Customized Large Automatic Air Shower for Laboratories and Cleanrooms

I. Core Technical Highlights

1. Large Customizable Channels for Large-Scale Scenarios

    

   Supports 1–4m channel length, accommodates multiple people simultaneously, 3 times higher passage efficiency than ordinary small air showers. 18–72 360° rotating nozzles, full coverage without dead corners.
    
2. Fully Automatic Operation, Worry-Free and Efficient

    

   PLC intelligent control and photoelectric sensors, automatic sensing shower, interlock, LED display, full automation without manual intervention, 60% lower misoperation rate than manual models, adapting to high-flow large workshops.
    
3. Ultra-High-Efficiency Purification, Deep Dust Removal

    

   Primary + HEPA two-stage filtration, 99.995% efficiency for 0.3μm particles, wind speed ≥20m/s, efficiently removing dust and microorganisms within 0–99 seconds, one order higher purification precision than ordinary air showers.
    
4. High-Quality Materials, Stable and Durable

    

   SS/SUS304 stainless steel and ivory static powder coated steel, corrosion-resistant, easy to clean, modular structure, 2–3 times longer life than ordinary carbon steel models.
    

II. Quick Selection Guide

1. Large Pharmaceutical Production Bases: 72 nozzles + 4m channel + GMP, for large-flow purification.
2. Food Processing Industrial Parks: 54 nozzles + 3m channel + stainless steel floor, for high-humidity scenarios.
3. Precision Electronics Manufacturing Centers: 36 nozzles + 2m channel + low noise, for high-flow chip manufacturing.
4. Biomedical Laboratory Clusters: 18 nozzles + 1m channel + intelligent control, meeting protection needs.

III. Installation Process

1. On-site measurement and configuration confirmation.
2. Factory production of large air shower units.
3. Modular assembly with electrical and interlock installation, 3–5 days.
4. Wind speed, filtration and automatic operation testing; third-party reports; training and warranty.

IV. Daily Usage Notes

1. Replace primary filters every 3–6 months, HEPA filters every 1–2 years.
2. Clean nozzles regularly with compressed air.
3. Inspect PLC, sensors and interlock quarterly.
4. Adjust shower time via touch relay for optimal effect.