Strict environmental control requirements
Temperature, humidity, cleanliness, and airflow direction are directly related to the safety of diagnosis, treatment, and laboratory experiments.
Temperature, humidity, cleanliness, and airflow direction are directly related to the safety of diagnosis, treatment, and laboratory experiments.
The risk of airborne pathogens spreading is high, especially in infectious disease departments and operating rooms.
Air conditioning failure can lead to surgical interruptions and sample waste.
Airflow and pressure requirements vary significantly between departments and laboratory areas.
Different countries and regions have strict standards for medical air quality and cleanliness.
Medical institutions must continuously invest in equipment upgrades to meet these standards.
High-efficiency filters (HEPA / ULPA, MERV13 or above) to remove particles and pathogens; positive/negative pressure control in clean zones to prevent cross-contamination.
High air change rates (ACH) for critical areas such as operating rooms and diagnostic labs; balanced outdoor air supply, exhaust, and return systems.
Strict ranges (e.g., OR 18-23°C, 30-60% RH) to ensure patient safety, equipment stability, and prevention of bacteria/mold growth.
Cleanroom zoning with positive pressure (OR/ICU) or negative pressure (isolation rooms) for infection control.
Backup systems (dual units, standby fans/chillers) and reliable power supply to ensure continuous operation during emergencies.
Regular filter replacement, cleaning, and continuous monitoring of pressure, temperature, humidity, and air quality.
Extensive experience in Asia-Pacific healthcare projects with compliance to local and international codes
Comprehensive customization, sample validation, and design confirmation process
Certified products ensuring stable, long-term performance.Strong after-sales support and long-term maintenance services
Expert engineering team with backgrounds in hospitals, clinics, labs, and eldercare facilities
● HEPA / ULPA filtration and modular fresh air units designed for wards, operating rooms, and isolation areas
● Controlled airflow patterns with pressure differential management
● Precision temperature and humidity systems with adjustable ranges
● Positive/negative pressure zoning for infection prevention
● Dual system backup, emergency power integration
● Durable components ensuring 24/7 stable operation
● Real-time monitoring of IAQ, pressure, and humidity
● Integration of disinfection technologies (UV, photocatalysis, ionization)
● High-efficiency chillers, VFD fans/pumps, and energy recovery systems
● Optimized system design to reduce long-term operating costs