Pouch Cell manufacturing machine is an automated system designed for the production of pouch cells, which are a type of rechargeable lithium-ion battery. The machine includes a series of processes for manufacturing the pouch cells, from electrode preparation and coating to cell stacking, tab welding, and pouch sealing.

The machine typically consists of several modules, including an electrode coating machine, a drying module, a slitting module, a stacking module, a tab welding module, and a pouch sealing module. The electrode preparation module prepares the electrode material by coating it onto a substrate and then drying it. The coating module applies the active material onto the electrodes, by drying in the drying module. The slitting module cuts the electrodes into strips of the desired size and shape. The stacking module electrode stacking machine the electrodes and separators in a predetermined order to form a cell. The tab welding module attaches the electrode tabs to the cell terminals, and the pouch sealing module seals the cell in a pouch.

The machine is highly automated and can produce pouch cells with high precision and consistency. It is used in the production of batteries for a wide range of applications, including portable electronics, electric vehicles, and energy storage systems. With the growing demand for high-performance, high-capacity batteries, the pouch cell manufacturing machine is expected to play an increasingly important role in the battery industry.