGITT PLC
MELEXIS
MEMSIC, INC.
MERCEDES-BENZ USA
MESA IMAGING
METHODE ELECTRONICS
MGI S.A (CERADROP)
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MICRALYNE, INC.
MICRO MAGNETICS, INC.
MICROCHIP TECHNOLOGY, INC. (ATMEL
CORP.)
MICRO-EPSILON
MICROFLOWN TECHNOLOGIES
MICROSOFT CORP.
MIKKELSEN ELECTRONICS A/S
MOBILEYE
MOBIWIZE
MONOLITHIC 3D, INC.
MOTION SENSORS, INC.
MOTIONSAVVY
MTS SYSTEMS CORP.
MULTIDIMENSION TECHNOLOGY CO.,
LTD.
MULTIPIX IMAGING
MULTIPLE DIMENSIONS AG
MURATA MANUFACTURING CO., LTD.
MYOCTOPUS
NEPTEC TECHNOLOGIES CORP.
NEXTINPUT, INC.
NORTHERN DIGITAL, INC. (ASCENSION
TECHNOLOGY CORP.)
NOVANTA, INC. (CELERA MOTION)
NOVOTECHNIK U.S., INC.
NUIA, INC.
NXP SEMICONDUCTORS
OCCIPITAL, INC.
OCULAR ROBOTICS, LTD.
OCULII CORP.
OKII
OMEGA OPTICAL, INC.
OMNIVISION TECHNOLOGIES, INC.
ON SEMICONDUCTOR (APTINA)
OPTEX, INC.
OPTOMEC
ORBBEC 3D TECHNOLOGY
INTERNATIONAL, INC.
PANASONIC CORP.
PEMBROKE INSTRUMENTS LLC
PEPPERL+FUCHS GMBH
PERCEPTRON, INC.
PHOTON-X
PIBOND OY
PMDTECHNOLOGIES AG
POINTGRAB, LTD.
PRECISIONHAWK
PRIMESENSE
PRINCETON LIGHTWAVE, INC.
QSC LLC
QUALCOMM, INC.
QUANERGY SYSTEMS, INC.
RAZER, INC.
RELUX INFORMATIK AG
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RENESAS ELECTRONICS CORP.
(INTEGRATED DEVICE TECHNOLOGY,
INC.)
RENISHAW PLC
RFMICRON, INC.
RIEGL USA
RIFTEK LLC
ROPER TECHNOLOGIES, INC.
SAFRAN
SAMSUNG ELECTRONICS
SCANDY
SEIKO EPSON CORP.
SENIS AG
SENSATA TECHNOLOGIES
SENSOR PRODUCTS, INC.
SENSOR TECHNOLOGY, LTD.
SHARP ELECTRONICS
SICK AG
SILICON SENSING SYSTEMS, LTD.
SK HYNIX, INC.
SMARTRAY GMBH
SOFTKINETIC
SONAVATION, INC.
SONY (SOFTKINETIC)
STEMMER IMAGING
STEREOLABS, INC.
STMICROELECTRONICS
SUNNY OPTICAL TECHNOLOGY GROUP
CO., LTD.
TANGIO PRINTED ELECTRONICS
TDK CORP. (INVENSENSE, INC.)
TEKSCAN
TELEDYNE DALSA, INC.
TERABEE
TERADYNE, INC. (UNIVERSAL ROBOTICS
A/S)
TETRA SENSORIK . ROBOTIK .
AUTOMATION GMBH
TEXAS INSTRUMENTS, INC.
TEXEL, INC.
TEZZARON
THE CUBBISON CO.
THE WALT DISNEY CO.
TOPOSENS GMBH
TOSHIBA CORP.
TOWERJAZZ
TPSH
TRIDICAM GMBH
TRILUMINA CORP.
TRINAMIX GMBH
TRIOPTICS GMBH
TT ELECTRONICS PLC
UAVONIC UK
UNIVERSAL ROBOTICS A/S
VALEO (GESTIGON HQ)
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VAYYAR IMAGING, LTD.
VELODYNE LIDAR, INC.
VISIO NERF
VISTEON CORP.
VISUAL INTELLIGENCE LP
VIVO COMMUNICATION TECHNOLOGY
CO., LTD.
VIZTRONICS TECHNOLOGIES
VRMAGIC HOLDING AG
XENSR
XIAOMI
XINTEC, INC.
XOVIS AG
XYZ INTERACTIVE TECHNOLOGIES, INC.
ZEISS GROUP
ZEPP US, INC.
ZETTLEX UK, LTD.
Z-LASER AMERICA, INC.
Global 3D Sensors Market Analysis
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Executive Summary Global 3D sensors market has shown strong growth and is expected to exceed $6.1 billion by 2023
The global market for 3D Sensors is projected to reach $6.1 billion by 2023, driven by the
growing integration of 3D capabilities in consumer, healthcare and industrial electronics.
3D sensing, which allows users to measure depth, range, and distance of an object by using
laser as well as other light sources for generating three-dimensional features, is a rapidly
emerging engineering discipline in the overall sensors industry. 3D sensing represents a
dynamic technology with significant applications in a wide range of industry verticals
including consumer electronics, automotive, industrial robotics, security and surveillance,
healthcare, and others. The transition from 2D to 3D technology is gaining momentum
across all types of electronic devices and equipment. Major factors driving the transition are
the many inherent advantages offered by 3D sensors such as reduced production/design
time, time-to-market efficiencies, superior measurement accuracy, and lower error margins,
among others. The growing prominence of 3D technology is mirrored by the continuous rise
in the number of 3D-enabled electronic devices being launched in the market each year.
In the coming years, rapid adoption of 3D technology coupled with technological
advancements will spur growth in the market. Rising demand for 3D sensing capability in
devices such as tablets, laptops, and smartphones will spur growth in the consumer
electronics end-use sector. Significant application opportunities exist in gaming devices such
as handheld game consoles that require advanced tracking and gesture recognition
capabilities. The rise in virtual reality gaming and augmented reality games and the
resulting need to provide gamers with a rich gaming experience will help boost the use of
3D sensors in game consoles.
2017 2018 2019 2020 2021 2022 2023
Global 3D sensors
market growth ($ Billion)
China
Japan
South Korea
Taiwan
India
Australia
Others
2017
2023
APAC 3D sensors market by country,
$ Billion (2017-2023)
Global 3D Sensors Market Analysis
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Executive Summary
Strong growth curves for the emerging markets
Medical applications are also generating strong growth for motion-robust, 3D data
acquisition technology. Given its ability to enable motion robust data acquisition, 3D sensors
are of huge significance in flexible and convenient capture of diagnostic images. Rising
popularity of 3D displays, 3D scanners and increased use in wearable devices and wireless,
smart devices are expected to benefit demand growth in the market. Another growth
opportunity comes from security and surveillance cameras wherein 3D sensors enable
capturing of facial images. The largest product market, 3D image sensors, will continue to
benefit from widespread applications in autonomous navigation, automotive safety, human
machine interface, microscopy, oceanography, astronomy, virtual reality, biomedical image
analysis, robot guidance, and industrial inspection, among others.
The United States represents the largest market worldwide. Asia-Pacific is poised to grow at
the fastest CAGR of 24.3% over the analysis period, led by the region’s dominance as the
manufacturing hub for electronics. Image sensors are forecast to witness rapid growth
supported by their widespread us mobile devices such as smartphones and tablets.
Major players in the market include Asustek Computer, Inc., AT - Automation Technology
GmbH, Cognex Corp., Fastree3D SA, GestureTek, Haimer GmbH, ifm electronic GmbH,
Infineon Technologies AG, Intel Corp., LMI Technologies, Inc., Mantis Vision, Microchip
Technology, Inc., Microsoft Corp., Neptec Technologies Corp., Northern Digital, Inc.,
Occipital, Inc., Omnivision Technologies, Inc., Orbbec 3D Technology International Inc. ,
Perceptron, Inc., Photon-X, pmdtechnologies gmbH, PointGrab Ltd., Qualcomm, Inc., SICK
AG, SmartRay GmbH, SoftKinetic, Stereolabs, Texas Instruments Inc., Visio Nerf, VRmagic
Holding, and XYZ Interactive Technologies, Inc., among others.
U.S. Canada Mexico Rest of North America
North American 3D sensors market, by application
xx xx xx xx
Aggregate demand in $ Billion for the period 2017 to 2023 &
Demand growth %, CAGR
Global 3D Sensors Market Analysis
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Market Analysis As compass sector stalls, 3D magnetic sensor suppliers look to automotive sector for growth
Led by ongoing price erosion in the electronic compass sensor market, year-over-year
semiconductor-based 3D magnetic sensor revenues grew less than 1% in 2016; however,
the industry’s growth rate was on track to reach nearly 4% in 2017. The overall 3D
magnetic sensor market’s declining growth has been mitigated by the automotive sensor
market last year, which comprises more than half (55%) of the overall market for 3D
magnetic sensors.
Once the rising star of the magnetic sensor market, 3D magnetometer compass sensors
have quickly entered a plateau dominated by commoditization. Many 3D magnetic sensor
suppliers focused on compasses, which are used in GPS-enabled smartphones and tablets,
are seeing their market shrink before their eyes, while those serving the automotive sector
continue to bolster their revenue. Since the introduction of electronic compass sensors in
2008, increased competition and resulting lower prices have led to a sharp reduction in
profit margins for the sector. At that time, a three-axis compass was priced at around
$1.40. Today, the price of a magnetometer used in a GPS-enabled mobile phone at large
volume OEMs is already under $0.20 and is set to fall even further over the next six years.
Low penetration of 3D magnetometers in the low-end smartphones is another factor
dragging this market. Unlike the accelerometers that are used for portrait-landscape
orientation, 3D magnetometers are an elective feature, not a requirement. 3D compass
penetration rate is high in mid-range smartphones and saturated in high-end smartphones.
Unfortunately these markets no longer drive growth.
Shrinkage in the compass sensor market has been offset by growth in the automotive
sector, which remains a key growth sector of the 3D magnetic sensor market. Sensor
penetration is still increasing in mature markets like North America, Europe and Japan.
2017 2018 2019 2020 2021 2022 2023
$ Billion
Global 3D magnetic sensors
market growth
Market share breakdown, 2017
Global 3D Sensors Market Analysis
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Market Analysis
Growing popularity of gesture recognition systems driving the
consumption of 3D sensors
3D vision & gesture tracking technology is gaining considerable attention and traction in the
market. Growing number of applications of 3D image recognition technologies, particularly
the Time-of-Flight (ToF), are driving growth in the gesture recognition market. However,
the lack of standardization of gesture movements poses a challenge to the market growth.
With emerging virtual reality games and information technology (IT) applications entering
the market, shipments of gesture sensing control user interfaces are poised to grow 10%
year over year, to reach 2.3 billion units in 2018. While touch-screen technology works well
in smartphones, tablets and other mobile devices with flat panel displays, it is less suitable
for use in some new and emerging applications; therefore, gesture sensing control will fill
an industry need gap. Gesture sensing control will not compete with touch screens, but will
instead be complementary, because each technology is appropriate for specific applications.
Smart TVs, for example, are not good candidates for touch screens, because they are too
far from viewers. On the other hand, gesture sensing control is especially suitable for future
immersive augmented reality and virtual reality computing.
Optical-based three-dimensional depth sensing technologies such as time of flight (ToF),
stereo vision and structured light for freehand gesture sensing control -- will account for two
thirds (66%) of sensor unit shipments for game console applications in 2018; as the use of
controller-based sensors becomes more common.
Mainstream consumers have been aware of gesture sensing control, since the debut of the
Nintendo Wii in 2006. Now a decade later, gesture sensing control is poised to become the
second most common user interface for smart devices after touch screens.
C a
p a
c i t y Steep growth curve ahead for
the market
Time
Market share breakdown, 2017
2017
Current market
Position
Predicted
strategic
Inflection point
Global 3D Sensors Market Analysis
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Regional Analysis
Global 3D Sensors Market by Region the total addressable market
worldwide was $ xx billion in 2017.
Total Annual Addressable Market by Region
xx
xx
2017 2023
NAFTA
xx xx
2017 2023
Western Europe
xx xx
2017 2023
Eastern Europe
xx xx
2017 2023
CIS
xx
xx
2017 2023
World market
xx xx
2017 2023
Rest of Americas
xx xx
2017 2023
Africa & Middle East
xx xx
2017 2023
Asia & Pacific
CAGR: xx%
Addressable market: 2017-23
CAGR: xx%
Addressable market: 2017-23
CAGR: xx%
Addressable market: 2017-23
CAGR: xx%
Addressable market: 2017-23
CAGR: xx%
Addressable market: 2017-23
CAGR: xx%
Addressable market: 2017-23
CAGR: xx%
Addressable market: 2017-23
CAGR: xx%
Addressable market: 2017-23
Global 3D Sensors Market Analysis
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Country Analysis China to witness strong domestic demand for 3D sensors
Shipments of wearable devices in China have soared with Xiaomi still being the top vendor.
The emerging wearable market keeps drawing attention from consumers in China. The
continual technology improvement has enabled 3D sensors into wider application such as
mobile phones, activity trackers, healthcare and gaming devices by providing innovative
features and new user experience. Leading companies including Apple, Lifesense, Okii, 360
and Xiaomi have launched various products in mobile phones, tablets, smart watches,
activity trackers by connecting healthcare, internet community, real-time communication
and smart functions to provide new use-cases and value. The low power and always-on
feature of 3D sensors are being increasingly acknowledged in wearable and mobile
applications.
China has mandated that every commercial aircraft have a HUD, for heads up display, that
shows from the airspeed, altitude, localizer and glideslope to the energy status of the
aircraft - a flight path (trend) vector (FPV) to pilots in the cockpit. China will also need to
add more than 6,000 planes to its commercial fleet to meet traffic demand through 2020.
This will create huge demand for 3D sensors in HUDs in civil aviation in China.
Smart homes is another segment that holds massive potential for 3D sensors. Although the
concept of smart home is still in the early stages of development in China, it promises to be
potential gold mine. The Chinese market for smart home systems and services is developing
rapidly as smart meter and smart city initiatives build the infrastructure and awareness
among consumers of the benefits of smart systems. Consumer spending on smart home
related hardware, services and installation fees will reach nearly $14 billion in 2017 and
grow to over $25 billion by 2023. With the advancement of network infrastructure and big
data transmission as well as the importance of energy saving, the 3D sensors have earned
increasing recognition on smart home application.
2017 2018 2019 2020 2021 2022 2023
$ Billion
Chinese 3D sensors
market growth
Market share breakdown, 2017
Global 3D Sensors Market Analysis
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Competition Analysis Fourteen players identified as candidates for benchmarking as 'Large
Competition' given industry spread
Top xx players contribute to yy% of the market Significant shift in market shares in the last 5 years
(4)
(2)
0
2
4
6
0 1 2 3 4 5 6
xxxx
0
500
1,000
Revenue in $ M
Oth
ers
Com
petito
r D
Com
petito
r C
Com
petito
r B
Com
petito
r A
Break-up of revenue share
xx
%
Tota
l
xx
%
xx
%
xx
%
Segment
Profit
Market Volatility
Key market trends
Amenable to tech disruptions Risk assessment Is there consolidation in industry? Competition is organized by
particular segment or domain (design, manufacturing etc.)
Potential new entrants Geographical split of contribution to
market
Movement of market shares among top 3-4 players in industry in last 10 years with reason
– Merger/Acquisition – Disruptive product – Aggressive expansion
program etc. Cyclical vs Consistent (details of
current cycle) Dependency on Macro factors
xxxx
xxxx
xxxx
xxxx
xxxx xxxx
xxxx
Frequency across market segments
Frequency across Regions
xxxx
xxxx xxxx
xxxx
xxxx xxxx
Emerging players
Prominent players
Fourteen players defining the industry benchmark in 2017
About us
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