Telecommunication equipment warehouse logistics differ significantly from general e-commerce warehouses. The individual value of materials is high, and delivery time demands are strict. Any delays in material handling can directly affect project milestones. A large telecommunication logistics warehouse in Guangdong, after years of operation, gradually realized that relying solely on manual forklifts could no longer guarantee the stability of overall operations.
During a system upgrade, the warehouse introduced the Reeman Ironhide AMR unmanned forklift as the core unit for heavy-duty material handling. Powered by laser radar navigation technology, the Ironhide robot can autonomously recognize paths and avoid obstacles in complex warehouse environments, achieving high-precision point-to-point transportation.
With a 1.5-ton load capacity, it is capable of handling the full pallet transport of telecommunication equipment, reducing the need for human involvement. Through system scheduling, multiple devices can dynamically allocate routes based on task volumes, avoiding congestion in aisles and improving overall traffic efficiency.
For multi-floor warehouse structures, the Ironhide forklift supports elevator linkage control, allowing for automatic cross-floor delivery. It also features automatic electric door passage capabilities, ensuring continuous operations between different areas of the warehouse, preventing logistics disruptions.
In terms of safety, the device is equipped with laser sensing, anti-collision buffers, and an emergency braking system. It can maintain high safety standards while operating in mixed human-machine environments, meeting the dual requirements of stability and safety for telecommunication warehouses.
The Reeman AMR unmanned forklift has been delivered in large quantities to global markets, with exports to multiple countries and regions, forming a large-scale application base. The long-term operational data from these high-volume installations continuously informs product iterations, ensuring that the equipment maintains high reliability and low failure rates even in complex working conditions.
