Remote Control

Equipped with a remote control within a range of 20 meters, it breaks through space limitations and is especially suitable for people with limited mobility and those who need oxygen at night.

Multiple Flow Settings

Equipped with a variety of flow options, whether it is the low-flow oxygen inhalation required for daily health care of people with mild hypoxia, or the high-flow oxygen supply required for emergency treatment of critically ill patients, it can be adjusted as needed to ensure the effect of oxygen therapy.

Low-noise Technology

This oxygen concentrator uses ultra-quiet drive technology to ensure that the noise level is stable at ≤45 dB. It produces oxygen efficiently while maintaining low noise operation, allowing you to sleep smoothly at night.

Double Suction

It supports two people to breathe oxygen at the same time, reducing the cost of purchasing multiple oxygen concentrators for families or institutions, and can also meet the needs of simultaneous oxygen therapy and synchronous care for family members in medical scenarios. It is especially suitable for scenarios such as joint health care for couples, simultaneous use by the elderly and caregivers, effectively avoiding conflicts in equipment use and achieving resource sharing.

Pressure Swing Adsorption (PSA) Technology

The technology is a process technology that achieves gas separation and purification based on the change of the adsorption capacity of gas components on the adsorbent surface with pressure.This design ensures a continuously high oxygen concentration while maintaining strong stability and excellent adsorption capacity.

Pure Copper Oil-free Compressor

The pure copper compressor has excellent thermal conductivity and corrosion resistance, which can reduce operating temperature, improve operating efficiency and extend equipment life; the oil-free design avoids gas pollution caused by lubricating oil leakage and ensures that the output oxygen is pure and safe.

High Efficiency Molecular Sieve Technology

Imported molecular sieves use zeolite molecular sieves with uniform particle size and small pore size to separate nitrogen from the air through PSA pressure swing adsorption method to produce high-concentration oxygen.

Eight Stage Filtration System

This oxygen concentrator uses an eight-layer filtration system, including Grobrock filter, Dichter filter, HEPA filter, medical filter material, molecular filtration, oxygen separation, oxygen concentration, antibacterial, etc. This comprehensive filtration system can effectively remove bacteria and inhalable particles to ensure the output of pure and odorless oxygen.

Meet the Needs of the Following Consumers

• Asthma patients: Asthma attacks can cause a sharp decline in ventilation function. The respiratory muscles work at an intensity 3 to 5 times that of normal. Continuous contraction can easily lead to fatigue or even exhaustion. Our oxygen concentrators can continuously provide oxygen with a concentration of up to 93%. After inhalation, the alveolar oxygen partial pressure increases, promoting the combination of oxygen and hemoglobin, so that the blood oxygen concentration returns to above 94% as soon as possible, relieving breathing difficulties, meeting the body’s demand for oxygen, reducing the intensity of respiratory muscle contraction, and reducing energy consumption.

• Patients with chronic obstructive pulmonary disease (COPD): Long-term inflammation, alveolar damage and airway remodeling in the lungs make it difficult for oxygen to enter the blood through the alveolar membrane, resulting in low blood oxygen saturation and difficulty in exhaling. Our oxygen concentrator uses French molecular sieve technology to separate oxygen from the air. When patients inhale oxygen with a concentration of up to 93%, the oxygen partial pressure in the alveoli increases, promoting the combination of oxygen and hemoglobin, increasing blood oxygen saturation, and effectively improving exhalation difficulties.

• Pneumonia patients: Inflammatory exudation, alveolar edema and other problems in the lungs will lead to a decrease in oxygen exchange function and a decrease in oxygen content in the blood, which will in turn cause a series of hypoxia-related symptoms, such as dyspnea, cough, fatigue, dizziness, etc. Our oxygen concentrators can increase the oxygen concentration in the inhaled air, increase the oxygen partial pressure in the alveoli, promote the diffusion of oxygen into the blood, increase blood oxygen saturation, reduce hypoxic stimulation in the respiratory center, gradually return to normal respiratory frequency and amplitude, restore the physiological function of the respiratory mucosa, and alleviate cough symptoms. After sufficient oxygen, the aerobic metabolism of the brain and muscle cells is restored, the energy supply is increased, the fatigue will be significantly reduced, and the dizziness will gradually disappear.

• Patients with cardiovascular and cerebrovascular diseases: The core problem of cardiovascular and cerebrovascular diseases is insufficient blood supply to the heart or brain, which leads to hypoxia of tissue cells. When the myocardium is hypoxic, metabolic products (such as lactic acid) accumulate, stimulating nerves and causing chest pain. Our oxygen concentrator can continuously provide high-concentration oxygen. After inhalation, myocardial oxygen supply increases, aerobic metabolism is restored, lactic acid production is reduced, and chest pain and chest tightness are relieved; at the same time, myocardial contractility is improved and the heart’s pumping function is enhanced. Local hypoxia in the brain can cause dysfunction of nerve cells, causing dizziness or limb numbness. Oxygen inhalation can increase the partial pressure of oxygen in the cerebral artery blood, increase the oxygen diffusion distance in the hypoxic area, protect nerve cells that are not completely necrotic (penumbra), and relieve symptoms such as dizziness and limb weakness.

• Pregnant women: In the middle and late stages of pregnancy, the uterus moves upward and the lungs are restricted from expanding, resulting in reduced ventilation. Shortness of breath is especially likely to occur after activity. Our products can continuously provide high-concentration oxygen and are silent during operation. After inhalation, they can quickly increase blood oxygen saturation and relieve the feeling of stuffiness caused by lung hypoxia. This is especially effective in the late stages of pregnancy or after activity.

• People who are troubled by air pollution and haze: PM2.5 and harmful gases (such as formaldehyde and carbon monoxide) adhere to the respiratory tract, affecting the oxygen exchange efficiency of the alveoli, and indirectly causing hypoxia in the body. Our oxygen concentrator is equipped with a HEPA filter, which purifies the air before producing oxygen, reduces the inhalation of pollutants, and improves the purity of oxygen. After inhalation, it can accelerate the discharge of harmful substances in the body (such as the combination of carbon monoxide and hemoglobin) and relieve respiratory inflammation (such as coughing and shortness of breath).