Integrated navigation and obstacle avoidance: F30 navigation - obstacle avoidance LiDAR
2023-11-29 15:45:37
With the improvement of automation level and the rapid development of industrial automation, industrial transportation and production cannot do without the support of information automation technology. AGV cars have become the main force in factory logistics transportation, fully realizing automation and flexible transportation in both air and ground unmanned transportation, achieving efficiency, convenience, and automatic distribution. Its advantages are increasingly prominent, whether it is factories, enterprises, e-commerce, or logistics companies, the presence of AGV cars is everywhere.
AGV cars perform excellently in material handling and transportation. They can undertake various links from raw material transportation to finished product shipment, achieving automated logistics management. This not only improves production efficiency, but also reduces the physical labor of workers, making enterprises more competitive in the fierce market competition.
One of their most striking features is their autonomous navigation and obstacle avoidance ability. These AGV cars are equipped with advanced sensors and navigation technology, enabling autonomous navigation and path planning in complex factory environments. This not only improves the flexibility of the production line, but also reduces reliance on traditional guides, making the factory layout more flexible and versatile. The accurate navigation and obstacle avoidance function of AGV cars is also a basic requirement to ensure the smooth and stable operation of the entire production line.
As an industrial grade photoelectric sensor manufacturer of domestic LiDAR, LEIMOU has accumulated market experience and received industry feedback for many years. In response to the usage needs in industrial application scenarios, it has launched the F30 Navigation Obstacle Avoidance LiDAR. It integrates navigation and obstacle avoidance, with advantages such as high measurement accuracy, fast scanning speed, and strong anti-interference ability, which can help AGVs effectively and accurately locate, Complete production handling tasks in complex environments, effectively ensuring efficient production.
At the same time, relying on its 50 meter measurement obstacle avoidance range and mature navigation obstacle avoidance algorithm, it can still operate effectively without laying any tracks in advance, facilitating the upgrading and transformation of factory production lines and navigation route changes, real-time obstacle avoidance, and strong environmental adaptability, which can better achieve coordinated control of multiple AGVs.
AGV cars perform excellently in material handling and transportation. They can undertake various links from raw material transportation to finished product shipment, achieving automated logistics management. This not only improves production efficiency, but also reduces the physical labor of workers, making enterprises more competitive in the fierce market competition.
One of their most striking features is their autonomous navigation and obstacle avoidance ability. These AGV cars are equipped with advanced sensors and navigation technology, enabling autonomous navigation and path planning in complex factory environments. This not only improves the flexibility of the production line, but also reduces reliance on traditional guides, making the factory layout more flexible and versatile. The accurate navigation and obstacle avoidance function of AGV cars is also a basic requirement to ensure the smooth and stable operation of the entire production line.
As an industrial grade photoelectric sensor manufacturer of domestic LiDAR, LEIMOU has accumulated market experience and received industry feedback for many years. In response to the usage needs in industrial application scenarios, it has launched the F30 Navigation Obstacle Avoidance LiDAR. It integrates navigation and obstacle avoidance, with advantages such as high measurement accuracy, fast scanning speed, and strong anti-interference ability, which can help AGVs effectively and accurately locate, Complete production handling tasks in complex environments, effectively ensuring efficient production.
At the same time, relying on its 50 meter measurement obstacle avoidance range and mature navigation obstacle avoidance algorithm, it can still operate effectively without laying any tracks in advance, facilitating the upgrading and transformation of factory production lines and navigation route changes, real-time obstacle avoidance, and strong environmental adaptability, which can better achieve coordinated control of multiple AGVs.
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