Traditional material handling relies on manual labour. Based on an average monthly wage of ¥5,000 per worker, annual costs exceed ¥60,000. In contrast, AMR robots require only a one-off investment, recouping costs within three to four months. Monthly electricity expenses remain below ¥100, delivering substantial long-term benefits. Annual savings easily surpass ¥100,000, establishing AMR material handling robots as the cornerstone of intelligent logistics solutions for manufacturing plants.
Minimal deployment, out-of-the-box operation redefines logistics efficiency
The distinctive feature of Reeman AMR robots lies in their 'out-of-the-box' deployment capability. Unlike traditional solutions requiring navigation marker installation, they employ advanced laser SLAM navigation technology, eliminating the need for any factory workshop modifications. This substantially reduces deployment costs and timeframes. Simply guiding the robot around the factory floor completes setup, enabling immediate production deployment on the same day.
Constructed with a high-strength sheet metal structure, the AMR material handling robot features a 10cm lifting height, automatic pallet handling, and a maximum payload capacity of 600kg, catering to heavy component transportation needs. Equipped with LiDAR and 3D cameras, it performs real-time active obstacle avoidance and dynamic path planning, navigating complex environments with ease. In core functionality, the AMR system demonstrates exceptional performance. Its multi-modal perception system, combining LiDAR and 3D cameras, employs a front-end fusion architecture. Through deep integration of laser and visual data, it achieves 360-degree environmental awareness.
Cross-floor, full-scenario coverage: setting a new benchmark for unmanned transport
Breaking free from traditional AGV track constraints, Reeman's AMR transport robots support lift control systems. They autonomously call lifts, automatically switch between floor maps, and handle cross-floor material transport. This achieves seamless integration across the entire workflow: 'raw material warehouse → production line → finished goods warehouse'. In practical applications, the robots' performance is truly impressive. Particularly noteworthy is their unique cross-floor delivery capability, which utilises IoT technology for autonomous lift calling, delivering genuine end-to-end automation.
As demand for flexible manufacturing grows, the remote summoning capability of AMR robots demonstrates unique value. Operators can instantly call the robot via a remote one-touch button, assign delivery tasks, and execute fully automated material handling. Material response times have been reduced from an average of 10 minutes to under 2 minutes, significantly boosting production efficiency. As technology matures and costs decrease further, AMR transport robots are spreading from large enterprises to SMEs, becoming a key driver for manufacturing transformation and upgrading.
Intelligent Scheduling: Multi-Robot Coordination for Effortless Efficiency
Reeman AMR transport robots feature an intelligent scheduling system. Based on optimisation algorithms, it enables multi-robot collaborative path planning, effectively avoiding traffic congestion. The system also interfaces seamlessly with existing enterprise infrastructure via IoT gateways, supporting cross-regional automated distribution.
Supporting remote one-touch dispatch and operating 24/7 on-call, it enhances delivery efficiency, reduces labour costs, and improves safety. A single robot handles 300-500 trips daily on average, matching the output of 2-3 workers while eliminating efficiency fluctuations caused by human fatigue.
Rapid payback with remarkable return on investment
Amidst the wave of intelligent manufacturing upgrades, AMR transport robots are emerging as the preferred choice for warehouse automation solutions with disruptive capabilities. Their core strengths – labour replacement, cross-floor delivery, extended endurance, and low-cost operation – are redefining traditional factory logistics models. As a leading manufacturer of AMR transport robots, Reeman Robotics enables annual savings exceeding £10,000 per unit in labour costs, reducing the investment payback period to just three to four months.
Future AMR robots will transcend their role as mere transport tools, integrating seamlessly into the broader intelligent manufacturing ecosystem. Through deep integration with enterprise systems such as ERP and MES, they will enable more sophisticated logistics scheduling and optimisation. Reeman AMR transport robots offer a replicable efficiency pathway for manufacturing through their economic model of short payback periods and extended lifecycles. Amidst the irreversible trend towards intelligent transformation, enterprises that strategically deploy AMR technology will gain decisive advantages in cost control and production capacity competition.