Inefficient removal of debris and scrap during high-speed precision cutting leads to mechanical interference and process downtime. Effective waste discharge prevents contamination and ensures continuous production flow.

Fluctuations in foil tension during curing and coating lead to substrate deformation or coating defects. Maintaining precise mechanical stability prevents material wastage and ensures uniform layer adhesion.

Non-uniform pressure or temperature distribution during hot pressing leads to mechanical failure or poor electrical insulation. Ensuring uniform adhesion prevents structural delamination and component damage in high-precision battery and electrical assembly.

Accumulated debris on rollers and shell components causes mechanical interference and interface defects. Removing these contaminants prevents material degradation and ensures uniform thermal contact.