Aluminum Film Forming Machine for Pouch Cells - Top China Suppliers & Factory for Lithium Battery Production

The pneumatic-hydraulic booster cylinder plays a crucial role in preventing the aluminum-laminated film from slipping during stretching. This feature ensures that the film remains securely in place, facilitating consistent and precise forming of pouch cell cases. By maintaining stability during the stretching process, the machine optimizes production efficiency and product quality, essential for reliable battery performance.

Equipped with a servo motor, this machine provides constant force during the stretching process. This capability improves the stretching effect on pouch cell cases, ensuring uniformity and accuracy in case formation. The servo motor's precise control enhances the machine's reliability and contributes to consistent product quality, meeting stringent manufacturing standards in battery production.

Featuring a precision punching mold with 0.002mm accuracy, this machine delivers high-precision punching for electrode sheets or other components in pouch cell assembly. The exceptional accuracy of the punching mold ensures exacting specifications are met, crucial for maintaining the integrity and functionality of battery components.

Integrating a PLC system and a user-friendly human-machine interface (HMI), this machine enables intelligent operation. Operators can efficiently control and monitor the punching process, adjusting parameters as needed to optimize production workflow and ensure consistent output quality. The PLC system enhances automation and operational efficiency, reducing manual errors and enhancing overall productivity.

This machine offers adjustable parameters including boost pressure, boost delay, stretching speed, and stretching time. Such flexibility allows for precise customization of the forming process to suit specific production requirements and material characteristics. The ability to fine-tune these parameters ensures optimal performance and adaptability in punching and forming aluminum-laminated films for pouch cell manufacturing.

These advanced machines represent the forefront of technology in pouch cell production, combining precision engineering with intelligent automation. They are designed to enhance efficiency, improve product quality, and meet the rigorous demands of modern battery manufacturing, supporting the industry's pursuit of innovative energy storage solutions.