AIR MED PRO By Fintek
Air purifier
2025
Air Med Pro is the only product on the market, in a transportable and monoblock form, capable of purifying the air of indoor environments with a medical grade certified by independent laboratories. This is the main reason for its use in medical offices, dental offices, nursing homes and patient rooms.
No product on the market is able to reach this level of purification and certification as no one uses the ESP technology which is the heart of this product, an expensive technology but capable of achieving excellent results.
Plasma Catalytic Purification Technology-TVOC
Under the action of a catalyst, OÑ is transformed into oxygen ion (O -, O +) and hydroxyl radical (hydroxyl), which are generated in the electrostatic precipitator.
These oxygen ions and hydroxyl radicals have strong oxidation and react with toxic organic compounds, which can be immediately degraded into CO2 and H2O, at the same time the organic free radicals generated during the reaction can continue to join the chain reaction and further oxidation and decomposition, accelerated the degradation of toxic organic compounds such as bacteria, fungi and especially viruses, thus losing their activity and reproduction ability.
Ionic and UV-C Germicidal Sterilization Technology
The ESP unit, by generating high-energy active ions, is able to destroy all types of cellular structures, including bacteria, viruses, and mold. In addition, the combined action with the germicidal UV-C lamp that produces light in the particular ultraviolet spectrum (between 200 and 280 nm). This is the basis of algae control systems and disinfection systems based on ultraviolet (UV) radiation; it is in fact this particular wavelength that allows the DNA of microorganisms to be inactivated, inhibiting their ability to proliferate and therefore contaminate. UV-C exposure inactivates microbial organisms such as bacteria, fungi, spores and viruses through an exclusively physical and non-chemical process as the radiation is absorbed by the molecules of the cell nucleus, altering the structure of the molecular bonds of DNA (deoxyribonucleic acid) that these organisms use to reproduce. By destroying the organism's ability to reproduce, it becomes harmless as it cannot colonize. In fact, after UV-C exposure, the organism dies without leaving offspring and the population of the microorganism rapidly decreases.
The Air Med Pro device is designed to reduce the speed of the air to a minimum as it passes through the germicidal UV-C section. In this way, thanks to the irradiation intensity and the slow transit of the air to be treated, a further sterilizing action can be obtained.
Adaptive Ozone Control Technology
ESP filters due to the high pressure ionization of the air always create a percentage of Ozone, as we have already highlighted, trivalent oxygen creates a strong virucidal and bactericidal action, at the same time it is dangerous for human health and the directive imposed by the WHO sets the limit of 0.1-0.05 ppm in closed environments so as not to create disturbances to the mucous membranes of the respiratory tract. The innovative technology of Medical air pro guarantees, through certified tests, an Ozone production lower than 0.012 ppm well below the limits imposed by the current international legislation. The control of the Ozone level is adaptive, that is, the microprocessor modulates the value of the high voltage supply of the ionizing and capturing part, keeping its level low. This modulation system, the result of our patented technology, also allows to avoid short circuits or sparks of the ESP section when the filters are very dirty; a sensor measures the level of solid residue collected by the capturing plates and highlights the necessary maintenance of the machine on the control console via a light.
There are rudimentary products on the market that exploit active electrostatic filtration technology, but none of these have electronic management capable of adapting the power supply voltages as Medical air pro does, which in fact is the only product capable of emitting ozone at very low levels, 0.012 ppm, five times lower than the minimum limit required by current international regulations imposed by the WHO (World Health Organization).
