Unmanned AGV Logistics Solution

Topband Motors has developed the CL35 series of hollow-cup motors, which exhibit significant advantages in the field of drone logistics and can meet the high requirements of drone logistics for motors. Its core highlights include:

1. Lightweight Design: With a weight of only 300g, it facilitates integration and installation, effectively reducing overall weight, enhancing mobility and flexibility, simplifying structure, lowering production costs, and improving production efficiency.

2. High Energy Conversion Efficiency: It effectively reduces losses, offers longer endurance and stronger power, decreases charging frequency, and improves work efficiency. The powerful output ensures stable operation and meets the needs of different working conditions in logistics transportation.

3. Excellent Reliability and Low Noise Performance: The motor undergoes precise simulation through simulation design technology and rigorous NVH testing on the production line, ensuring reliable quality and extremely low noise levels.

4. High-Precision Control: It enhances operational accuracy, runs smoothly, and features a low-temperature rise design, which boosts the machine's overload capacity, extends motor lifespan, and improves the accuracy and reliability of logistics transportation.

5. Cost Optimization and Customized Services: Leveraging large-scale production, supply chain optimization, and flexible customized services, Topband effectively controls costs, offers highly competitive pricing, and ensures maximized product quality and customer value.

6. Advanced Manufacturing Capabilities: Equipped with dust-free workshops and automated production lines, as well as in-house manufacturing capabilities for production equipment, it ensures stable production processes and lays a solid foundation for continuous improvement in product quality.

The continuous upgrading of motors for AGV logistics robots will not only enhance the operational efficiency of robots in warehousing and logistics but also further reduce operating costs and minimize manual intervention.

Meanwhile, the high-efficiency performance and reliability of the motors will facilitate the widespread application of AGV robots in more industries, such as manufacturing, e-commerce logistics, pharmaceuticals, and others, driving the intelligent transformation of warehousing and logistics from "people finding goods" to "goods finding people." We firmly believe that continuous innovation in motors for AGV logistics robots will inject powerful impetus into the intelligent upgrading of the logistics industry and help the industry achieve an efficient, flexible, and intelligent future.