Real-time Depth Map Output
Detecting approaching hand and recognizing simple hand gestures.
Detecting objects on a mimic automated conveyor in industrial automation.
Detecting approaching people in the office.
Thin Object Detection
Able to detect thin objects like black charging cable.
arduino 3d distance sensor, rpi lidar, raspberry pi,
Real-time Point Cloud Output
Grey Scale Picture Fusion
Combines grayscale images to create a more detailed and comprehensive visual representation.
Clean & Shape Surface Identification
Precisely detects and distinguishes clear and well-defined surfaces, ensuring accuracy in object recognition and analysis.
Excellent Performance under Direct Sunlight and Absolute Darkness
Excellent performance under ambient outdoor light on a snow day.
Clear capture of office supplies including transparent water bottle and computer screen in light-off environment.
Obstacle & Cliff Detection
Safe Zone Identification with Voxel
Object (Orange) Size Measurement
ToF Technology Advantages
Time of Flight depth sensing is one of the most promising technologies in 3D depth sensing and imaging. ToF imaging and ToF sensing are expected as the driving force for the rapid growth of 3D industry. Compared to Stereo Vision 3D technology which depends on complicated algorithm and requests heavy computation, the mechanism of ToF depth sensing is simple and direct. Therefore, ToF sensor is comparatively in a compact form and able to generate real-time depth data without heavy computing load or high power usage.Compared to Structure Light, ToF 3D camera has a longer working range and is less affected by the interruption from environment light.
ToF 3D sensor schematic diagram
|Technology||Time of Flight Technology|
|Frame Rate||50 fps|
|Supply Voltage||5V DC (USB Powered)|
|Sentinel - Time of Flight 3D Sensor|
|Range||0.1m - 7.5m|
|FoV||51° x 20°
|Accuracy||2cm to 2% measurement distance|