What are the main uses of medical compressed air in hospitals
Medical compressed air is a key basic resource for hospital clinical diagnosis and treatment and medical equipment operation. Its core role is to provide pure and stable power and gas support for various medical scenarios. Specific applications are mainly reflected in the following aspects:
1. life support system
As the core power source for ventilators, anesthesia machines and other equipment, medical compressed air needs to meet high standards of oil-free and pollution-free to ensure the safety of patients inhaling gas. Its stable air flow pressure and flow parameters are directly related to the working efficiency of emergency equipment and the stability of patients ‘vital signs.
2. Precision medical operations
In operating rooms, dental treatments and other scenarios, compressed air provides cleaning power for pneumatic surgical tools and laser treatment equipment. Its drying characteristics prevent dew condensation inside the equipment, and its low-noise operating characteristics ensure the comfort of the diagnosis and treatment environment.
3. Medical facility operation and maintenance
The operation of hospital oxygen generation systems, negative pressure suction devices and other supporting facilities relies on compressed air as the basic power. Its sustained and stable supply capacity is an important guarantee for maintaining the normal operation of the hospital’s overall medical system.
Technical characteristics of Granklin water-lubricated single screw air compressor
Using single screw and star wheel meshing technology, pure water is used instead of traditional lubricating oil to achieve sealing and cooling functions. This design eliminates the risk of oil pollution from the root cause, and the produced gas fully meets medical gas standards. There is no need for oil system maintenance during operation, which reduces equipment failure rates. At the same time, the water lubricating medium has environmentally friendly characteristics, which meets the dual needs of medical institutions for equipment safety and sustainability. This technology ensures the stability and efficiency of gas output through the combination of precision machining and intelligent control systems, providing a reliable gas power solution for medical scenarios.
