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Against the backdrop of the ongoing advancement of Industry 4.0, the logistics sector is emerging as a critical bottleneck that hinders the optimization and enhancement of manufacturing and warehousing operations. Traditional manual forklift operations have long faced challenges such as escalating labor costs, frequent safety incidents, and significant efficiency fluctuations. In response to this industry dilemma, Ningbo Reeman Intelligent Technology Co., Ltd.(hereinafter referred to as “Reeman”) has developed an unmanned forklift solution that employs laser SLAM autonomous navigation technology. By adopting a “unmanned + high flexibility” technological approach, Reeman aims to redefine industrial logistics standards and enable enterprises to achieve full-process automation upgrades.

 From automated cross-floor transfers to coordination with various devices such as wrapping machines and elevators, Reeman’s unmanned forklifts have achieved remarkable results by reducing labor costs by 70% and increasing the overall utilization rate of equipment by 40% in industries like electronics and automotive parts. This article begins with real-world examples and dissects the actual path to fully autonomous operations and the reusable methodologies involved.

In the wave of intelligent manufacturing and warehousing and logistics, a reality that has long been overlooked is the vast diversity of handling scenarios across different enterprises. A heavy machinery company’s needs are vastly different from those of an electronic component factory—the former seeks “maneuverability,” while the latter demands “penetration capability.” While the industry is still debating between “large and comprehensive” and “small and precise,” Reeman robots have quietly established a lineup of unmanned forklifts that cover the full load range of 100 kg to 1.5 tons. From the flagship “Strongman” to the agile “MINI,” each product addresses a specific business concern. The following four categories are Reeman’s direct responses to industry pain points.

In modern manufacturing facilities, heavy-duty forklifts are responsible for transporting large quantities of raw materials. However, the frequent transfer of small components, tools, and samples often poses a bottleneck to efficiency. Recently, Reeman successfully deployed two Giraffe PRO autonomous delivery robots in a large manufacturing plant, validating the significant value of lightweight AMRs in optimizing internal logistics.

“In the past, I would walk over 20,000 steps every day in the factory, pushing a load of several hundred kilograms back and forth between different areas. My legs would be swollen after work. Now, all I need to do is press a button, and the robot will deliver the materials to their designated locations.” This is how a team leader who has worked in a needlework workshop for six years described the changes in his job at a large-scale shoe manufacturing factory in Fujian.

This factory, which produces over 8 million pairs of sneakers per year, is undergoing a quiet internal logistics revolution. The “stars” of this revolution are more than a dozen Reeman Dual Laser Fly Boat MAX autonomous mobile robots (AMRs), which are entirely silver-gray in color.

Recently, Reeman Robotics, a provider of mobile robot solutions, announced that its self-developed dual-laser navigation AMR handling robot, “Dual Laser Fly Boat MAX,” had been successfully deployed at a large wiring harness manufacturing plant in China. This project significantly improved the automation level of internal logistics within the factory by introducing an intelligent unmanned handling system, resulting in more efficient, stable, and intelligent material flow during production.

Reeman Robotics announced that its Ironhide unmanned forklift has been successfully deployed in a large warehouse in Portugal. By utilizing 1.5-ton payload capacity, laser navigation without reflective panels, and multi-sensor fusion technology, the system has significantly improved the efficiency of pallet handling and operational safety. This case study demonstrates the practical application of China’s intelligent logistics solutions in the European market and provides a quantifiable reference path for warehouse automation.

– No need for facility modifications. 1 person can monitor remotely. Returns on investment can be achieved within 6 months.

Are you currently facing these challenges with material handling?
Cross-floor transfers still rely on manual connections, resulting in low efficiency and frequent errors.

The workshop corridors are narrow, and personnel and forklifts mix together, posing significant safety risks.

Frequent interruptions due to material shortages on the production line, resulting in significant waste from equipment idleness.

Coordinating multiple AGVs is challenging, with path conflicts and disorganized scheduling.

There is a lack of data exchange between the existing systems (ERP/MES) and logistics equipment.

Reeman AMR handling robots are centered around “navigation adaptability, comprehensive handling capabilities, and digital collaboration,” providing a one-stop solution to address the aforementioned challenges.

In the context of a weakening demographic dividend and rising labor costs, traditional manual transportation methods are facing dual challenges of efficiency bottlenecks and safety risks. The Riman AMR transportation robot, with its “plug-and-play” flexible deployment, high reliability in operation, and outstanding cost-effectiveness, is rapidly becoming the core engine for the intelligent upgrading of logistics in manufacturing enterprises, helping them bridge the “last kilometer” of cost reduction and efficiency improvement.

In today’s world where order delivery cycles are becoming shorter and profit margins are continually being squeezed, the transportation process within factories is transitioning from a “supportive stage” to a “black hole of inefficiency.” More and more manufacturing enterprises have come to realize that a single minute of downtime on a production line can result in potential losses of tens of thousands of dollars, while the time spent by a worker on non-productive walking can exceed three hours per day.

Labor costs are increasing, young people are reluctant to work, errors lead to rework, moving between floors is akin to warfare… These seemingly trivial logistical challenges are quietly eroding a factory’s profitability. A robotics company named Reeman, however, is offering a simple yet powerful solution with its AMR (Autonomous Mobile Robot) logistics robots: make the logistics process disappear, rather than making people more tired.