Automotive components manufacturing relies on precise assembly processes to ensure the integrity of critical systems. The stator plays a vital role in the operation of electric motors used in various automotive subsystems, such as power steering units and electric powertrain components. As a stationary component within the motor assembly, the stator generates the magnetic field that interacts with the rotor to produce rotational motion. This interaction is essential for the efficient and reliable performance of the motor, which in turn supports the functionality of automotive systems requiring controlled mechanical movement. In high-volume production lines, the stator's durability and consistent performance contribute to the reliability of the final product. Its application extends to hybrid and electric vehicle components, where maintaining precise motor operation is crucial for overall system efficiency. The stator's role ensures that automotive components meet the stringent demands of modern vehicle engineering.