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    • Tech Briefs ▶
      • • Active Sensor Alignment
      • • 5GBASE-T for High Speed Vision Systems
      • • EMVA 1288: Camera Sensor Review
      • • Gigabit Ethernet: The Efficient & Reliable Interface
      • • Factory Tough™ Cameras. Designed and Built for Industrial Use
      • • Optimizing Event-Based Imaging: Triton2 EVS Explained New
      • • Sony Pregius CMOS: Next Level Imaging
      • • Sony 4th Gen Pregius S – The Next Evolution of Image Sensors?
      • • Sony’s DepthSense 3D Sensor Explained: Better Time of Flight
      • • Sony IMX490: On-Sensor HDR for 24-bit Imaging
      • • Sony’s Polarized Sensor: Beyond Conventional Imaging
      • • TCP for 10GigE Cameras: Reliable Image Transfer
      • • TFL-Mount: For High Resolution Large Format CMOS Sensors
      • • Understanding the Digital Image Sensor
    • White Papers ▶
      • • HDR Imaging for Automotive Sensing Applications
      • • Time of Flight Gets Precise: Enhanced 3D Measurement With Sony DepthSense
      • • Going Polarized – Polarization Adds A New Perspective
      • • Time of Flight Guidebook 2.0: Design Tips to Boost 3D Performance
      • • The Benefits of RDMA for 10GigE Cameras and Beyond
    • Case Studies ▶
      • • Case Study: 3D Projection Picking System for Material Handling
      • • Case Study: 3D Spatial Awareness System
      • • Case Study: 3D Time-of-Flight Camera Aids Robotic Palletizers
      • • Case Study: AI-Based Object Recognition for Maritime Navigation
      • • Case Study: AI-Powered Precision Weed Control in Agriculture New
      • • Case Study: Automated AI-Driven Depalletizer
      • • Case Study: aUToronto’s Autonomous Car Perception System
      • • Case Study: Autonomous Forklifts Stack Cheese 3D ToF
      • • Case Study: Automated Wood Surface Inspection
      • • Case Study: Enhancing Food Safety with 3D Detection
      • • Case Study: High Accuracy Drill Measurement
      • • Case Study: Microsatellite Captures High Resolution Imagery
      • • Case Study: Real-time IoT Monitoring of Construction Sites
      • • Case Study: Robot Gripper Moves Stackable Bins
      • • Case Study: Rock Picking Robot
      • • Case Study: Vision Guided Pick & Place System for Blister Packaging
      • • Case Study: World’s First Autonomous Passenger Ferry
      • • Case Study: World’s First Level-4 Autonomous Electric Bus
    • JupyterLab Resource Center ▶
      • • Browse and download our sample Jupyter Notebooks for ArenaView
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      • • Explore our collection polarization articles, resources, and helpful tutorials.
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LUCID Vision Labs LUCID Vision Labs

LUCID Vision Labs

Modern Machine Vision Cameras

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polarization cameras IMX264MZR IMZ264MYR
February 26, 2021 Uncategorized

5.0 MP Phoenix and Triton Polarization Cameras Featuring Sony’s IMX264MZR/MYR CMOS Sensors

February 26, 2021 – LUCID Vision Labs, Inc., a designer and manufacturer of unique and innovative industrial vision cameras, today…

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January 6, 2021

3D Depth from Surface Normals using Polarization Camera (Shape-from-Polarization, SfP)

Use Case Tutorial:3D Depth from Surface Normals using a Polarization Camera Shape-from-Polarization (SfP) Home Polarization Resource Center 3D Depth from…
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August 8, 2019

Inspection with Color Polarization Camera and Virtual Filter

Use Case Tutorial:Inspect Reflective Objects with Virtual Polarization Filter and Color Polarization Camera With ArenaView tutorial Home Polarization Resource Center…
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July 29, 2019

Pattern Matching with Polarized DoLP Image in MVTec HALCON

Use Case Tutorial:Pattern Matching with Polarized DoLP Image in MVTec HALCON With tutorial and sample source code Home Polarization Resource…
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Polarization software Lucid arena sdk
May 7, 2019 Uncategorized

LUCID Adds On-Camera Polarization Processing and Software Visualization Tools to Accelerate Development for Polarized Imaging Applications

New on-camera polarization processing and updated Arena SDK with new visualization tools to further enhance polarized imaging applications has been released.

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Sony Polarization Sensor IMX250MZR
March 15, 2019

Polarization Explained: The Sony Polarized Sensor

Sony's Polarized Sensor: Beyond Conventional Imaging Sony is expanding its sensor technology leadership by introducing Polarsens™, their on-chip polarization technology.…
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Polarization Resource Center
January 15, 2019

Polarized Camera Resource Center

Polarization Cameras & Resources Explore our collection of polarization articles and resources, with links to our polarization cameras below. Polarization…
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Polarized camera showing 4 angles at once
January 10, 2019

Plastic Shrink Wrap Inspection using LUCID Polarization Camera

Use Case Tutorial:Plastic Shrink Wrap Inspection using LUCID Polarization Camera With ArenaView 2x2 Raw polarization display tutorial Home Polarization Resource…
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VISION 2018 Stuttgart
November 20, 2018 Uncategorized

LUCID at VISION Stuttgart 2018 – Show Review, Photos, Videos, & More.

LUCID was showcasing inspiring products like our transformable Phoenix, the robust Triton, the high resolution Atlas 5GBase-T camera, and the…

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Triton Polarized camera
October 16, 2018 Uncategorized

LUCID Expands its GigE Vision Triton Camera Series with Sony IMX265, IMX250MZR and IMX250MYR Sensors

The 3.2 MP Triton camera features the 1/1.8” Sony IMX265 global shutter CMOS sensor running at 38 fps. The 5 MP polarization Triton models feature the 2/3” Sony IMX250MZR monochrome and the IMX250MYR color global shutter CMOS sensors running at 24 fps.

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  • Camera & Product Selector
  • Camera Accessories
  • Phoenix GigE PoE Camera
    • 20.0 MP PHX200S
    • 12.3 MP PHX124S (IMX565)
    • 12.3 MP PHX120S (IMX304)
    • 12.2 MP PHX122S
    • 8.9 MP PHX089S
    • 8.1 MP PHX081S
    • 6.3 MP PHX064S
    • 5.0 MP Polarized PHX050S1-P/Q
    • 5.0 MP Polarized PHX050S-P/Q
    • 5.0 MP PHX051S (IMX568)
    • 5.0 MP PDH050S (IMX264 x2)
    • 5.0 MP PHX050S (IMX264)
    • 3.2 MP PHX032S
    • 2.3 MP PHX023S
    • 1.6 MP PHX016S
    • 0.4 MP PHX004S
  • Triton10 10GigE PoE Camera
    • 24.5 MP TRX245S
    • 20.4 MP TRX204S
    • 16.2 MP TRX162S
    • 12.3 MP TRX124S
    • 8.1 MP TRX081S
    • 5.0 MP TRX051S
  • Triton2 2.5GigE PoE Camera
    • 24.5 MP TRT245S
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    • 12.3 MP TRT124S (IMX545)
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    • 8.1 MP TRT081S
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    • 6.3 MP TRT064S
    • 5.0 MP TRT051S (IMX547)
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    • 2.8 MP TRT028S
    • 2.4 MP TRT024G
    • 2.3 MP TRT023S
    • 1.6 MP TRT016S
    • 4K TRT04KG Line Scan
  • Triton2 EVS 2.5GigE PoE Camera
    • 0.9 MP TRT009S-EC
    • 0.3 MP TRT003S-EC
  • Triton GigE PoE Camera
    • 24.5 MP TRI245S
    • 20.4 MP TRI204S
    • 20.0 MP TRI200S
    • 16.2 MP TRI162S
    • 12.3 MP TRI124S (IMX545)
    • 12.3 MP TRS123S (IMX501)
    • 12.3 MP TRI120S (IMX304)
    • 12.2 MP TRI122S
    • 8.9 MP TRI089S
    • 8.1 MP TRI081S
    • 7.1 MP TRI071S
    • 6.3 MP TRI064S
    • 5.4 MP TDR054S
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    • 5.0 MP Polarized TRI050S1-P/Q
    • 5.0 MP Polarized TRI050S-P/Q
    • 5.0 MP TRI051S (IMX547)
    • 5.0 MP TRI050S (IMX264)
    • 3.2 MP TRI032S
    • 2.8 MP TRI028S
    • 2.3 MP TRI023S
    • 1.6 MP TRI016S
    • 0.5 MP TRI005S
    • 0.4 MP TRI004S
    • 2K TRI02KA Line Scan
  • Atlas 5GigE PoE Camera
    • 31.4 MP ATL314S
    • 19.6 MP ATL196S
    • 16.8 MP ATL168S
    • 12.3 MP ATL120S
    • 8.9 MP ATL089S
    • 7.1 MP ATL071S
    • 5.0 MP ATL050S
    • 2.8 MP ATL028S
  • Atlas 5GigE IP67 PoE Camera
    • 24.5 MP ATP245S
    • 20.4 MP ATP204S
    • 20.0 MP ATP200S
    • 16.2 MP ATP162S
    • 12.3 MP ATP124S (IMX545)
    • 12.3 MP ATP120S (IMX253)
    • 8.9 MP ATP089S
    • 8.1 MP ATP081S
    • 7.1 MP ATP071S
    • 5.0 MP ATP051S (IMX547)
    • 5.0 MP ATP050S (IMX250)
    • 2.8 MP ATP028S
  • Atlas & Triton SWIR IP67 PoE Cameras
    • 1.3 MP ATP013S-WC (with TEC)
    • 0.3 MP ATP003S-WC (with TEC)
    • 5.3 MP TRT053S-WC
    • 3.2 MP TRT033S-WC
    • 1.3 MP TRI013S-WC
    • 0.3 MP TRI003S-WC
  • Atlas10 10GigE PoE Camera
    • 65.0 MP ATX650G
    • 47.0 MP ATX470S
    • 45.0 MP ATX450N
    • 31.4 MP ATX314S
    • 24.5 MP ATX245S
    • 20.4 MP ATX204S
    • 16.2 MP ATX162S
    • 12.3 MP ATX124S
    • 8.1 MP ATX081S
    • 5.0 MP ATX051S
  • Atlas10 UV 10GigE PoE Camera
    • 8.1 MP ATX081S-UC
  • Helios ToF PoE Camera
    • 3D+RGB IP67 Kit
    • 0.3 MP Helios2+
    • 0.3 MP Helios2
    • 0.3 MP Helios2 Ray
    • 0.3 MP Helios2 Wide
    • 0.3 MP Helios2 Narrow
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  • Products
    • LUCID MACHINE VISION CAMERAS
    • • Phoenix GigE Vision Camera
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    • • Triton HDR with AltaView Adaptive Tone Mapping
    • • Triton SMART AI Camera
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    • • Triton2 EVS – Event-Based Imaging
    • • Triton10 10GigE Vision RDMA Camera
    • • Atlas & Triton SWIR IP67 GigE Vision Camera
    • • Atlas – 5GigE Vision Camera
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    • ACCESSORIES
    • • Lenses, Lens Tubes, & Lens Adapters
    • • Phoenix Transform Kits
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    • CAMERA & PRODUCT SELECTOR
    • DOWNLOADS
  • Resources
    • JUPYTERLAB RESOURCE CENTER
    • • Browse and download our sample Jupyter Notebooks for ArenaView
    • POLARIZATION RESOURCE CENTER
    • • Explore our collection polarization articles, resources, and helpful tutorials.
    • TECH BRIEFS OVERVIEW
    • • 5GBASE-T for High Speed Vision Systems
    • • Active Sensor Alignment
    • • EMVA 1288: Camera Sensor Review
    • • Gigabit Ethernet: The Efficient & Reliable Interface
    • • Factory Tough™ Cameras. Designed and Built for Industrial Use
    • • Optimizing Event-Based Imaging: Triton2 EVS Explained
    • • Sony 4th Gen Pregius S – The Next Evolution of Image Sensors?
    • • Sony’s DepthSense 3D Sensor Explained: Better Time of Flight
    • • Sony IMX490: On-Sensor HDR for 24-bit Imaging
    • • Sony’s Polarized Sensor: Beyond Conventional Imaging
    • • Sony Pregius CMOS: Next Level Imaging
    • • TCP for 10GigE Cameras: Reliable Image Transfer
    • • TFL-Mount: For High Resolution Large Format CMOS Sensors
    • • Understanding the Digital Image Sensor
    • WHITE PAPERS
    • • Going Polarized – Polarization Adds A New Perspective
    • • Time of Flight Gets Precise: Enhanced 3D Measurement With Sony DepthSense
    • • Time of Flight Guidebook 2.0: Design Tips to Boost 3D Performance
    • • RDMA with Atlas10 10GigE Cameras
    • CASE STUDIES
    • • Case Study: 3D Projection Picking System for Material Handling
    • • Case Study: 3D Time-of-Flight Camera Aids Robotic Palletizers
    • • Case Study: Autonomous Forklifts Stack Cheese 3D ToF
    • • Case Study: AI-Based Object Recognition for Maritime Navigation
    • • Case Study: AI-Powered Precision Weed Control in Agriculture
    • • Case Study: Automated Wood Surface Inspection
    • Case Study: Enhancing Food Safety with 3D Detection
    • • Case Study: Rock Picking Robot
    • • Case Study: High Accuracy Drill Measurement
    • • Case Study: Microsatellite Captures High Resolution Imagery
    • • Case Study: Real-time IoT Monitoring of Construction Sites
    • • Case Study: Robot Gripper Moves Stackable Bins
    • • Case Study: World’s First Level-4 Autonomous Electric Bus
    • • Case Study: Vision Guided Pick & Place System for Blister Packaging
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