What are the uses of air compressors in medical gases
The application of air compressors in the medical field mainly involves providing stable and clean power source for various medical equipment. Thanks to its oil-free compression characteristics and reliable performance, Granklin water-lubricated single-screw air compressor can adapt to the needs of a variety of medical scenarios:
1. Respiratory support equipment air supply
Provide continuous compressed air for life support equipment such as ventilators and anesthesia machines. The oil-free clean air it outputs can avoid potential risks caused by oil pollution to the respiratory system and ensure patient treatment safety.
2. Power supply for surgical instruments
Some precision surgical instruments (such as pneumatic surgical tools) need to rely on compressed air to be driven. Granklin air compressors meet the dual requirements of the operating room for equipment reliability and environmental comfort through stable pressure output and low-noise operation.
3. Medical oxygen/nitrogen production system supporting
In gas separation equipment such as oxygen generators and nitrogen generators, air compressors provide raw gas compression functions as a core component. Its water-lubricated design reduces the frequency of equipment maintenance while avoiding the impact of oil substances on gas purity.
4. Gas used in laboratories and laboratory departments
Provide dry, pollution-free compressed air for laboratory gas chromatographs, cell incubators and other equipment to meet the high standard demand for gas cleanliness in scientific research and testing.
5. Dental comprehensive treatment table set
Dental drill needles, three-purpose spray guns and other equipment need to be driven by compressed air. Granklin air compressors feature low vibration and high stability to adapt to high-frequency and long-term use scenarios in the clinic.
Granklin water-lubricated single-screw air compressor uses the combined structure of a single screw and a star wheel to replace traditional lubricating oil with water to achieve sealing and cooling functions, eliminating the risk of oil pollution from the source. Its modular design and intelligent control system can flexibly adapt to the gas consumption needs of medical institutions of different sizes, providing a safe, efficient and easy-to-maintain solution for medical gas supply.
