In the life support system of medical institutions, hospital oxygen generators are like invisible hands of life, reconstructing the underlying logic of respiratory support with sophisticated technology. This equipment that directly produces medical oxygen through air separation technology not only breaks the physical environment limitations of traditional liquid oxygen storage and transportation, but also demonstrates irreplaceable emergency value in public health emergencies, becoming an indispensable "second lung" for modern hospitals.

The core value of the oxygen generator lies in its technological breakthrough in converting ordinary air into medical-grade oxygen. Through molecular sieve adsorption or membrane separation technology, the equipment can continuously output oxygen-rich air to meet the needs of multiple scenarios from ordinary oxygen therapy environments to intensive care. Compared with traditional liquid oxygen systems, this instant oxygen production capacity has demonstrated considerable significance during the COVID-19 pandemic. Hospital oxygen generators significantly improve oxygen supply capacity by adjusting the oxygen production flow rate, effectively alleviating the oxygen consumption of high-oxygen consumption equipment such as ventilators. In addition, this dynamic expansion capacity frees hospitals from the constraints of liquid oxygen tanker transportation.

From the perspective of sustainable development, oxygen generators are reshaping the medical oxygen supply ecosystem. The nitrogen-rich waste gas recovered by the equipment can be used for filling drug packaging after purification, forming a closed resource loop. Under the concept of "green development", the new generation of generators adopts a modular design. The basic units can be flexibly superimposed with the expansion of medical beds. Its intelligent IoT system can predict the life of molecular sieves and automatically generate maintenance work orders, which significantly improves the comprehensive use efficiency of the equipment. This technological innovation and development that deeply integrates medical needs with green transformation is driving the paradigm shift of oxygen supply from passive to intelligent empowerment.