F31-C obstacle avoidance lidar ushers in a new era of intelligence for industrial robots
2024-01-11 10:35:38
With the continuous development of industrial automation, many manual work positions in the field of industrial production and manufacturing have been replaced by industrial robots. As a key equipment for forming industrial automation production lines, vigorously developing industrial robots is an important measure for China to achieve automated production lines and intelligent workshops.
In industrial manufacturing scenarios, sensors rely on sensing technology and intelligent interconnecting devices to establish an information transmission network, providing essential information transmission for production and manufacturing, giving various equipment the "eyes", "perception", and "interaction" to support more efficient, accurate, safe, stable, and flexible operation and operation of equipment. It can be said that data is the foundation of all automation, and the same applies to industrial robot applications. Industrial sensors, as the "eyes" and "ears" of industrial robots, can provide real-time perception and feedback capabilities, thereby achieving more efficient, accurate, and safe production.
LEIMOU LiDAR has the characteristics of small size, light weight, strong anti-interference ability, high reliability, and adopts the TOF ranging principle. It can monitor in real time whether there are objects entering or moving within the radar coverage area. When the LiDAR detects an object within the set "protection area", it will send a stop signal to stop the equipment from working and prevent danger from occurring.
The ILS-F31-C obstacle avoidance LiDAR adopts the TOF ranging principle and integrates cutting-edge technologies from multiple disciplines. It can achieve a maximum distance of 25 meters for obstacle avoidance within a 270 ° field of view range, with a measurement error of only 3 centimeters. The independently developed system software can freely configure 16 obstacle avoidance zone groups, and each zone group can also freely set up 3 different levels of obstacle avoidance protection, which can be flexibly configured according to the obstacle avoidance needs of various complex environments.
The field of industrial robots is in a rapid development stage, and with continuous technological breakthroughs and innovations, the intelligence, flexibility, safety, and sustainability of industrial robots have been significantly improved. In the future, LEIMOU will continue to explore new machines and developments in the industry, providing efficient, intelligent, stable, reliable, and flexible industrial robot LiDAR solutions for industry customers.
In industrial manufacturing scenarios, sensors rely on sensing technology and intelligent interconnecting devices to establish an information transmission network, providing essential information transmission for production and manufacturing, giving various equipment the "eyes", "perception", and "interaction" to support more efficient, accurate, safe, stable, and flexible operation and operation of equipment. It can be said that data is the foundation of all automation, and the same applies to industrial robot applications. Industrial sensors, as the "eyes" and "ears" of industrial robots, can provide real-time perception and feedback capabilities, thereby achieving more efficient, accurate, and safe production.
LEIMOU LiDAR has the characteristics of small size, light weight, strong anti-interference ability, high reliability, and adopts the TOF ranging principle. It can monitor in real time whether there are objects entering or moving within the radar coverage area. When the LiDAR detects an object within the set "protection area", it will send a stop signal to stop the equipment from working and prevent danger from occurring.
The ILS-F31-C obstacle avoidance LiDAR adopts the TOF ranging principle and integrates cutting-edge technologies from multiple disciplines. It can achieve a maximum distance of 25 meters for obstacle avoidance within a 270 ° field of view range, with a measurement error of only 3 centimeters. The independently developed system software can freely configure 16 obstacle avoidance zone groups, and each zone group can also freely set up 3 different levels of obstacle avoidance protection, which can be flexibly configured according to the obstacle avoidance needs of various complex environments.
The field of industrial robots is in a rapid development stage, and with continuous technological breakthroughs and innovations, the intelligence, flexibility, safety, and sustainability of industrial robots have been significantly improved. In the future, LEIMOU will continue to explore new machines and developments in the industry, providing efficient, intelligent, stable, reliable, and flexible industrial robot LiDAR solutions for industry customers.
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