Function:
The primary function of the Medical Molecular Sieve Oxygen Generator is to produce medical-grade oxygen by utilizing air separation technology. It accomplishes this through a multi-step process:
Air Compression: The device compresses ambient air to a high density, preparing it for the separation process.
Air Separation: The compressed air is then subjected to controlled temperature changes, allowing the different condensation points of air components to separate into gas and liquid phases.
Distillation: The air components are further distilled, with the desired oxygen-rich component being extracted as medical-grade oxygen.
Features:
Safety: The generator adheres to strict safety standards, ensuring that the oxygen produced is of high purity and suitable for medical use.
Convenience: The generator provides a convenient and continuous supply of medical-grade oxygen, eliminating the need for frequent oxygen cylinder replacements.
Economy: The device offers a cost-effective solution by producing oxygen on-site, reducing the dependency on external oxygen supply sources.
Scientificity: The oxygen separation process is based on air separation technology, reflecting a scientific and technologically advanced approach.
Advantages:
Consistent Oxygen Supply: The generator ensures a steady and reliable supply of medical-grade oxygen, essential for patient care.
Cost Savings: By producing oxygen on-site, the generator reduces the cost associated with purchasing and transporting oxygen cylinders.
Elimination of Cylinder Handling: The generator eliminates the need for handling and managing oxygen cylinders, reducing potential safety risks.
Environmental Impact: On-site oxygen production reduces the carbon footprint associated with oxygen transportation and cylinder manufacturing.
Emergency Preparedness: The generator's continuous oxygen supply is vital for emergency situations where a consistent oxygen source is paramount.
Efficiency: The generator operates efficiently, providing a seamless supply of oxygen without interruptions.
Adaptable: The generator's applicability spans a wide range of medical contexts, including hospitals, clinics, and other healthcare facilities.
