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Autonomous Mobile Robots

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Boost Productivity and Cut Logistics Costs


    Autonomous Mobile Robot Series

    AMR-LIFT

    An AMR is an autonomous mobile robot for logistics that handles loading, lifting, and carrying goods. Its lifting mechanism raises items from ground level for efficient transport boosting productivity and cutting logistics costs in demanding industrial environments.

    The AMR-LIFT autonomous mobile robots deliver robust material handling solutions across diverse industrial applications, with payload capacities from 40kg to 2000kg.

    MULTIPLE NAVIGATION MODES

    • Seamlessly switch between 2D barcode and L-SLAM navigation modes to adapt to changing facility layouts and workflows.

    SCALABLE FLEET MANAGEMENT

    • Built-in cluster collaboration for large-scale deployments with coordinated scheduling and traffic management across your entire facility.

    HEAVY-DUTY TRANSPORT

    • Transport up to 2000 kg payloads, ideal for heavy pallets, large components, and high-volume material flows that demand robust performance.

    EXTENDED RUNTIME

    8-hour battery life with 90-minute rapid charging lets a single charger power up to 4 AMRs, keeping operations running longer with minimal downtime.

    AMR Software

    Autonomous Mobile Robot Series - Software Suite

    The complete AMR Software Suite unifies intelligent warehouse management, centralized fleet control, and 3D simulation, delivering scalable end-to-end automation.

    iWMS - Optimizes inventory and order processing
    RCS - Coordinate up to 1,200+ robots with real-time scheduling
    RoboMirror - Accelerate deployment through virtual testing
    TCS - Accelerate deployment through virtual testing

    AMR-1400

    Autonomous Mobile Robot Series - Lifting Type

    AMR-2400

    Autonomous Mobile Robot Series - Lifting Type

    AMR-3600

    Autonomous Mobile Robot Series - Lifting Type

     

    AMR-7100

    Autonomous Mobile Robot Series - Lifting Type

     

    AMR-8200

    Autonomous Mobile Robot Series - Lifting Type

     

    AMR-71500

    Autonomous Mobile Robot Series - Lifting Type

     

    AMR Software

    iWMS

    Intelligent Warehouse Management System

    The iWMS platform delivers adaptive warehouse management that scales with business growth, combining precise inventory control with intelligent algorithms to optimize efficiency across diverse industry requirements and operational scenarios.

    INDUSTRY-TAILORED SOLUTIONS

    Specialized modules address unique demands across manufacturing sectors, with customizable workflows for e-commerce, pharmaceuticals, automotive assembly, and electronics production.

    SMART ORDER PROCESSING

    Advanced wave continuation algorithms and intelligent grouping strategies consider order priority, cut-off times, and SKU similarity to maximize picking efficiency.

    INTEGRATED OPERATIONS

    Seamless coordination from inbound receiving through production line delivery, including materials supermarkets, direct
    distribution, and automatic empty rack circulation for continuous flow operations.

    FLEXIBLE INVENTORY MANAGEMENT

    Multi-dimensional tracking supports management by unique code, serial number, or material type, with dynamic splitting and merging capabilities to optimize inventory allocation and reduce manual intervention.

    RCS

    Robot Control System

    The RCS platform centralizes task assignment, AMR scheduling, and route planning for full-field logistics automation, managing traffic flow between robots, access control, elevators, and equipment while providing real-time exception monitoring and management.

    INTELLIGENT FLEET MANAGEMENT

    Accommodates up to 1200+ robots on a single map with rapid task assignment capabilities, deploying work to 1000 AMRs in just 1 second for responsive, high-density operations.

    MIXED ROBOT COORDINATION

    Enables same-field coexistence of up to 300 different AMR models including AMR-LIFT and AMR-TOW, supporting seamless task transferring and collaboration between multiple robot types.

    FLEXIBLE INTEGRATION

    Provides open connectivity with access control, elevators, WCS devices, and mainstream logistics equipment protocols, ensuring smooth interaction across all facility systems during AMR operations.

    MODULAR BUSINESS LOGIC

    Features drag-and-drop scenario modules built from abstracted business processes, enabling rapid workflow creation and adaptation to business changes without extensive coding or development time.

    RoboMirror

    Mobile Robot Simulation Software

    RoboMirror provides 3D visualization simulation for AMR operations, enabling users to build virtual robots and environments, execute scheduling system tasks, and validate complete business processes before deployment.

    RAPID AMR CONFIGURATION

    Quickly build simulation AMRs by selecting common chassis drivers and combining multiple execution structures for design verification and prototype testing.

    VIRTUAL SENSOR TECHNOLOGY

    Test and optimize navigation algorithms with simulated sensors and spatial awareness capabilities across various industry applications before real-world deployment.

    SCENARIO RECONSTRUCTION

    Create 1:1 virtual replicas of on-site task scenes and workflows, enabling deep customization of optimization strategies to maximize business efficiency.

    ACCELERATED DEVELOPMENT

    Significantly shorten delivery cycles by validating designs, testing navigation algorithms, and refining operational strategies in simulation before physical deployment.

    TCS

    Traffic Control Simulation

    TCS delivers rapid simulations with end-to-end functionality from CAD imports to detailed reports, tailored for material handling across industries and scenarios.

    COMPLETE WORKFLOW SIMULATION

    One-click CAD layout parsing, custom business process setup, accelerated runs, real-time monitoring, instant data analysis, and automated report generation.

    CUSTOMIZABLE TASK LOGIC

    Use 8 core logic nodes and scheduling templates to build simulation logic with no coding or prior experience needed for AMR tasks in any industry.

    IN DEPTH RESULT ANALYSIS

    Run simulations on maps and tasks, then export one-click reports covering AMR task completion rates, utilization, execution distribution, and more for informed decisions.

    EASY DEPLOYMENT AND SCALABILITY

    Intuitive design with drag-and-drop tools enables quick setup for users of all skill levels, scaling from simple tests to complex multi-robot scenarios.