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The design of the automotive drive motor production line should be determined based on investigations, research, and the analysis of collected data. When designing a production line for automotive drive motors, it is necessary to strive for high efficiency, low costs, a simple structure, as well as ease of automatic control, maintenance, and operation, all while ensuring quality. There are the following design principles: 1. Select the assembly machinery for automotive motor equipment appropriately. 2. Determine the centralization or decentralization of processes. The degree of process concentration or dispersion is determined based on which design can more comprehensively and effectively ensure quality, improve productivity, and reduce costs. The advantages of process concentration lie in the fact that it reduces intermediate steps such as transportation, storage, and redirection, thereby simplifying the mechanism and allowing for a reduction in the floor space required for the production line. However, excessive concentration of processes imposes additional constraints on the manufacturing process of automotive drive motor production lines, reduces versatility, increases the complexity of the mechanisms, and makes adjustments difficult. Therefore, when using centralized processes, it is necessary to ensure ease of adjustment and maintenance, reliability in operation, and a certain degree of versatility. To improve productivity and facilitate the synchronization of production rhythms across different processes, the assembly of automotive motors can be distributed across several processes to be carried out simultaneously, that is, process dispersion. Spreading out the processes can reduce the complexity of the mechanism, improve operational reliability, and facilitate adjustment and maintenance. However, the production lines require a large amount of space, and excessive dispersion also increases costs, making it uneconomical. Regarding the centralization and decentralization of processes, a comprehensive analysis and comparison should be carried out based on the characteristics of the automotive drive motor production line, with the aim of achieving rationality. 3. Balancing the rhythm of the processes – balancing the pace of these processes is one of the key issues in formulating the process plan for automotive drive motor production lines. Good synchronization among the various machines is very important for ensuring the continuous and coordinated operation of the automotive drive motor production line. When balancing the rhythm, it opposes the approach of suppressing the advanced in order to accommodate the backward. In short, the selection of a manufacturing process is a very complex issue that requires comprehensive consideration of factors such as product quality, production costs, reliability, and working conditions. The process plan for the automotive drive motor production line should be advanced, reliable, and practical. While ensuring quality, it should aim to improve productivity. Additionally, the production line for automotive drive motors should have a simple structure, generate low noise, and be easy to operate and maintain. After conducting the necessary simulation tests, make appropriate modifications and integrations, and finally finalize it. Shenzhen Helix is a **highly paid technology company** that integrates R&D, sales, and service. It focuses on developing products such as automotive drive motor production lines, helping customers achieve unmanned production facilities.