Customer Pain Points:
They face two major challenges: poor heat dissipation and difficulty controlling battery thickness. On one hand, implementing thermal isolation between cells is operationally difficult, and improper handling can easily lead to localized overheating, which may trigger thermal runaway propagation and seriously compromise battery safety. On the other hand, due to the inhomogeneous internal structure of the cells, thickness variations often occur at the tabs, the separator tails, and both sides of the cells, adversely affecting battery performance and stability.

Solution:
Address these challenges from the production process perspective. Deploy the self-developed integrated cutting-and-stacking machine from Suzhou Seicheng Electronics Co., Ltd., which incorporates multiple advanced technologies. Compared with traditional winding processes, this solution makes full use of the internal space of lithium batteries, significantly improves volumetric energy density, and delivers outstanding performance in terms of energy density and dimensional flexibility.

Customer Value:
The energy density of batteries with the same volume is notably increased, effectively enhancing the product’s range and power performance, while also improving product consistency and stability.