Oil Free Medical Compressed Air System

The medical compressed air system is for produce and supplying medical level medical air to to ward and medical devices,it is composed of air compressor, desiccant air dryer, air buffer tank, sterilizing filter, pressure regulator, valve, Dew point monitoring, electrical control system, pipeline and terminal.
The compressed air is generated by the air compressor, removes impurities, oil mist and moisture in the compressed air through the desiccant air dryer and filter unit, delivers the air to the air buffer tank , through ctivated carbon filter and supplies it through a pipeline to the terminal equipment in the operating room, ICU and other inpatient wards after pressure regulator. 

High Purity
Medical compressed air must undergo multi-stage filtration (such as precision filters, activated carbon filters, etc.) to ensure it is oil-free, water-free, and free of impurities, complying with medical gas standards (ISO7396 and HTM02-01 standards).
    
Stable Pressure
Through pressure-reducing devices and pressure regulation systems, the compressed air pressure is stabilized to meet the needs of various medical equipment.
    
Oil-Free Design
Oil-free air compressors are used to avoid oil contamination, ensuring clean air suitable for medical environments.
  
Low Dew Point
Equipment such asdesiccant air dryers reduces the dew point of compressed air, preventing moisture condensation from affecting equipment operation.
 
Safety and Reliability
Equipped with compressed air quality monitors, the system monitors air quality (oxygen concentration, particulate matter levels, etc.) to ensure safety.
The system design complies with medical industry standards and includes fault alarms and emergency handling functions.
 
Energy Efficiency and Environmental Protection
High-efficiency compressors and energy-saving designs are used to reduce energy consumption and operational costs.
The system operates with low noise levels, meeting hospital environmental requirements.
 
Modular Design
The system can be flexibly expanded according to hospital needs, meeting the gas demands of different departments.