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Introduction Poor surface adhesion, tiny organic contaminants and metal oxidation are the top pain points that cause low product yield, unstable bonding performance and high rejection rates in precision electronics manufacturing. Traditional wet chemical cleaning methods are gradually being phased out worldwide due to high chemical waste, strict environmental regulations and risk of damaging delicate […]

In the field of precision electronics, medical devices and semiconductor manufacturing, the stability and processing consistency of surface treatment equipment directly determine the qualification rate of high-precision products. For a long time, many global manufacturers relied heavily on imported plasma equipment, which has high purchase cost, long delivery cycle and complicated after-sales maintenance procedures. As

In the global automobile manufacturing industry, lightweight materials such as plastic, composite material and aluminum alloy have been widely applied to automobile interior parts, exterior decorations and new energy vehicle structural components. However, most lightweight materials have low surface activity, which easily leads to poor adhesion during spraying, printing and bonding processes. Traditional solvent-based chemical

With the rapid expansion of the global new energy industry, lithium battery manufacturers have put forward higher standards for product stability, safety and yield. Traditional chemical surface treatment processes are gradually unable to meet the environmental protection requirements and high-precision production demands of the lithium battery sector, so low-temperature plasma surface treatment technology has become