The graphite bipolar plate rolling production line is a crucial part of the modern fuel cell manufacturing process. This production line integrates advanced mechanical technology and precise control systems to efficiently produce high-quality graphite bipolar plates. The entire process starts with raw material preparation. High-purity graphite materials are selected and go through crushing, mixing, and other preliminary treatments. These treated materials are then fed into the rolling machine. The rolling machine, with its precise pressure control and temperature adjustment functions, ensures that the graphite material forms uniformly and densely during the rolling process. During this stage, the thickness and density of the graphite bipolar plate can be accurately controlled to meet different application requirements. After the rolling process, the formed graphite bipolar plates need to undergo post-processing. This includes precision cutting, surface polishing, and cleaning. Precision cutting ensures that the dimensions of the bipolar plate meet design standards, while surface polishing improves the smoothness of the plate, reducing flow resistance in fuel cells. Cleaning removes any residual impurities from the manufacturing process, ensuring product purity. Quality inspection is an indispensable step in the production line. Each graphite bipolar plate must undergo strict quality checks, including dimensional measurement, density testing, and performance evaluation. Only products that pass these tests can enter the next stage of assembly. In addition to efficient production capacity, the graphite bipolar plate rolling production line also focuses on environmental protection and energy saving. By using advanced dust collection systems and waste heat recovery devices, it minimizes environmental pollution and reduces energy consumption. Overall, the graphite bipolar plate rolling production line not only enhances production efficiency but also ensures product quality, providing strong support for the development of the fuel cell industry. With continuous technological advancements, this production line will play an even more significant role in future new energy applications.