With the increase in land costs in the warehousing industry, narrow-channel warehousing has become the mainstream choice to improve space utilization, but such scenarios place higher demands on the flexibility and accuracy of logistics equipment. With its targeted design, the AR20P laser navigation forward AGV can better adapt to the operation requirements of narrow-channel warehousing.
Steering system adapts to narrow channel traffic requirements
Minimum turning radius optimization
For the limited space of the narrow channel, the AGV optimizes the steering structure and has a small turning radius, which can complete the steering action in the narrow channel without reserving additional steering space, reducing the restriction on the warehouse layout. At the same time, it supports the in-place steering function, and can flexibly adjust the working direction in the case of limited channel width to avoid the problem of unable to turn around due to insufficient space.
Laser navigation technology guarantees narrow channel operation accuracy
Environmental Adaptability of Trackless Navigation
Using laser navigation technology, it does not need to rely on auxiliary signs such as magnetic stripes and QR codes. It can accurately identify obstacles such as shelves and columns in narrow passages through real-time scanning and positioning of environmental contours. In narrow spaces, the driving path can be adjusted in real time to ensure a safe distance from surrounding facilities, avoid collision risks, and ensure the stability of operations.
Forward structure adapts to narrow channel storage requirements
Fork expansion and expansion to improve space utilization
As a forward-moving AGV, its fork can be extended forward, and the goods can be accessed and stored in a narrow channel without entering the shelf area as a whole. This design not only reduces the channel width required for operation, but also adapts to the storage requirements of high-level shelves, improves the utilization rate of storage vertical space, and meets the goal of high-density storage in narrow-channel warehousing.
Operation mode adaptation Narrow channel efficient operation
Intelligent scheduling and collaborative work
The intelligent scheduling system adapted to the narrow channel can reasonably plan the travel route of the AGV according to the operation tasks and channel occupancy in the warehouse to avoid congestion of multiple devices in the narrow channel. At the same time, it supports docking with the warehouse management system to realize the automatic scheduling of goods access and improve the overall operation efficiency of narrow channel warehousing.
In summary, the multi-dimensional design of the AR20P laser navigation forward AGV from steering, navigation, structure to operation mode makes it better suited to the operation scenario of narrow channel storage, providing equipment support for the efficient operation of this storage mode.
