With the acceleration of industrial automation, many manufacturers have introduced automation equipment such as robots, aiming to improve efficiency, reduce errors, and lower labor costs. However, in the context of automated equipment such as humans and robots working together, how to ensure the safety of workers and avoid potential harm caused by dangerous mechanical equipment to operators has become a major challenge in the field of industrial safety.

To address this challenge, the industry typically adopts sensor solutions such as gratings. However, in some industrial places with harsh environments and harsh conditions, such as flying dust, strong light, extremely low temperatures, or limited installation space, the application effect of ordinary gratings and other sensors is often not satisfactory.


In this situation, LiDAR sensors have begun to receive industry attention. Compared with traditional sensors such as gratings, LiDAR sensors have stronger anti-interference ability and can work stably in various harsh environments. At the same time, the LiDAR sensor also has a non-contact detection method, which can achieve fast and accurate positioning and distance measurement, effectively ensuring the safety of workers.


In the field of industrial automation, the application scenarios of LiDAR sensors are very extensive. For example, within the operating range of the robotic arm, real-time monitoring of personnel entry through LiDAR sensors can achieve automatic shutdown or alarm, effectively avoiding safety accidents caused by improper operation or accidental intrusion. In addition, on the logistics conveyor line of the factory, LiDAR sensors can monitor the position of items in real time, ensuring the safety and reliability of the items during transportation.

LEIMOU 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.


With the development of industrial automation and the application of automation equipment such as robots, ensuring the safety of workers and equipment has become an important task. As a new type of sensor technology, LiDAR sensors have broad application prospects and huge market potential. In the future, with the continuous progress of technology and the expansion of application scenarios, LiDAR sensors will also play a more important role in the field of industrial safety.