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2 November 2026
Buyers looking to buy oxygen generator equipment for healthcare, manufacturing, or research should match oxygen purity, demand range, control functions, installation format, and site utilities. The 99.5% High-Purity PSA Oxygen Generation System suits continuous oxygen production where 99.5% purity and automated PSA control are required, with customizable models from 1 to 100 cubic meters and a 380V electrical specification.
Required oxygen purity and application demand: select a system that matches the process requirement for 99.5% oxygen and the intended healthcare, industrial, treatment, manufacturing, or research use.
Production scale, utilities, controls, and installation format: check the 1 to 100 cubic meter specification range, 380V electrical requirement, PLC monitoring functions, filtration arrangement, and skid-mounted or modular split layout against the site.
Teams that need to buy oxygen generator equipment should start with the oxygen quality their process requires. For applications that call for 99.5% oxygen purity and a continuous supply, the 99.5% High-Purity PSA Oxygen Generation System is the applicable choice in this selection.
The system uses molecular sieve pressure swing adsorption. Compressed air passes through filtration stages that remove dust, moisture, oil vapor, and other contaminants before the air reaches the adsorption towers. Zeolite molecular sieves separate nitrogen, carbon dioxide, and trace gases from the oxygen stream. A PLC control system manages pressure switching, adsorption timing, oxygen purity monitoring, flow regulation, and system diagnostics.
Purity is the first screening point for buyers serving healthcare, petrochemical processing, metallurgy, electronics manufacturing, pharmaceutical production, wastewater treatment, glass manufacturing, or scientific research. This system is designed for applications where 99.5% oxygen concentration is required.
A facility planning a medical oxygen supply can assess the system around continuous production and oxygen quality monitoring. A manufacturing plant can assess the same points against its process demand and oxygen use pattern. In either case, the purchase specification should identify the required oxygen purity and the operating demand before the generator configuration is selected.
The system has a specification range of 1 to 100 cubic meters, and the model is customizable. That range gives buyers a basis for matching the generator to the required production scale. Send the expected oxygen demand, operating schedule, and required outlet arrangement when requesting a configuration.
The equipment is available as an integrated skid-mounted system or a modular split installation. A skid-mounted arrangement suits a project with a defined equipment area and a preference for an integrated package. A modular split installation suits a project that needs the system arranged around available installation space. Measure the equipment room, access route, and service clearances before choosing between these formats.
Air pretreatment is part of the operating design. Multiple filtration stages remove dust, moisture, oil vapor, and other contaminants before compressed air enters the adsorption towers. This protects the molecular sieve and supports the PSA cycle.
The PLC system automatically manages the pressure cycle, adsorption timing, oxygen purity monitoring, flow regulation, and diagnostics. Real-time sensors monitor oxygen concentration and operating parameters. These functions suit facilities that need automatic control of a continuous oxygen production process.
The listed electrical specification is 380V. Include the available power supply and the intended installation location in the inquiry so the proposed configuration can be matched to the site.
The listed noise level is 70 dB, and the product description identifies low noise as a system characteristic. Place the generator with the operating environment in mind, especially where it will work near healthcare, research, or production areas.
The system is intended for continuous operation and uses compressors, pressure vessels, valves, and pneumatic components as part of the PSA equipment. Buyers should map the generator location, compressed-air path, oxygen outlet, filtration arrangement, and maintenance access before approving the layout.
Choose the 99.5% High-Purity PSA Oxygen Generation System when the project needs:
It is a practical fit for healthcare and industrial users whose process depends on a steady oxygen supply and automated operating control. It also suits buyers planning a system that can be configured around available installation space.
Before requesting a quotation, send the required oxygen purity, demand range, operating schedule, available voltage, installation dimensions, preferred system format, and oxygen outlet requirements.
The company
Hebei Lixin Medical Engineering Co., Ltd. was established in 2011. The company specializes in the production and sales of medical central gas supply systems, medical molecular sieve oxygen generation equipment, low-pressure oxygen chambers, medical air purification equipment, and undertakes projects such as hospital operating room and laboratory purification, cleanroom construction, radiation protection engineering, and medical wastewater treatment engineering.…
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