Compact Oxygen Generator

 

Modular and flexible expansion:
single module 5–50 L/min, parallel connection to 200 L/min+, oxygen/nitrogen modules are replaceable, adaptable to multiple scenarios.

Ultra-compact and lightweight:

single module volume ≤0.3m³, weight ≤20kg, supports corner/vehicle/wall cabinet installation, space utilization increased by 50%.

Intelligent and efficient energy saving:

2-minute quick start, dynamic adjustment of the number of modules, energy consumption is 30% lower than traditional solutions, and heat recovery saves another 15% of electricity.

Convenient and safe maintenance:
3-minute tool-free module replacement, filter element/adsorbent drawer-style replacement, IP54 protection + multiple certifications, adaptable to -10°C~50°C environment.

How oxygen generator works

Pressure swing adsorption (PSA): using carbon molecular sieve to selectively adsorb nitrogen, double towers alternately pressurize adsorption and depressurize desorption, rapid gas production in 3-5 minutes, purity 90%-95%, low energy consumption, widely used in medical and industrial scenarios.
Membrane separation: separating gas through the high permeability of hollow fiber membrane to oxygen, no moving parts, quiet operation, compact size, suitable for home oxygen therapy and vehicle emergency, purity 30%-50% (up to 90% after enrichment).
Chemical oxygen production: relying on chemical reactions such as potassium chlorate decomposition to produce oxygen, no power supply, instant oxygen supply, purity over 99%, but consumables are disposable, suitable for short-term scenarios such as aviation emergency and plateau emergency.
Technical comparison: PSA is efficient and stable but requires maintenance; membrane separation is silent and portable with low purity; chemical oxygen production has strong emergency response but high cost, and users can choose the adaptation scenario as needed.


Application scenarios and advantages comparison：

Q: How can modular oxygen production equipment meet the oxygen demand of different scales?
A: The equipment supports flexible expansion, with a single module producing 5-50L/min oxygen flow. Multiple modules can be connected in parallel through standardized interfaces, and the total production capacity can be increased to more than 200L/min. Enterprises can gradually add modules according to the actual oxygen consumption, without the need to reconstruct pipelines or circuits, and easily cope with changes in oxygen demand from a single department to the entire factory.

Q: What are the advantages of modular design for equipment maintenance?
A: With a tool-free quick-disassembly design, the faulty module can be replaced within 3 minutes without the intervention of professional technicians, greatly reducing downtime. Each module has an independent filter element and adsorbent cabin built in, which supports "drawer-style" pull-out replacement, and more centralized maintenance of consumables. The equipment can also display the maintenance cycle in real time through the main control screen, such as filter element cleaning reminders and adsorbent life countdown, reducing operation and maintenance costs by 40%.

Q: Compared with traditional oxygen production equipment, how is the energy consumption performance of modular oxygen production equipment?
A: The modular oxygen generator is equipped with an intelligent flow sensor, which can automatically adjust the number of modules in operation according to the real-time oxygen demand. For example, only one module is started during the low-load period at night, and the overall energy consumption is reduced by 30% compared with traditional single-machine equipment. In addition, the modular thermal management system can recycle adsorption heat for preheating the intake air source, further reducing power consumption by 15%, and achieving high efficiency and energy saving.

Q: Can the modular oxygen generator adapt to complex environments?
A: Absolutely. The module shell of the equipment is made of ABS flame-retardant material, with IP54 dust and moisture resistance level, and can operate stably in a temperature range of -10°C to 50°C and an altitude of less than 3,000 meters. The medical module is FDA/CE certified, and the industrial module complies with ISO 13485 standards. It has built-in overpressure relief (0.6MPa), hypoxia alarm (sound and light prompts when purity is <90%) and other multiple safety functions. Whether it is a plateau hospital or a factory in a hot and humid area, it can be used with confidence.

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