Features: 1. It uses air as raw material and uses the principle of cross-pressure adsorption to directly extract oxygen from the air. This physical separation method only consumes electricity, and the oxygen production is green, safe, environmentally friendly and economical.
2. The use of air purification dryer can make the dew point of compressed air s-46'C after treatment, the highest can reach -70'C, thereby improving the service life of molecular sieve and ensuring the oxygen quality of oxygen generator.
3. Use unqualified oxygen return device to ensure the quality of oxygen. At the oxygen outlet of each set of equipment, there is a lithium ion flow oxygen transmission sensor. In this process, if the oxygen purity does not meet the set requirements, the automatic return device will start immediately to stop outputting oxygen and return unqualified oxygen to the adsorption tower. Supply oxygen normally until the oxygen concentration is qualified.
4. Each oxygen generator is equipped with a high-precision mass flow meter at the exit, which monitors the oxygen flow accurately in real time.
5. The equipment adopts PLC automatic control system. Audible and visual alarm prompts system emergency stop.
6. Using patented air-iron compacting device and special filling, the molecular sieve can be durable. The service life is much longer than other brands of oxygen generators.
7. Molecular sieves do not need to be regenerated during the use cycle.
8. Fast gas production. Qualified medical oxygen can be produced within in 30 min after first starting and within 10 minutes of restarting.
9. Patented in-line muffler technology. The voice of the whole equipment is below 85 decibels.
10. The entire equipment can be designed to be placed in the machine room according to user requirements. The equipment has a beautiful appearance and a small footprint.
11. The perfect after-sales service system provides users with high-tech products and perfect services.

"DYO-Y" series medical molecular sieve oxygen generator uses zeolite molecular sieve as the adsorbent and uses Pressure Swing Adsorption to produce medical oxygen. During the oxygen production process, the original air and the finished oxygen are filtered and purified layer by layer to ensure that the finished oxygen produced meets various medical technical specifications.