What is Plasma?

Plasma is a versatile term often associated with different areas:

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Technology: As in plasma screens and neon lights.

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Natural Phenomena: Lightning, auroras, stars, and the ozone layer.

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Biology: Blood plasma, the liquid that remains when the cells of the blood are removed.

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In the world of physics and chemistry, plasma is defined as an energy-rich state of substance where one or more electrons are freed from the atom, resulting in the gas atoms being positively charged and the electrons negatively charged. Externally, plasma appears as an ionized gas and is considered the fourth state of atoms and molecules. The other three states are solid, liquid, and gas.

Security Aspects

The technology has been developed with a focus on safety - safe for both humans and animals, and with consideration for the environment.

Cold plasma technology is at the core of our products, offering effective disinfection and treatment without the risk of harmful chemical residues or toxic byproducts.

What is Cold Plasma?

Cold plasma is a special form of plasma that is not as hot as the plasma we know from stars and lightning.

In cold plasma, only the electrons are heated, while the other particles, such as atomic nuclei and neutral atoms, remain relatively cold. Think of it as a soup where only a few ingredients are heated while the rest remain cool.

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This unique property makes cold plasma ideal for several purposes. It is effective for cleaning air, water and for surface treatment, and is also used to sterilize medical equipment. Its ability to kill bacteria and promote cell renewal also makes it a valuable tool in wound care and skin regeneration.

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Cold plasma offers the benefits of plasma without the extreme heat.

How is Plasma Formed?

Plasma is created through a process called thermal ionization, where atoms and molecules are broken down under the influence of high temperatures. However, ionization of gases can also be achieved through electrical discharges in gases under vacuum conditions.

How Does it Work?

Cold plasma generates ionized particles and reactive oxygen species, which damage the cellular structures of microorganisms, including DNA and cell membranes. This process leads to the inactivation or death of these harmful microbes.

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At the same time, cold plasma has been shown to promote cell renewal and tissue repair. This is due to its ability to stimulate cell communication and improve blood circulation, which is essential for the healing process.

Furthermore, cold plasma contributes to reducing inflammation and enhancing the immune response, helping the body recover faster from injuries or infections.

Summary

Cold plasma is an innovative technology and a valuable tool in medical science.

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Because it operates at low temperatures, it possesses a number of unique properties within disinfection, cell renewal, and enhanced immune response.