Distance Sensor, LiDAR CygLiDAR D1 SLAM Robotics 2D/3D Dual Solid State ToF LiDAR

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Price:$170.00
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Product Overview

Description



Product Description


2D/3D Dual Solid State ToF LiDAR
Cygbot's 2D/3D Dual Solid-State ToF LiDAR helps translate the 3D world into a 2D image and a 3D object using precisely measured depth data, so it can be used in the following industries: security, industrial automation, drones, touch screen and so on. The budget-friendly products are even operating without moving parts.

















Various applications


For Everyday Life
CygLiDAR can be used for a Mobile Robot. A tiny size sensor can be applied to service robots, such as cleaning robots - to lower products costs.
For Safety industry
CygLiDAR can be used for safety sensor. A sensor that detects up to a wide range prevent accidents.
For kids
CygLiDAR can be used for a smart toy. Smart toy used LiDAR not only prolog the life span of toys but also entertains children through the interaction function..







Specification




Detection Range
Distance Accuracy
Field of View
Resolution
Measurement Speed
Use environment
2D : < 200mm ~ 8,000mm 3D : 50mm ~ 2,000mm (*DRM)
±1%
2D/3D Horizontal : 120º 3D Vertical : 65º
2D : 0.75º (Angle) 
3D : 160 x 60 (Pixel)
2D : 15Hz 3D : 15Hz
Indoor
Wavelength
Operating Temperature
Interface
Size (W*H*D)
Weight
Laser Diode : NIR 808nm LED : NIR 808nm
-20º ~ 60º
UART TTL(3.3V) 3,000,000 bps
37.4*37.4*24.5 (mm)
28g



- 2D/3D Dual LiDAR
CygLiDAR enables flexible system configuration by obtain 2D and 3D distance data at the same time.



- Solid State
Improves the size and vibration, which are the disadvantages of scanning type of LiDAR.



- The World's Smallest Dual LiDAR
Weighing only 28g and featuring a compact design (37.4*37.4*24.5mm).


Item
Value
Place of Origin
South Korea
Brand Name
Cygbot
Model Number
CygLiDAR D1
Special Features
Detection, Map-building, Obstacle avoidance
Application
Indoor






Details Images









Company Profile


Laser 2D/3D Sensor Algorithm and Image Processing Development of ToF and Structural Light Distance Measuring Algorithm Development of Augmented Reality Devices through 3D Sensors A Study and Development on the Location Recognition of Self-driving Development of Image Recognition Technology A Study on the Estimation of Indoor and Outdoor Location of Unmanned Vehicle Using LiDAR







Certifications




Exhibition




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