At CWTech, witness the technological leap of PSA medical molecular sieve oxygen generator

I have been working as a technical engineer in CWTech for 11 years, during which I have witnessed the company’s rapid development and outstanding achievements in the field of PSA medical molecular sieve oxygen generator.

Since its establishment, the company has always focused on the research and development, production and sales of PSA medical molecular sieve oxygen generator. Research and development team is the core strength of the company, we continue to explore new technologies, new processes. In order to improve the efficiency of oxygen production and oxygen purity, we study day and night, from the screening of molecular sieve to the optimal design of adsorption tower, every link has been repeatedly tested and demonstrated. Through continuous investment in research and development resources, we have successfully overcome a number of technical challenges, so that the company’s oxygen generator performance has reached the industry-leading level.

In the production link, the company has established a strict quality control system. From the procurement of raw materials, to the processing of parts, to the assembly and commissioning of the whole machine, each process has strict quality standards and testing processes. I have participated in the production process, and I know that each oxygen generator embodies the efforts of many colleagues to ensure that the products delivered to the hands of customers are high quality and stable performance.

With excellent performance and reliable quality, the company’s products have won wide recognition in the market. It is not only widely used in major medical institutions in China, but also gradually to the international market, providing a reliable oxygen therapy guarantee for more patients around the world.

I am honored to be a member of the company’s technical team. In the future, we will continue to uphold the spirit of innovation, constantly improve product quality and technical level, and contribute more to the field of medical oxygen production.


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