Excess material and debris during battery electrode manufacturing cause contamination and assembly defects. Eliminating these residues prevents short circuits and improves cell reliability.

Inconsistent tension and imprecise fluid delivery during high-speed application cause material defects. Eliminating these variations ensures battery electrode performance and prevents waste.

Non-uniform heat distribution during the baking process leads to incomplete polymerization or surface defects. Achieving uniform thermal transfer ensures structural integrity and finish quality of industrial coatings.

Irregular glue distribution leads to structural instability and poor thermal contact in battery assemblies. Precise application prevents component detachment and localized overheating.