Automotive processing requires extremely advanced technology to meet a wide range of demands such as safety, durability, weight reduction, cost efficiency, and environmental performance. It is applied to the manufacturing of all parts that constitute a vehicle, including engines, chassis, bodies, interior and exterior components, and electrical parts. Representative processing methods include press forming for body panels and structural components, cutting and grinding for engine and transmission parts, casting, forging, welding, and resin processing such as injection molding for interior/exterior and functional components. In recent years, with the advancement of electrification and autonomous driving technologies, the introduction of new materials and high-precision processing technologies for components like battery cases, motor parts, and sensor housings is accelerating, making the optimization of quality control and production efficiency a constant challenge.