Advanced Laminar Flow Hood for Optimizing Surgical Air Purity

I. Core Technical Highlights

1. Advanced Laminar Technology for Air Purity

    

   Uniform unidirectional laminar airflow, minimizing turbulence, ensuring stable surgical zone air. HEPA/ULPA filters, 99.999% efficiency for 0.3μm particles, 80% higher air purity than traditional turbulent devices, meeting US209E Class 100.
    
2. Six-Speed Adjustable Wind Speed, Multi-Scene Adaptation

    

   Airflow adjustable 0.35±0.5m/s in six gears, flexible for surgeries and experiments, 60% higher adaptability than ordinary fixed-speed models.
    
3. Intelligent Control and Transparent Design, Convenient and Safe

    

   Touch/remote dual-mode control, transparent working surface and integrated lighting, easy observation and maintaining integrity, 40% higher operation efficiency than traditional closed models. Anti-static function avoids precision equipment damage.
    
4. Medical-Grade Quality, Stable and Durable

    

   Stainless steel and rock wool / PU / MGO sandwich panels, fireproof, thermal insulation, corrosion-resistant, ISO9001 certified, 2–3 times longer life than ordinary carbon steel models.
    

II. Quick Selection Guide

1. General Hospital Operating Rooms: Class 100 + six-speed + anti-static, reducing infection rates.
2. Neurosurgery Operating Rooms: Uniform laminar + low noise + integrated lighting, meeting precise airflow stability.
3. Biomedical Laboratories: ULPA + transparent surface + remote control, ensuring high-end cleanliness.
4. Medical Aesthetic Operating Rooms: Silent + customizable + easy cleaning, improving comfort and safety.

III. Installation Process

1. On-site measurement and size, wind speed and control confirmation.
2. Factory production of laminar flow hood units.
3. Modular hoisting with electrical and speed controller installation, 1–2 days.
4. Cleanliness, airflow uniformity and noise testing; third-party reports; training and warranty.

IV. Daily Usage Notes

1. Replace HEPA filters every 1–2 years, primary filters every 3–6 months.
2. Inspect wind speed and uniformity quarterly.
3. Wipe transparent surface with neutral detergent; avoid scratches.
4. Contact 24-hour support for abnormal wind speed or alarms.