Sleep apnea is one of the largest and most durable respiratory therapy markets worldwide. For distributors, the question is not whether to enter it, but how to build a product range that is clinically credible, easy to support, and profitable. The first step is understanding the three device familie

The portable oxygen concentrator (POC) is one of the fastest-moving categories in respiratory homecare. End users value freedom to travel; distributors value a product that is light, quiet, reliable, and easy to support. But most buying mistakes happen before the first container ships - in supplier

The portable oxygen concentrator, abbreviated as POC, has three core technologies: 1) molecular sieve; 2 is the compressor, and 3 is the battery.Using molecular sieve pressure swing adsorption (PSA) technology, nitrogen and oxygen separation is achieved through a cyclic process of pressurized adsorp

The new generation of products has been improved through the use of high-capacity batteries to extend usage time, the design of replaceable molecular sieve modules to simplify maintenance, and the application of DC frequency conversion technology to reduce operating noise and energy consumption. Dev

A portable oxygen generator is an oxygen generation device suitable for mobile scenarios, which mainly achieves the concentration and preparation of oxygen in the air through physical separation technology. The oxygen concentrator has the characteristics of small size, light weight, portable, and eq

The oxygen concentrator should be used for at least 30 minutes each time it is turned on. Frequent use for a short period of time can cause the molecular sieve to become damp, as the oxygen source is air, which has a certain degree of humidity.

As a health equipment, when choosing a household oxygen concentrator, it is important to pay attention to the product's technology, liter selection, noise, and brand. At present, household oxygen concentrators on the market mainly rely on molecular sieves and oxygen production technology, with molecular sieve technology being a relatively···

The alarm code for household oxygen concentrators is required by regulations. Low oxygen concentration alarms occur when the machine is not working properly. When the oxygen concentration is below 50%, an alarm will occur. E3 alarms are divided into machine working environment reasons and hardware reasons.

Users who are using oxygen concentrators for the first time should not worry about E2 fault codes. E2 fault codes are mandatory alarm functions required by national laws and regulations, usually generated by low oxygen flow.

The medical oxygen concentrator must be a 3-liter machine. When the new machine leaves the factory, the oxygen concentration must be greater than or equal to 90%. After use, when the oxygen concentration is lower than 82%, the molecular sieve must be replaced. In addition, the country requires medic