China Battery Electrode Stacking Machine Suppliers - Pouch & Prismatic Cell Stacking at Our Factory

Capable of positioning electrode sheets with an impressive accuracy of ±0.3mm, the machine utilizes advanced technologies such as active unwinding, tension control, and module correction. These features guarantee precise alignment of electrode sheets and separators, crucial for maintaining uniformity and performance across battery cells. The inclusion of anti-static treatment and diaphragm alignment further enhances precision, minimizing errors during stacking.

Equipped with high-precision, high-speed components secured by dowel pins, the Battery Electrode Stacking Machine ensures reliable operation and consistent performance. This robust construction supports efficient production workflows while maintaining accuracy and reliability over extended operational periods.

Efficient dust extraction systems play a vital role in maintaining cleanliness during the stacking process. Material boxes and secondary positioning areas are equipped with non-metallic suction cup rods and intermediate isolation treatments to prevent cross-contamination. These measures safeguard the integrity of electrode materials, essential for high-quality battery production.

The Pouch Cell Stacking Machine incorporates mechanisms to handle excess and missing sheets effectively. Air blowing, sheet separation brushes, servo shaking of the manipulator, and ultrasonic sensors ensure precise sheet placement. Independent suction cups securely hold tabs in position, preventing them from folding into the battery cell during stacking.

Automated inspection processes inspect all four corners of electrode sheets and tabs to detect any irregularities. This includes identifying sheets with missing corners or folded tabs, ensuring only defect-free components are integrated into the battery core. Such quality assurance measures uphold stringent production standards and enhance the overall reliability of battery assemblies.

Semi-Automatic Stacking Machine exemplifies cutting-edge technology in battery manufacturing, combining precision engineering with advanced automation. Its ability to achieve high accuracy in electrode stacking, coupled with robust reliability features and comprehensive quality control mechanisms, underscores its pivotal role in producing high-performance batteries for diverse applications.