Previously, component cleaning focused on removing surface particles, but future challenges will increasingly involve oil film or grease-form contamination becoming the primary focus. Current major automotive industry trends, including Industry 4.0, electric vehicles, and autonomous driving, significantly impact component cleaning. While removing particles and chips from processed components remains important, we must introduce new requirements and techniques while ensuring component cleanliness. Traditional production lines manufacturing nearly identical components with short cycles are being replaced by more flexible, less human-intervention automated modes involving broader cleaning tasks.

According to literature, two different methods can be used to achieve technical cleanliness for electronic components or parts, particularly for high-pressure components. Particles that may occur during assembly and manufacturing can be referenced in the VDA 19.2 assembly environment particle cleanliness course content.

Current major automotive industry trends, including Industry 4.0, electric vehicles, and autonomous driving, significantly impact component cleaning. Previously, component cleaning focused on surface particle removal, but future challenges will increasingly involve oil film or grease-form contamination.

Electronic products continue to evolve, weaving technology closely into every aspect of life, from food and clothing to housing, transportation, and entertainment. In electronic product and hardware manufacturing processes, precision cleaning of components is a critical process that must meet numerous requirements.