What sensors should AGV forklifts use?
2024-03-14 12:57:04
With the advancement of technology and the significant improvement of the social economy, automated operations have replaced traditional manual production and smart logistics have gradually overturned the traditional logistics system. It is particularly noteworthy about the safety issues and practical applications of smart logistics.
In the exploration and pursuit of logistics efficiency, the first generation of AGV products based on automation technology - automatic guided vehicles - was born in 1953. After multiple technological iterations, a highly flexible AGV forklift was finally developed, causing a great revolution in the entire logistics field. Nowadays, AGV forklifts have been widely used in the warehousing industry. They not only solve the primary efficiency problem in warehousing work, but also ensure the safety of people, vehicles, and goods.
The reason why AGV forklifts can perform unmanned operations is mainly based on positioning, control, and perception technologies, all of which rely on the environmental information feedback from sensors for AGV forklifts. Nowadays, AGV intelligent forklifts have gradually entered various workshop buildings, playing a crucial role in improving work efficiency. Although AGV intelligent forklifts operate automatically, they also need to work with people, and the safety of AGVs is still a concern for everyone.
AGV intelligent forklifts pick up goods through the optimal path by locating the location of materials - automatically delivering the goods to the designated workstation location. This technology has been widely applied in logistics warehousing and flexible production lines.
The application scenarios during the actual transfer of goods are intricate and complex, and many safety related scenarios may be encountered. If AGV intelligent forklifts encounter falling goods or other obstacles on the driving path, failure to stop in time will result in simultaneous damage to both parties. When multiple AGV intelligent forklifts are operating simultaneously, there may be a collision between AGV intelligent forklifts due to the inability to stop in a timely manner. In order to enable AGV intelligent forklifts to operate more safely in complex environments, it is necessary to obtain information on the presence of static or dynamic obstacles on their routes, and to achieve emergency braking or avoid obstacles.
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 hazardous environments, effectively ensuring production safety and reducing the probability of accidents.
In the exploration and pursuit of logistics efficiency, the first generation of AGV products based on automation technology - automatic guided vehicles - was born in 1953. After multiple technological iterations, a highly flexible AGV forklift was finally developed, causing a great revolution in the entire logistics field. Nowadays, AGV forklifts have been widely used in the warehousing industry. They not only solve the primary efficiency problem in warehousing work, but also ensure the safety of people, vehicles, and goods.
The reason why AGV forklifts can perform unmanned operations is mainly based on positioning, control, and perception technologies, all of which rely on the environmental information feedback from sensors for AGV forklifts. Nowadays, AGV intelligent forklifts have gradually entered various workshop buildings, playing a crucial role in improving work efficiency. Although AGV intelligent forklifts operate automatically, they also need to work with people, and the safety of AGVs is still a concern for everyone.
AGV intelligent forklifts pick up goods through the optimal path by locating the location of materials - automatically delivering the goods to the designated workstation location. This technology has been widely applied in logistics warehousing and flexible production lines.
The application scenarios during the actual transfer of goods are intricate and complex, and many safety related scenarios may be encountered. If AGV intelligent forklifts encounter falling goods or other obstacles on the driving path, failure to stop in time will result in simultaneous damage to both parties. When multiple AGV intelligent forklifts are operating simultaneously, there may be a collision between AGV intelligent forklifts due to the inability to stop in a timely manner. In order to enable AGV intelligent forklifts to operate more safely in complex environments, it is necessary to obtain information on the presence of static or dynamic obstacles on their routes, and to achieve emergency braking or avoid obstacles.
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 hazardous environments, effectively ensuring production safety and reducing the probability of accidents.
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