Our AMRs are built to cover a wide range of internal transport tasks, from moving pallets, bins or totes to delivering goods between storage, picking, packing and dispatch zones. They can manage heavy loads, support high throughput, handle repetitive transport jobs, and help with returns movement or internal redistribution. This frees up human staff for more skilled tasks and reduces the physical burden and risk of workplace injury.

By deploying our automated warehouse robots, you benefit from greater operational efficiency, consistently reliable performance, and reduced labour dependency. AMRs operate continuously, avoid fatigue-related errors, and can work safely alongside humans, maintaining high productivity even during peak periods. They improve warehouse flow, speed up internal transport, and reduce the risk of accidents or damage to goods. Over time, AMRs often lead to lower operational costs, higher throughput, and improved warehouse safety and ergonomics.

Yes, one of the key strengths of our AMR solutions is flexibility. Because AMRs navigate using intelligent software rather than fixed paths, they can be redeployed, re-routed or expanded according to changes in your warehouse layout, workflow or volume. You don’t need to re-engineer your warehouse with fixed conveyors or infrastructure. As demand increases or warehouse zones change, you can scale up by adding more robots or reconfiguring routes.

Our AMRs are designed to integrate seamlessly with other automation systems, warehouse management software, conveyors, sorters and existing equipment. This means you can combine AMRs with broader intralogistics solutions from BOWE (or legacy systems) to build an end-to-end automated warehouse setup. Integration ensures smooth data flow, task coordination, and better overall warehouse control and visibility.

Our AMRs use modern navigation and sensor technologies to detect obstacles, adjust routes in real time, and avoid collisions, enabling safe operation even in busy warehouse environments with people, other machines, and moving goods. By automating transport tasks, AMRs reduce manual handling, lowering the risk of workplace injuries and strain for employees. They also provide consistent, reliable movements that avoid the variability and unpredictability of human-driven transport methods.

Many businesses see improvements in throughput, labour efficiency, safety, and operational costs soon after implementing AMRs. Because AMRs automate repetitive and time-consuming tasks, reduce errors and speed up internal logistics, they can significantly improve productivity. For organisations facing labour shortages, peak-volume fluctuations or high turnover, the consistency and reliability of AMRs often lead to a faster payback and long-term savings compared with traditional manual methods.