Argon Cold Plasma Fusion Jet Device

Description

The Argon Cold Plasma Fusion Jet Device is a true gem in the field of beauty technology. This device combines patented cold and hot plasma technologies into a single precise system, offering multifunctional and powerful professional equipment. The device consists of a handle with interchangeable probe attachments, which can be flexibly combined to precisely tailor various skincare and comprehensive rejuvenation procedures to individual needs.

The equipment utilizes advanced cold and hot plasma technologies, ionizing gases such as air or argon, which results in atoms or molecules in the gas losing or gaining electrons, transforming them into charged particles. This process successfully generates highly active plasma. This plasma carries rich energy and active substances that interact with the skin, delivering exceptional skincare benefits.

Among its features, the cold plasma handle employs unique ionization technology, using argon as the working gas to generate plasma with varying characteristics. The temperature of the cold plasma is precisely controlled within a range of 30℃–70℃, making it extremely gentle. This ensures not only powerful antibacterial and anti-inflammatory effects—effectively eliminating bacteria, reducing inflammation, and creating a healthy microenvironment for the skin—but also completely eliminates any risk of skin damage due to thermal exposure, providing truly gentle care. Whether addressing skin issues such as acne or dermatitis, haircare, treating infected areas, or wound care, cold plasma offers professional and effective solutions, maintaining skin and hair in optimal condition.

The hot plasma handle also demonstrates outstanding capabilities, rightfully earning the title of “skin master.” Highly active hot plasma penetrates deep skin layers, stimulating cellular activity, effectively promoting skin regeneration, revitalizing it, removing bumps and warts, smoothing the skin, and restoring its clarity. It is particularly effective in smoothing wrinkles and stimulating collagen and elastin production, restoring skin firmness. Additionally, the hot plasma handle excels at eliminating stretch marks, pits, and scars, providing reliable support for perfect skin transformation.

Technology

Plasma is the fourth state of matter, existing alongside solid, liquid, and gas. Cold plasma is formed through the ionization of gas molecules at low temperatures (in this case, using argon), resulting in the formation of high-energy ions and electrons. The application of cold plasma in skincare procedures helps cleanse the skin’s surface, eliminate bacteria, and stimulate skin cell regeneration while remaining safe and non-damaging to the skin.

Ionization, triggered by the energy of free electrons, alters the state of the gas. The energy applied at this moment includes heat, alternating current (AC), direct current (DC), radiofrequency (RF), and more. In the case of plasma, direct current (DC) is used as the energy source. Plasmas are classified based on the relative temperatures of ions (Ti) and electrons (Te).

Thermal plasma, also known as plasma in thermal equilibrium, exists at high temperatures. Electrons and heavy particles in nature are in thermodynamic equilibrium.

Example: Typical thermal plasma is generated through processes like atmospheric arc discharge, spark discharge, and flame combustion.

In the process of low-temperature plasma discharge, despite the very high temperature of electrons, the temperature of heavy particles remains very low, and the entire system is in a low-temperature state, which is why it is called cold plasma or non-equilibrium plasma.

Example: In a glass tube of a specific size filled with gas under specific pressure (e.g., argon, nitrogen, etc.), when the voltage of direct or alternating current is increased to a certain value, plasma is generated, which is cold. Such cold plasma is widely used in skincare for cleansing, sterilization, and stimulating cell regeneration.

Difference Between Cold Plasma and Hot Plasma

Cold Plasma: This is a low-temperature plasma, typically maintained below 40°C. This plasma generates active particles, including ions, electrons, and free radicals, which help eliminate bacteria and viruses while gently stimulating skin cell regeneration without causing harm.

Principle of Cold Plasma: Unlike thermal plasma, cold plasma does not rely on high temperatures to affect the skin. Instead, high-energy electrons in cold plasma trigger chemical reactions, producing free radicals that can eliminate bacteria, cleanse the skin, and promote wound healing.

Principle of Hot Plasma: Thermal plasma works by using high temperatures to vaporize layers of the skin. This process stimulates skin regeneration and promotes the production of collagen and elastin, which play a critical role in maintaining skin firmness and elasticity.

Hot Plasma, also known as high-temperature plasma, is a form of plasma often used in industrial processes but has recently been adopted in aesthetics. Thermal plasma reaches temperatures of thousands of degrees Celsius and is used for strong surface-level skin treatments to improve the structure of deeper skin layers.

Delivery Terms

100% prepayment for pre-orders, with delivery in 2-4 weeks.

Warranty Service Period: 1 year.