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AGV Handling Robot

Overview:

The AGV handling robot primarily focuses on automated logistics transportation. It utilizes special landmark navigation to autonomously transport items to designated locations. The most common guidance methods include magnetic strip, laser, and RFID. Magnetic strip guidance is widely used and cost-effective, though it has limitations on station placement and aesthetic impact on facility design. Laser guidance is the most expensive and demands high site requirements, making it less preferred. RFID guidance strikes a balance with moderate cost and offers high precision, convenient station setup, and adaptability for complex layouts. It has the added advantage of high security and stability, qualities not found in magnetic strip and laser navigation methods.

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1. High Automation Level: Controlled by a combination of computers, electronic equipment, magnetic and inductive sensors, laser reflectors, and more. The AGV receives and executes instructions, transporting materials to designated locations, following input from operators and central control.

2. Automated Charging: AGVs request charging when their battery levels are low, automatically queuing up for recharging at designated stations, significantly extending battery life (over 2 years) with approximately 15 minutes of charging for 4 hours of operation.

3. Aesthetically Pleasing: Enhances visual appeal and improves the company's image.

4. Enhanced Safety: Clear navigation paths prevent collisions, in contrast to manually driven vehicles whose routes can be uncertain.

5. Cost Control: AGV systems offer short-term investment while labor costs grow continuously over time due to inflation.

6. Easy Maintenance: Infrared sensors and mechanical collision prevention reduce failure rates by preventing collisions.

7. Predictability: AGVs automatically halt when encountering obstacles on their predetermined paths, unlike human drivers who may misjudge situations.

8. Reduced Product Damage: Mitigates cargo damage resulting from human operational errors.

9. Improved Logistics Management: Intelligent AGV controls ensure orderly cargo placement, maintaining a tidy workspace.

10. Space Efficiency: AGVs require narrower aisles compared to traditional forklifts. AGVs can also efficiently load/unload from conveyors and other mobile equipment.

11. Flexibility: AGV systems allow maximum flexibility in changing path planning.

12. Scheduling Capability: AGV system reliability enables optimized scheduling.

13. Process Integration: AGV systems are integral to process integration, linking various processes seamlessly.

14. Long-Distance Transport: Effective point-to-point transport, especially suited for distances greater than 60 meters.

15. Specialized Environments: Customized systems operate in areas inaccessible to personnel.


Suitable for industries such as postal services, express delivery, e-commerce, apparel, supermarkets, and fresh produce distribution, the system excels in sorting parcels and products. It efficiently handles various types and sizes of boxes, packages, clothing, and more. Particularly effective for sorting small items and partially soft-packed goods with minimal spacing, it showcases wide adaptability to diverse items.

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