Core Viewpoint - The article highlights the advanced manufacturing processes and technologies employed by the company in the production of the Li Xiang i6 vehicle, showcasing automation, precision, and innovative techniques throughout various production stages. Group 1: Stamping Workshop - The i6 stamping production line features five presses with a maximum pressure of 6,600 tons, utilizing hundred-ton molds [2] - Robots equipped with dual 3D cameras perform high-precision part handling with a positioning accuracy of ±1 mm, ensuring 100% accuracy in part identification and placement [2] Group 2: Welding Workshop - The assembly of high-strength vehicle bodies requires advanced technologies, including dual main assembly processes and hundreds of positioning clamping units for high precision [6] - Robots work collaboratively to complete the main welding processes, enhancing efficiency and accuracy [7] Group 3: Painting Workshop - The vehicle body undergoes cleaning and electrophoresis treatment before painting, ensuring a high-quality finish [12] - High-precision FANUC painting robots, combined with SAMES atomizers, achieve consistent paint application and control over various parameters [15] Group 4: Final Assembly Workshop - Every operation in the final assembly workshop is recorded and uploaded to the cloud, with data retention for up to 15 years [18] - The assembly process includes precise installation of components, such as the air suspension system and tires, utilizing robotic arms for efficiency [21][23] Group 5: Quality Control - The company employs advanced blue-violet light detection technology for surface inspections, ensuring 100% quality checks on vehicle bodies [29] - Professional quality inspectors conduct thorough checks on various aspects, including paint smoothness and component functionality [30] Group 6: Testing - Each Li Xiang i6 undergoes extensive road testing across various terrains, including acceleration and maneuverability tests, to ensure performance standards [33] - The vehicle is subjected to severe weather simulations, including heavy rain tests, to validate its durability and reliability [35]