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The Robot-Forward-Moving Unmanned Forklift operates autonomously using a combination of sensors (LiDAR, cameras, ultrasonic), AI navigation, and pre-programmed or dynamically optimized path planning.It identifies pallets, obstacles, and warehouse layouts in real time, adjusting its movement for safe and efficient load transport.Some models integrate with warehouse management systems (WMS) for task coordination, enabling seamless material handling without human intervention.Safety features like emergency braking and obstacle avoidance ensure smooth operation in shared workspaces.
The Forward-Moving Unmanned Forklift is a compact intelligent handling equipment suitable for high-level warehousing and narrow channel operation scenarios, with both flexibility and high-level stacking capabilities.Main features:Forward-moving gantry design: the fork can be extended to the depth of the shelf, and the goods can be stored and retrieved without moving the whole vehicle.High lifting capacity: the lifting height can reach 12 meters, meeting the needs of high-level shelves.
Compact and flexible: the body is light and the turning radius is small, suitable for narrow space operations.Intelligent navigation: laser SLAM or QR code navigation is adopted, and the positioning accuracy reaches ±5mm.Safe and efficient: equipped with 3D obstacle avoidance sensors and automatic leveling system to ensure the stability of high-level operations.Reach-type unmanned forklifts are ideal for high-density warehouse automation and can significantly improve space utilization and operational efficiency.