Clean Room Systems / Product
Product Detail
Interlocked personnel air shower with filtered high-velocity jets for removing loose surface particles before entry to pharmaceutical, electronics and laboratory clean areas.
| Equipment type | Personnel air shower entrance chamber |
| Configuration | Single, double or multi-person module |
| Construction | Stainless steel or coated-steel enclosure |
| Doors | Two interlocked cleanroom doors |
| Air delivery | High-velocity jets from adjustable stainless nozzles |
| Filtration | Pre-filter and HEPA final filter |
| Control | Automatic cycle with display, voice or indicator options |
| Layout options | Straight-through, right-angle or custom arrangement |
| Power supply | Matched to project country and equipment schedule |
| Application | Personnel transition into controlled production zones |
A personnel clean room air shower uses filtered, high-velocity air to dislodge loose particles from garments before a worker enters the cleaner zone. Interlocked entrance and exit doors guide the user through a defined cycle and reduce direct opening between the changing area and clean corridor.
The air shower supports gowning control but does not replace correct garments, behaviour or room pressure. Capacity and layout should be based on shift traffic so the unit does not become a bottleneck at busy entry times.
Adjustable nozzles direct jets across the garment from multiple angles. Return air passes through pre-filters and HEPA filters before recirculation. Cycle time, nozzle velocity and control logic are configured around the facility procedure and local validation plan.
Filters require access for inspection and replacement. Differential pressure indication or maintenance alarms can be included so declining airflow is identified before performance is affected.
Single-person units suit low traffic, while wider or multi-person chambers serve shift changes. Straight-through and right-angle layouts help fit the air shower into the gowning route. Door swing, emergency release and accessible controls must be coordinated with the building plan.
The floor should be level and easy to clean. Electrical supply, service access and replacement-filter route should remain available after adjacent walls are complete.
Air showers are used at entrances to electronics, pharmaceutical support, food packaging, medical-device and laboratory clean areas. They are most effective when integrated into a complete personnel flow and gowning procedure.
No. It is an additional particle-removal step. Correct gowning, hand hygiene, room pressure and staff behaviour remain essential.
Capacity should be calculated from peak shift traffic, cycle time and available entrance space. An undersized unit can delay entry and encourage bypassing.
A pre-filter protects the fan and a HEPA final filter cleans recirculated air. The exact efficiency and monitoring requirement should follow the project specification.
Yes. Straight-through, right-angle and custom layouts are available when door movement and emergency egress are reviewed.
Technicians need access to fans, filters, controls and nozzles. The design should also provide a practical route for removing and replacing full-size filters.
