Enterprise-grade Contamination Control & Cleanliness Management

Addressing critical contamination control requirements in lithium-ion battery manufacturing, Funa provides comprehensive cleanliness inspection solutions covering raw materials, electrode fabrication, cell assembly, and failure analysis. Leveraging automated SEM/EDS particle analysis technology, these solutions enable the precise identification of microscopic metallic foreign particles, the tracing of contamination sources, and the optimization of manufacturing processes, thereby helping power battery manufacturers establish highly reliable clean manufacturing systems.

Semiconductor manufacturing imposes extremely stringent requirements for controlling micro-particle contamination. Funa offers contamination monitoring solutions covering cleanroom environments, equipment components, consumables, and critical materials. By utilizing real-time environmental particle monitoring, surface particle detection, and contamination source tracing technologies, Funa helps semiconductor manufacturers enhance their clean environment management capabilities and mitigate the risk of particle contamination.

To address the need for particulate contamination control in automotive component manufacturing, Funa offers automated cleanliness inspection solutions compliant with ISO 16232 and VDA 19.1 standards. By integrating rapid optical screening, automated SEM/EDS analysis, and particle composition tracing, the solution establishes a closed-loop quality management system covering everything from component cleanliness verification and production process monitoring to the identification of contamination sources.

To meet the analytical requirements for non-metallic inclusions, oxides, and trace contaminants in steel materials, Funa offers automated solutions for inclusion detection and compositional analysis. By integrating SEM and EDS analysis, the system enables rapid localization, morphological characterization, and elemental identification of inclusions, providing data support for optimizing steelmaking processes, ensuring quality control, and enhancing material performance.