AGV (Automatic Guided Vehicle) is an intelligent device that can drive and transport materials autonomously. AGV devices are typically equipped with liDAR, sensors, and navigation systems to navigate autonomously in factories, warehouses, and other environments to perform tasks such as material handling and transportation. AGV devices can drive autonomously according to preset routes and tasks, avoid obstacles, and enable intelligent integration with other devices to improve productivity and flexibility. The popularization and application of AGV equipment can greatly reduce labor costs, improve production efficiency and reduce error rate, and is one of the indispensable important equipment in modern intelligent manufacturing.
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item |
iargument |
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Body type |
i-Stock-A |
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Body size |
custom |
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Guidance mode |
Laser guidance/magnetic stripe guidance/inertial navigation |
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Direction of trave |
Two-way running/left and right turning/bifurcation |
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Driving mode |
Differential drive |
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Towing capacity |
custom |
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Travel speed |
10-45m/min |
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Turning radius |
Up to 400mm minimum (magnetic strip laying radius) |
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Navigation accuracy |
±10mm |
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Climbing abilit |
≤5degrees |
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Stopping accuracy |
±10mm |
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Charging mode |
Automatic charging |
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Rechargeable battery |
Lithium battery |
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Safe sensing range |
0-3M adjustable/emergency braking distance less than 20mm |
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Human-computer interaction |
Can use touch screen human-computer interaction to facilitate parameter setting |
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Safety protection |
Sound and light alarm with obstacle detection sensor and mechanical anti-collision mechanism dual protection |
Agvs can independently plan paths and avoid obstacles without manual operation, realizing automated material transportation and improving transportation efficiency.
AGV can adjust transportation tasks and paths at any time according to the needs of the production line, adapt to different production scenarios, and improve the flexibility and adaptability of the production line.
Agvs are equipped with a variety of sensors and safety devices to detect and avoid obstacles in time, ensuring the safety of equipment, cargo and people.
The use of AGV can reduce the human input in manual handling and transportation process, reduce labor costs, and improve production efficiency.
AGV can work 24 hours a day, improve the efficiency of the production line, reduce material transportation time, shorten the production cycle.
The AGV system is usually connected with the warehouse management system or the production planning system to realize the data management and monitoring of the material transportation process and improve the accuracy and efficiency of production management.
