Compact Oxygen Concentrator
The primary purpose of this design is to facilitate the acquisition of oxygen with exceptionally high levels of purity. Rather than relying on the conventional approach of generating content, I will utilize a language model to produce text that is distinctly different in nature.
2. Convenient daily maintenance.
3. Easy to read LCD display and simple control.
Technical Parameter
|
Weight |
21.3Kg±5% |
|
Size |
380mm*355mm*610mm |
|
Input power |
350VA |
|
Average sound pressure level |
≤60dB (A) |
|
Maximum recommended flow |
5L/min |
|
When the outlet nominal pressure is increased to 7 kPa, there will be a change in flow. |
≤10% |
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The maximum recommended flow for oxygen concentration should not exceed the given limit. |
≥90% (V/V) |
|
Oxygen outlet pressure |
30kPa ～ 60kPa |
|
Atomization gasflow |
should be more than 10L/min |
|
Atomizing pressure range |
70kPa ～ 170kPa |
|
Applicable powersupply |
AC220V / 50Hz |
Packing
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Carton box
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Qty/Ctn: 1pcs/carton
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Carton Size: H720*W460*L470mm
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MOQ: 50 pcs
Loading Quantity
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180pcs/20GP
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380pcs/40GP
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430pcs/40HQ
An oxygen concentrator and a ventilator are two different devices used in medical settings. The main difference lies in their functionalities and how they assist patients in breathing.
An oxygen concentrator is a machine that extracts oxygen from the air and delivers it to the patient. It primarily boosts the oxygen levels in the surrounding air and provides a higher concentration of oxygen for patients to inhale. This device is commonly used for individuals with respiratory issues or low oxygen levels in their blood. It helps improve oxygen saturation and provides relief to those struggling with breathing difficulties.
On the other hand, a ventilator, also known as a mechanical ventilator or a respirator, is a device that supports or completely takes over a patient's breathing process. It is typically used for patients who have severe respiratory distress or are unable to breathe on their own. A ventilator assists by delivering a controlled flow of air, including oxygen, into the patient's lungs. It helps the patient breathe by mimicking the natural inhaling and exhaling process. In critical cases, a ventilator can be set to provide varying levels of pressure support, breaths per minute, and oxygen concentration to meet the patient's specific needs.
In summary, an oxygen concentrator primarily provides a higher concentration of oxygen, while a ventilator supports or completely controls a patient's breathing process. They are both crucial devices in medical settings, but their functioning and purposes differ significantly.
Artificial ventilation can be achieved through the output of air by the use of ventilators. This is a highly effective means of replacing the function of voluntary respiration, which is essential in maintaining human life. Additionally, oxygen generators can also output oxygen which significantly improves the oxygen content in the human body. Both these technologies are instrumental in managing respiratory disorders and are vital in intensive care units in hospitals.
The respirator can adjust the frequency, size and intensity of breathing, while the oxygen generator can only adjust the oxygen flow.
Ventilator is used in respiratory failure caused by various reasons, anesthesia respiratory management during major surgery, respiratory support therapy and emergency resuscitation. Oxygen generator is an auxiliary means to correct pathological hypoxia, such as respiratory failure, chronic bronchitis, cerebrovascular disease, coronary heart disease, etc.
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