The Rise of ToF Vision Systems for Smarter Factories and Robotics | Cube-eye
Drawbacks of
Structured Light and Stereo Vision
Traditional 3D vision methods like structured light and stereo vision fall short in fast industrial environments. Structured light delivers accuracy but suffers from slow speeds and motion blur, making it unsuitable for moving production lines. Stereo vision captures faster, but its depth quality is unstable and requires heavy processing, especially in difficult lighting. These limitations highlight the need for a faster and more reliable 3D solution.
How ToF Cameras
Change the Game
Cube-eye ToF cameras deliver real-time 3D depth data in any lighting condition, helping machines accurately detect object shape, position, and orientation. They provide smooth 30+ FPS output, stable performance in challenging environments, efficient in-camera depth processing, and support multiple interfaces like MIPI, USB, and PoE, all while minimizing system load.
Real-World
Applications
Ø
Robotic Bin Picking - Cube-eye ToF cameras help
robots identify the precise position and angle of objects inside bins, enabling
accurate pick-and-place tasks and reducing errors in automated production
lines.
Ø
Logistics and Warehousing - They measure box dimensions
and track moving items on conveyors in real time, supporting faster sorting,
packaging, and inventory processes in warehouses.
Ø
Quality Inspection - With detailed 3D Time-of-Flight sensor data, Cube-eye cameras detect
shape defects and surface irregularities that 2D systems may overlook, helping
maintain stable product quality.
Ø Smart Cities and Retail - They enable people counting, crowd monitoring, and security automation with reliable depth data, improving safety and operational efficiency in public and commercial spaces.
If you are looking for a 3d depth camera, you can find them at Cube-eye.
Click here if you are interested in Cube-eye
Cameras.

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