Core Performance: Redefining Flexible Logistics
Unlike traditional AGVs that rely on fixed tracks, Reeman AMRs use SLAM navigation, eliminating the need for magnetic strips or QR codes. This reduces deployment time to under two days. Equipped with LiDAR sensors and 3D cameras, the robots perform real-time dynamic obstacle avoidance, ensuring smooth navigation in complex environments.
What makes them stand out even more is their integration with elevator control systems and automatic charging capability. The robots can call elevators, switch floor maps autonomously, and create a seamless link between raw material warehouses, production lines, and finished goods storage-all without human intervention.
Through a remote one-touch dispatch system, employees can assign tasks anytime. With a 600 kg load capacity and 10 cm lifting height, each AMR can easily handle heavy components. A single unit completes 300–500 transport trips per day, matching the workload of three human workers.
Economic Advantage: From Cost to Investment Return
According to estimates, the average warehouse worker earns about ¥5,000 per month, exceeding ¥60,000 annually. In contrast, Reeman's AMR requires only a one-time investment and costs less than ¥100 per month in electricity. The payback period is just 3–4 months.
For instance, an electronics manufacturer that deployed 10 Reeman AMRs saved over ¥1 million per year in labor costs. Operating 24/7 without fatigue, the robots also eliminated productivity fluctuations caused by human limitations.
Beyond Handling: Building the Digital Factory Ecosystem
In the near future, AMRs will evolve from simple transport tools into key components of the digital manufacturing ecosystem. Through deep integration with MES (Manufacturing Execution Systems) and WMS (Warehouse Management Systems), Reeman's AMRs will serve as the foundation for smart manufacturing-helping enterprises achieve fully automated, data-driven logistics and accelerate the creation of truly intelligent factories.