We have supplied Pickup Truck Production Line for more than 32 years. 

Automation in pickup truck assembly lines is applied in the following specific ways:

1. **Raw Material Handling**: Automation begins with the handling of raw materials, including the cutting and stamping of steel sheets. Advanced cutting machinery and stamping equipment efficiently process steel plates into various components needed for pickup trucks.

2. **Body Welding**: In the welding shop, automated robotic welding systems join the metal parts into the vehicle body structure. This process requires high precision and speed to ensure the quality of the welding.

3. **Body Painting**: In the painting shop, the body goes through several steps including washing, phosphating, primer spraying, topcoat spraying, and drying. Automated equipment plays a role here to ensure the body has good corrosion resistance and an aesthetic appearance.

4. **Final Assembly**: After painting, the body is sent to the final assembly line, which is the core part of the pickup truck production line. Here, workers or robots assemble various components such as engines, seats, dashboards, tires, etc., onto the body. The final assembly line typically includes multiple stations, each responsible for different assembly tasks.

5. **High-Flex Welding Automation Solutions**: Comau provided Jiangling Ford with a solution that achieved 3+1 mixed-line production, with a 100% automation rate, optimizing production processes, improving production efficiency, shortening cycle times, and increasing output.

6. **Advanced Vision Inspection Technology**: Comau utilizes advanced vision inspection technology to achieve stricter quality control, ensuring the structural integrity and safety of the final product.

7. **Human-Robot Collaboration**: In assembly line operations, intelligent cobots like the KUKA LBR iiwa can collaborate directly with humans without the need for protective barriers, ensuring safe operation. The sensitivity of these collaborative robots allows them to be flexibly applied to assembly line tasks as they can compensate for tolerances.

8. **Intelligent Control Software**: KUKA's intelligent control software allows lightweight robots to maintain a stable connection with conveyor belts or assembly carts, obtaining exact information about speed and position, dynamically adjusting their operations to adapt to the assembly line work.

9. **Optical Inspection Functions and Tactile Sensing Systems**: With optical inspection functions and tactile sensing systems, the sensitive KUKA LBR iiwa automatically adjusts to new situations when the conveyor belt vibrates or stops, allowing it to continue its work smoothly.

The application of these automated technologies not only improves production efficiency and product quality but also enhances the flexibility and scalability of the production line to meet market demands for diverse and personalized products.