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China Desiree AGV Handling Robot - Efficient Parking Solution from Leading Suppliers and Factory

The Desiree AGV Handling Robot is a cutting-edge vehicle-handling solution developed by Deshengli, a leading factory in China specializing in smart parking systems. This advanced robot automates the transfer of vehicles from entry and exit points or lifts to designated parking bays, making it an essential component for modern parking facilities. With a focus on efficiency, safety, and space optimization, our robot offers a reliable solution that meets the needs of today's smart parking projects. As a prominent supplier in the industry, Deshengli guarantees high-quality products designed to enhance your parking operations

    Operating Principle

    The AGV robot achieves automatic vehicle storage and retrieval through advanced navigation technology and an intelligent control system:

    1
    Precise Navigation

    It autonomously plans the optimal path within the parking lot using laser, visual, or magnetic strip navigation technologies.

    2
    Intelligent Scheduling

    A central dispatching system coordinates the operations of multiple robots to avoid congestion and improve overall efficiency.

    3
    Automated Handling

    The robot precisely drives under the vehicle and uses mechanisms such as comb teeth, tire clamping, or wheel clamping to grasp, transport, and park the vehicle.

    4
    Full-Time Monitoring

    High-precision sensors monitor the robot's status in real time, ensuring the safety and stability of the handling process.

    Product Features

    Maximized Space Utilization

    Designed for compact spaces, it works with intelligent scheduling to maximize parking space efficiency, making it ideal for urban renewal projects and high-density buildings.

    High-Precision Intelligent Control

    Integrated with cutting-edge navigation, positioning, and control technologies, it achieves millimeter-level positioning accuracy through complex algorithms, with strict requirements for ground flatness, load-bearing capacity, and stability.

    Autonomous Optimization Capability

    Equipped with self-learning and decision-making abilities, it dynamically optimizes paths based on parking lot traffic and supports remote monitoring and management for easy operation and maintenance.

    Multi-Layered Safety Protection

    Comprehensive sensors monitor the surrounding environment in real time, actively avoiding vehicles and obstacles to ensure a safe and reliable parking process.

    High Efficiency and Reliability

    Mature drive and control technologies ensure long-term stable operation and reduce maintenance costs.

    Core Product Parameters (Reference)

    Parameter Item Reference Specification
    Max. Load Capacity 2,500 – 3,500 kg
    Travel Speed 0.8 – 1.5 m/s
    Positioning Accuracy ± 5 mm
    Navigation Method Laser SLAM / Visual / Magnetic Strip
    Drive Mode Servo Motor Drive
    Communication Wi-Fi / Industrial Ethernet
    Operating Temperature -10°C ~ +45°C
    Protection Rating IP54

    Customization Capabilities

    Deshengli provides in-depth customization services based on the specific conditions and requirements of the customer's parking lot:

    Structural Customization

    Customize robots with different sizes, load capacities, and gripping mechanisms (comb-type, tire-clamping, wheel-clamping, etc.) to suit vehicle types, bay dimensions, and site constraints.

    Navigation Customization

    Select the most suitable navigation solution (laser, visual, magnetic strip) based on the parking lot layout to ensure stable operation in complex environments.

    System Integration

    Seamlessly integrate with Deshengli or third-party smart parking management systems, lifts, entry/exit controls, and other equipment to provide a turnkey solution.

    Scenario Adaptation

    Optimize scheduling algorithms and human-machine interfaces for different application scenarios such as hospitals, airports, commercial complexes, and residential communities.

    Desiree AGV Handling Robot redefines the parking experience with intelligent technology, bringing unprecedented efficiency and space value to your parking facility.

    Frequently Asked Questions

    Q What navigation technologies does the AGV parking robot support?
    The AGV parking robot supports multiple navigation technologies including Laser SLAM, visual navigation, and magnetic strip navigation. The most suitable solution is selected based on the specific parking lot layout to ensure stable and accurate operation in complex environments.
    Q What is the maximum load capacity of the AGV robot?
    The AGV robot supports a maximum load capacity of 2,500 to 3,500 kg, making it suitable for handling most standard passenger vehicles and light commercial vehicles safely and reliably.
    Q How does the AGV system ensure the safety of vehicles and users during operation?
    The system features comprehensive multi-layered safety sensors that continuously monitor the surrounding environment. Robots actively detect and avoid obstacles and other vehicles, while a central dispatching system coordinates all units to prevent collisions and congestion throughout the facility.
    Q Can the AGV parking system be integrated with existing third-party management software?
    Yes. The system supports seamless integration with both Deshengli's own smart parking management platform and third-party systems, including lifts, entry/exit controls, payment gateways, and related equipment, delivering a complete end-to-end turnkey solution.
    Q Is the AGV robot suitable for outdoor or semi-outdoor parking environments?
    The AGV robot carries an IP54 protection rating and operates reliably across a temperature range of -10°C to +45°C, making it well-suited for both indoor and semi-outdoor parking facilities. Specific outdoor deployment requirements should be confirmed during the customization consultation process.
    Q What customization options are available for different parking facility types?
    Deshengli offers comprehensive customization covering structural design (robot size, load capacity, gripping mechanism type), navigation solution selection, full system integration, and scenario-specific scheduling optimizations for a wide range of environments including hospitals, airports, commercial complexes, and residential communities.

    Product Supports Customization

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