Point-of-use cleanroom placement
The portal can sit directly before a critical work area where a conventional remote air shower leaves an unprotected walking distance.
This ultra-clean variant applies the mobile open-portal architecture specifically to critical cleanroom approaches. It delivers continuous ionized full-body blow-off without doors or permanent building work, enabling treatment immediately before a sensitive process zone. Selection should be based on the required cleanliness interface and contamination study rather than assuming the portal establishes a room classification by itself.
The portal can sit directly before a critical work area where a conventional remote air shower leaves an unprotected walking distance.
Ionized air helps detach charged particles while operators move through without a stop-and-wait cycle.
The self-contained movable frame can be installed without opening walls or rebuilding the cleanroom entrance.
| Environment | Ultra-clean cleanroom approach |
|---|---|
| Physical Form | Doorless movable portal |
| Air Treatment | Ionized full-body blow-off |
| Passage Method | High-speed continuous flow |
| Target Coverage | Head, garments, lower legs and shoe soles |
| Particle Handling | Collection airflow with leakage-control shield |
| Installation Scope | No permanent building work |
| Typical Process | Pre-entry cleaning before critical semiconductor or precision work |
| Mobility | Relocatable self-assembled system |
| Customization | Доступно в зависимости от предполагаемого применения и операционной среды. |
For semiconductor, precision-optics and advanced-electronics cleanroom entrances where ionization is needed close to the critical zone. Validate placement, operator pace and surrounding airflow through on-site contamination and ESD measurements.
Define portal width, cleanroom-compatible materials, ionizer monitoring, electrical connection and collection service route. Site qualification should establish the achieved result for the intended process.
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