Unmanned forklift robots offer a cost-effective solution for point-to-point pallet handling, eliminating the need for laser reflectors and adapting to scenarios where laser navigation is unsuitable. Requiring no track laying or virtual paths, they deliver exceptional flexibility.
Markerless navigation enables highly flexible operations in complex environments
Reeman's unmanned forklift builds maps, navigates, and plans routes based on natural environmental features. It requires no track laying, landmarks, reflective markers, or modifications to the customer's operational environment. Equipped with high-precision visual positioning sensors, the forklift accurately locates pallet positions, identifies pallet presence and placement. It dynamically adjusts fork approach angles in real-time to precisely lift pallets, even amidst irregular or disordered stacking.
Autonomous intelligent pallet loading/unloading. It intelligently adjusts fork approach angles for irregularly or disorderly stacked pallets, achieving truly unmanned, intelligent material handling operations. This highly flexible navigation approach enables Reeman's unmanned forklift to rapidly adapt to diverse complex environments, significantly enhancing operational flexibility and scenario coverage.
Redefining Material Handling Standards with Extraordinary Load Capacity and Efficiency
Boasting an impressive 1.5-tonne load capacity and 2.5-metre lift height, Reeman's unmanned forklift meets the heavy-duty handling demands of most industrial scenarios. Its robust performance parameters enable effortless handling and stacking of diverse heavy-duty materials.
In practical operations, a single Reeman unmanned forklift matches the productivity of three skilled workers, truly achieving the goal of 'one machine replacing multiple positions'. This not only boosts production efficiency and reduces costs but also elevates factory management standards and competitiveness.
Unlike humans, these forklifts do not experience fatigue, enabling 24-hour uninterrupted operation. Previously, factories required two to three manual labourers to meet material handling demands. Now, with the introduction of unmanned forklifts, they can navigate precisely along pre-programmed routes. This single investment yields substantial savings in labour costs for factories.
Fully automated functionality with seamless cross-floor operation
Reeman's unmanned forklifts feature autonomous charging powered by safe, reliable lithium-ion batteries. They can independently navigate to charging stations when low on power or during idle periods, or complete charging autonomously according to scheduled timings.
The unmanned forklift also supports remote one-touch summoning. Staff can call the robot via the system at any time for fully automated material handling, significantly enhancing material response speed. Through IoT technology, it autonomously calls lifts, achieving true end-to-end automation.
Multi-layered Safety Protection, Intelligent Dispatch Optimisation Management
Regarding safety performance, Reeman's unmanned forklifts provide multi-level protection: equipped with 3D vision, laser sensors, emergency stop buttons, collision bars, and audible/visual alarms. This achieves comprehensive, multi-dimensional safety safeguards, ensuring personnel and equipment security on-site. Utilising an open vehicle dispatch management system and an independently developed vehicle scheduling and control system, it supports real-time monitoring of vehicle status and task execution.
As intelligent upgrades accelerate within manufacturing, Reeman's unmanned forklifts are emerging as the preferred solution for logistics modernisation across enterprises. Their robust load capacity, intelligent operation, and high reliability not only resolve efficiency bottlenecks and labour cost challenges inherent in traditional material handling but also generate sustained value returns through fully automated processes. In the near future, unmanned forklifts will become standard equipment in every manufacturing facility, guiding factories towards more efficient, intelligent, and sustainable development pathways.