We have supplied Bus Production Line for more than 32 years. 

The application of automation in bus assembly lines is reflected in the following aspects:

1. **Automated Conveyance Systems**: Automated conveyor belts or AGVs (Automated Guided Vehicles) are used to move vehicles between different workstations, improving material handling efficiency.

2. **Robotic Welding**: Welding robots are used for precise and repetitive welding tasks, ensuring the quality of the welds while increasing production efficiency.

3. **Automated Assembly Arms**: Used for the automated assembly of interior parts, electrical components, etc., reducing the need for manual labor and enhancing manufacturing consistency.

4. **Automated Tightening Systems**: Automatically tighten bolts and nuts to ensure the precision and consistency of assembly.

5. **Automated Painting Equipment**: Although painting is usually completed before final assembly, some repairs or local painting may be done on the assembly line, and the use of automated painting equipment can improve efficiency.

6. **Automated Testing Equipment**: Includes automated electrical testing systems, braking systems, etc., used to test various performance aspects of the vehicle.

7. **Automated Quality Inspection Systems**: Utilizing vision recognition systems, sensors, and other technologies for automated quality inspection, improving the accuracy and efficiency of inspection.

8. **Manufacturing Execution System (MES)**: MES is integrated into the automated assembly line to achieve real-time monitoring and data management of the production process, enhancing production transparency and traceability.

9. **Final Assembly Production Process**: The final assembly process typically includes steps such as body assembly, chassis assembly, interior and exterior decoration installation, electrical system installation, power system installation, and整车调试, where automated assembly lines improve production efficiency and consistency.

10. **Diversity in Structure and Types**: Buses consist of chassis, body, power system, transmission system, suspension system, braking system, electrical system, and interior decoration, etc., and automated assembly lines can adapt to the production of buses of different types and structures.

The application of automated assembly lines not only reduces labor costs but also improves product quality and production safety through precise control of the production process. With technological advancements, future bus production lines are likely to become more intelligent, achieving a higher degree of automation and customized production.