English
JAN7805-012
The application of lasers in sweeping robots is mainly reflected in two aspects: navigation and obstacle recognition.
First, lasers can be used to navigate sweeping robots. Lidar can scan the surrounding environment, measure the distance and location information of objects, and generate an accurate map. The sweeping robot can determine its position and travel path based on this map to achieve precise navigation. Compared with other sensors, lidar has higher measurement accuracy and can provide more accurate navigation information.
Secondly, lasers can also be used for obstacle recognition of sweeping robots. LiDAR can scan the surrounding environment, detect the presence of obstacles and identify them. The sweeping robot can make corresponding decisions based on this obstacle information, avoid obstacles or go around obstacles to perform cleaning work. LiDAR's high precision and fast scanning capabilities can effectively help sweeping robots identify obstacles and improve work efficiency and safety.
In general, the application of lasers in sweeping robots can provide precise navigation and obstacle recognition functions, help robots navigate autonomously and avoid obstacles, and improve cleaning efficiency and safety.
Features
Wavelength: Infrared 780-785nm
Output Power(CW): 1-5mW
Dimension: the dimension can be customzied according to different requirements, the normal one we have do is 6mm diameter.
Working Mode: CW work
Our advantage
1. We offer professional OEM and ODM service for all laser modules, so the apperance, size, power, Driver , all can be customized by you!
2. Our products have passed various tests, and the product quality and service time are guaranteed.
Specification
Item | Parameter | Unit |
Peak Wavelength | 780 | nm |
Optical Output Power | 5 | mw |
Operating Current | 20-40 | mA |
Operating Case Temperature | -10 to +60 | ℃ |
Preheating Time | 0 | Sec |
Storage Temperature | -40 to +85 | ℃ |
Life Time | ≤10000 | Hour |
The application of lasers in sweeping robots is mainly reflected in two aspects: navigation and obstacle recognition.
First, lasers can be used to navigate sweeping robots. Lidar can scan the surrounding environment, measure the distance and location information of objects, and generate an accurate map. The sweeping robot can determine its position and travel path based on this map to achieve precise navigation. Compared with other sensors, lidar has higher measurement accuracy and can provide more accurate navigation information.
Secondly, lasers can also be used for obstacle recognition of sweeping robots. LiDAR can scan the surrounding environment, detect the presence of obstacles and identify them. The sweeping robot can make corresponding decisions based on this obstacle information, avoid obstacles or go around obstacles to perform cleaning work. LiDAR's high precision and fast scanning capabilities can effectively help sweeping robots identify obstacles and improve work efficiency and safety.
In general, the application of lasers in sweeping robots can provide precise navigation and obstacle recognition functions, help robots navigate autonomously and avoid obstacles, and improve cleaning efficiency and safety.
Features
Wavelength: Infrared 780-785nm
Output Power(CW): 1-5mW
Dimension: the dimension can be customzied according to different requirements, the normal one we have do is 6mm diameter.
Working Mode: CW work
Our advantage
1. We offer professional OEM and ODM service for all laser modules, so the apperance, size, power, Driver , all can be customized by you!
2. Our products have passed various tests, and the product quality and service time are guaranteed.
Specification
Item | Parameter | Unit |
Peak Wavelength | 780 | nm |
Optical Output Power | 5 | mw |
Operating Current | 20-40 | mA |
Operating Case Temperature | -10 to +60 | ℃ |
Preheating Time | 0 | Sec |
Storage Temperature | -40 to +85 | ℃ |
Life Time | ≤10000 | Hour |
