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Reeman Unmanned Forklift: The Intelligent Evolution in Heavy-Duty Logistics

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A quiet revolution is transforming heavy-duty logistics. Reeman Robot, China’s emerging leader in mobile robotics, has pioneered multiple AMR unmanned forklift models – including units with 1.5-ton load capacity and 2.5-meter lifting height – that are redefining modern warehouse operations through exceptional performance and intelligent capabilities. Beyond Machinery: Your Tireless Warehouse Partner Reeman AMR unmanned forklifts represent more than equipment – they’re dedicated automated team members. Handling pallet loading/unloading and 2.5-meter lifting operations, they manage warehouse materials with precision that previously required three skilled workers. From accurate point-to-point delivery to stable lifting and reliable obstacle avoidance, every detail showcases intelligent equipment excellence. Exceptional Real-World Performance In practical operation, these unmanned forklifts deliver outstanding results. The 1.5-ton capacity handles most heavy materials effortlessly, while t...
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Why is Reeman Chassis So Competitive? Open Ecosystem Drives Intelligent Mobility Revolution

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Amid the smart manufacturing wave, robot chassis – serving as the “core engine” of mobile robots – are transitioning from closed designs to open ecosystems. Reeman Robot’s modular chassis, featuring open SDK, API interfaces, and secondary development support as core advantages, significantly lowers robot development barriers, becoming a key driver for smart transformation in warehousing, logistics, and commercial services. Technical Breakthrough: From “Tool” to “Open Platform” Traditional robot chassis relying on magnetic strips or tracks involve high deployment costs and limited flexibility. Reeman chassis utilize laser SLAM and multi-sensor fusion algorithms, achieving centimeter-level positioning and precise navigation without environmental modifications. The open SDK and API interfaces enable developers to customize navigation algorithms, task scheduling logic, and human-machine interaction interfaces. Modular design further enhances adaptability. With load capacities spanning 60kg...
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Reeman Robot Chassis: Open SDK – The Revolutionary Engine Accelerating Robot Development

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In today’s rapidly evolving robotics landscape, high-performance robot chassis have become fundamental components for various smart devices. As a leader in mobile robotics, Reeman Robot has introduced breakthrough technology: robot chassis with open SDK and API interfaces that are fundamentally transforming the industry’s implementation cycles and cost structures through powerful secondary development capabilities. Advanced Navigation: The Core of Mobile Robotics As the central component of mobile robot chassis, Reeman’s navigation system leverages self-developed laser SLAM 3.0 technology to quickly and efficiently build navigation maps, playing crucial roles in perception, execution, and decision-making. To help ordinary users accelerate scenario development and deployment while truly achieving mobile robot industrialization, Reeman Robot addresses challenges of long development times, technical hurdles, and high costs by providing complete integrated hardware and software solutions. ...
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Reeman Unmanned Forklift: 1.5-ton Super Load, Simplifying Factory Material Handling

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Amid the Industry 4.0 wave, smart logistics has become an effective pathway for manufacturing enterprises transitioning toward unmanned and intelligent operations. As a primary implementation of industrial automation logistics, unmanned forklifts are widely used in repetitive handling tasks, high-intensity handling, challenging environments, and settings with strict requirements. 2.5-meter lifting height. Powerful Performance & Precision Handling The core advantage of Reeman unmanned forklifts lies in their robust loading and precise operation capabilities. With a maximum 1.5-ton load capacity and 2.5-meter lifting height, they easily handle heavy goods transportation, suitable for automotive manufacturing and large-scale warehousing scenarios. LiDAR + 3D vision recognition technology automatically identifies surrounding environments, while autonomous obstacle avoidance ensures safe operation in complex settings, preventing accident risks. Continuous Operation & Cross-floor Cap...
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AMR Transport Robot: High Efficiency, 3-4 Month Payback Logistics Solution

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Rising labor costs and efficiency bottlenecks are driving an automation revolution in logistics and manufacturing. As a leading next-generation mobile robotics company in China, Reeman Robot focuses on AMR transport robots featuring laser SLAM navigation and deployment without markers. With a maximum load capacity of 600kg, these intelligent devices meet diverse material handling needs in complex environments, transforming internal logistics with remarkable cost-effectiveness. Plug-and-Play Simplicity The standout feature of AMR transport robots is their “out-of-the-box” deployment simplicity. Unlike traditional AGVs requiring magnetic strips or QR codes, they utilize advanced SLAM technology for autonomous navigation, eliminating environmental modifications and significantly reducing initial investment and setup time. Companies can have robots operational within hours by simply configuring the environmental map. Intelligent Autonomous Operation Simultaneously, autonomous obstacle avoi...
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AMR Chassis vs AGV Chassis: What’s the Difference?

As smart manufacturing and unmanned handling technologies gain popularity, factory owners and integrators frequently ask: “What exactly is the difference between AMR chassis and AGV chassis?” The disparities span technical architecture, deployment methods, and operational efficiency – representing what could be termed a “generational gap.” In the AMR sector, Reeman robot chassis has emerged as a leading domestic brand, known for high openness, stable navigation systems, and strong scenario adaptability. 1. Navigation: AMR Autonomous vs AGV Fixed-Path AGV chassis rely on fixed-path navigation using magnetic strips or reflectors, making route changes difficult once configured. AMR chassis employ SLAM autonomous navigation algorithms, requiring no reflectors or ground modification. Simply guide the chassis through the environment for automatic mapping and point marking, enabling free route planning and dynamic obstacle avoidance. Reeman AMR chassis utilize laser + 3D vision fusion navigat...
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Can Autonomous Forklifts Operate Continuously Without Downtime?

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1. Powering 24/7 Production: The Next Step in Smart Logistics In today’s intelligent manufacturing era,  autonomous forklift continuous operation  is no longer a concept—it’s reality. Factories running around the clock need equipment that never stops. Reeman’s autonomous forklifts make that possible through  high-capacity LiFePO₄ batteries ,  auto-charging , and  quick-swap technology  that together ensure uninterrupted performance. Whether you’re managing a small warehouse or a large-scale assembly plant, Reeman’s energy system supports  24-hour automated logistics —without human intervention or charging delays.   2. Reliable LiFePO₄ Battery for Long-Lasting Power At the heart of Reeman’s continuous operation system is its  high-density lithium iron phosphate (LiFePO₄) battery , known for  endurance, safety, and stability .  8–10 Hours of Nonstop Operation Each full charge provides 8–10 hours of continuous work—covering a full shif...
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