ROLE OF COMPRESSED AIR SYSTEMS IN MEDICAL APPLICATIONS
Ventilators and Incubators
In the medical field, turbine-driven ventilators rely on air compressors to deliver the necessary pressure for respiratory circuits. Compressor-based ventilators, particularly those in hospitals, favour oil-free oxygen air compressors to achieve Class 0 oil standards.
Dental Applications
Integral to dental surgeries, oil-free screw compressors power and clean handpicks are used during dental treatments. Opting for oil-less compressors in dental clinics ensures adherence to stringent hygiene standards, emphasising the need for regular compressor examinations to prevent air contamination.
Operating Room Usage
Oil-free air medical air compressors play a vital role in delivering medical gas for anesthesia in operating rooms. This choice minimises oxygen exposure, serving as an alternative to nitrous oxide. Many hospitals opt for air compressor systems to fulfil their medical air needs, bypassing the impracticality of sourcing compressed air cylinders.
Maintenance Purposes
Just as air compressors are indispensable for cleaning and maintenance across industries, they play a crucial role in the upkeep of healthcare equipment. In the healthcare industry, these devices aid in the maintenance of various medical equipment.
Wheelchairs and Emergency Mattresses
Compressed air powers pneumatic pistons that propel wheels on wheelchairs, service carts, and hospital beds. Additionally, air compressors inflate emergency mattresses, contributing to the overall functionality of healthcare infrastructure.
Extracorporeal Shock Wave Therapy
This therapy utilises an oil-free compressor to generate a mechanical shock wave. The compressed air propels a high-speed projectile, which transmits shock waves to the body upon impact with an applicator on the skin. This innovative method is particularly relevant in healthcare applications.
Other Diverse Applications
The versatility of compressed air extends to numerous healthcare applications. An air compressor for an oxygen plant is a specialised component that plays a vital role in producing medical-grade oxygen by compressing ambient air, separating gases, and delivering a reliable supply of purified and enriched oxygen for medical use. Other uses include autoclaves for sterilisation, hospital headwalls, medical gas booms, blood analysers, chiropractic and physiotherapy tables, endoscopy equipment, evacuation/sealing/welding of bags and bottles (especially in blood-related procedures), mammography X-ray, and even the pumping of bandages in ambulances and physiotherapy settings.
