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Attribute | Value |
---|---|
Name | Medical O2 Generator |
Advantage | High Oxygen Purity |
Material | Carbon Steel/Stainless Steel |
Operation | Automatic |
Port | China Port |
Service Life | More than 10 years |
Custom Processing | Yes |
Purity | 93%±2% |
Technology | Pressure Swing Adsorption (PSA) |
After-sales Service | Video Technical Support, Online Support |
Medical Oxygen Generators: A Trustworthy Option for Hospital Oxygen
Therapy Benefits of On-Site Medical Oxygen Production Medical oxygen systems that make use of molecular sieve technology
offer exceptional convenience to healthcare facilities through
on-site oxygen generation. This gets rid of the requirement for
transporting and storing oxygen supplies, ensuring that oxygen is
available immediately and lessening reliance on outside suppliers.
These systems operate safely under low-pressure conditions at room
temperature, providing a consistent and dependable oxygen supply.
Their demonstrated efficiency has made them a common fixture in
hospitals and clinics all over China, highlighting their
appropriateness for medical environments. Crucial Assistance in Emergency Situations In disasters or emergencies where traditional infrastructure might
be damaged, these oxygen generators have a significant edge. Their
rapid deployment and portability enable immediate oxygen production
in remote or devastated areas, aiding life-saving medical
treatments when every moment is critical. Reasons It Is Better Than Traditional Oxygen Supply Stable Quality: Produces medical - grade oxygen as required. Cost
- Efficiency: Reduces long - term operational expenses in
comparison to delivered oxygen. Operational Flexibility: Steers
clear of supply chain interruptions and storage difficulties.
Dependable Performance: Functions well in a variety of medical
settings.In conclusion, modern on-site oxygen generation systems
serve as a reliable, cost - effective, and flexible substitute for
traditional oxygen supply methods. They ensure that healthcare
facilities and emergency response teams have uninterrupted access
to high - purity oxygen, supporting vital medical care when it is
most needed.
Model | Purity | Flow | Outlet |
---|---|---|---|
LMO-1 | 93±2% | 1Nm3/h | Regular outlet pressure 1-5Mpa adjustable |
LMO-5 | 93±2% | 5Nm3/h | |
LMO-10 | 93±2% | 10Nm3/h | |
LMO-15 | 93±2% | 15Nm3/h | |
LMO-20 | 93±2% | 20Nm3/h | |
LMO-25 | 93±2% | 25Nm3/h | |
LMO-30 | 93±2% | 30Nm3/h | |
LMO-40 | 93±2% | 40Nm3/h | |
LMO-50 | 93±2% | 50Nm3/h | |
LMO-60 | 93±2% | 60Nm3/h | |
LMO-70 | 93±2% | 70Nm3/h | |
LMO-80 | 93±2% | 80Nm3/h |
Jiangsu Luoming Purification Technology Co., Ltd, situated in Yancheng City, China, stands out as a prominent manufacturer specializing in the development and production of gas equipment. With a strong focus on air separation equipment, the company offers an extensive range of products, including PSA Nitrogen Generators, PSA Oxygen Generators, Oxygen Filling Stations, Ammonia Decomposition to Hydrogen Generators, and gas purification equipment. Moreover, they provide customized gas supply solutions, comprehensive maintenance services, technical training, and valuable advice for nitrogen, oxygen, and hydrogen generating equipment. With an unwavering commitment to quality and customer satisfaction, Luoming Purification Technology strives to surpass expectations by delivering exceptional products and services, establishing a reputable brand built on excellence in both quality and service.
PSA (Pressure Swing Adsorption) Technology has revolutionized the field of non-cryogenic air separation and oxygen generation. This groundbreaking process incorporates a specialized grade of Zeolite Molecular Sieve (ZMS) for optimal performance.
Within the PSA system, compressed air undergoes a series of steps. Firstly, it is directed through a Twin Tower module, featuring automatic changeover valves for seamless operation. Before entering the module, the air is efficiently dried using a Refrigerated Dryer. Subsequently, the dry compressed air interacts with a bed of Zeolite molecular sieves.
The Zeolite Molecular Sieves possess a remarkable characteristic - they exhibit preferential adsorption of nitrogen molecules. This property enables the effective removal of nitrogen, allowing the desired oxygen gas to pass through.
To maintain a consistent pressure, the resulting oxygen gas is directed to a surge vessel. This vessel is equipped with a Back Pressure Regulator, which ensures that it operates at a minimum pressure, thereby facilitating smooth system performance.