Application of air compressor in medical treatment

The application of air compressor in the medical field mainly involves providing clean and stable power source and process gas for various medical equipment, which is embodied in the following scenarios:

1. the surgical support system
   provides power for pneumatic drills, saws and other tools in orthopedic surgery to ensure cutting accuracy; drives the pneumoperitoneum machine in laparoscopic surgery to establish an operating space in the abdominal cavity through compressed air; assists the cooling system of laser surgery equipment.

2. the respiratory therapy field
   is mixed with medical oxygen in proportion to prepare the gas mixture required for high-flow oxygen therapy; the atomization device is driven to convert the liquid medicine into tiny droplets for the treatment of respiratory diseases; the ventilator is provided with oil-free and sterile compressed air as the basic gas source.

3. Medical equipment operation
   and maintenance drives the chair position adjustment of dental comprehensive treatment table, high-speed mobile phone rotation and other actions; Provide pneumatic pressure for endoscope cleaning and disinfection machine to ensure complete drying of pipelines; Support the operation of negative pressure suction system in hemodialysis machine.

4. Pharmaceutical and Laboratory Applications
   In pharmaceutical production, compressed air drives automated equipment such as liquid filling and capsule filling; provides a constant pressure gas environment for laboratory incubators; assists in the pressurized delivery system of liquid nitrogen tanks in biological sample libraries.

5. Public works supporting
   the operation room, laboratory and other places to maintain the positive pressure environment, to prevent the invasion of external pollutants; drive the pneumatic door, automatic lifting bed and other medical facilities; for the hospital central gas supply system to provide backup gas source, to ensure the continuity of gas.

compressed air for medical use shall be treated by multi-stage filtration, drying and sterilization to ensure that the air is free of oil, particulate matter and microorganisms and meets the medical gas standards. The system is usually equipped with redundant design, combined with online monitoring device real-time feedback pressure, dew point and other parameters, to ensure the safety of the medical process.