TIME IS OUT OF THE ESSENCE
TIME IS OUT OF THE ESSENCE
NEW EXPECTATIONS, INNOVATIVE PRODUCTS
WHAT IS PLASMA?
Plasma, often called the fourth state of matter, is an ionized gas containing roughly equal numbers of positively charged ions and negatively charged electrons. This ionization occurs when sufficient energy is applied to a gas, such as when it interacts with the atmosphere. In plasma skin treatments, when the device is held at the appropriate distance from the skin, this energy ionizes the surrounding air, primarily oxygen and nitrogen, creating a small-scale electrical arc, resembling a tiny lightning bolt.
When the plasma arc contacts the skin, it instantly vaporizes superficial skin cells through a process called sublimation. This controlled vaporization causes the surrounding skin to contract, resulting in immediate tightening and a lifting effect. While the targeted skin cells are vaporized, they don't burn; they simply flake off naturally during the healing process. This treatment also stimulates fibroblasts in the deeper layers of the skin to produce new collagen and elastin, leading to further skin tightening and rejuvenation over the following weeks.
Our team designed and generated innovative cold atmospheric plasma devices and incline acoustic adaptive technologies systems. AviXéla's cold plasma technology is ideally suited for biological surfaces treatment. It effectively cleans and decontaminates surfaces and systems, enhancing the wettability of materials to improve the interaction with biological fluids. In medical device manufacturing, it strengthens material adhesion during assembly, while surface finishing processes using AviXéla's plasma technology can impart desired properties like hydrophobicity, hydrophilicity, and anti-thrombogenicity.
OUR NEXT GENERATION PLASMA DEVICES WITH CLINICAL EFFICIENCY
Nanotechnology is the interdisciplinary field and utilization process of high-quality nanomaterials that combines the basic attributes of biological, physical, chemical, material sciences, and engineering. It provides a link between classical and quantum mechanics in a mesoscopic system being used to manufacture natural nano assemblies, including food, consumer products, water cleaning, information technology, and nanotools for treatment and diagnostics. The applications of these nanomaterials have escalated in the last fifteen years and currently are gaining momentum.
Recognizing the environmental challenges, AviXéla advance fundamental research in nanomaterials physics to gain a deeper understanding of matter and energy. We apply quantum information science to transform technology and advanced materials research to energy challenges that are critical towards a net-zero carbon economy. Nevertheless, nanotechnology has a broad application in performance materials, developing nations are still lagging to meet their industrial applications. Using advanced plasmonic technology, our team designed and implemented cutting edge incline systems and devices that are relatively efficient, productive, and reproducible.
Our team reconcile the use of alternate technology along with the use of renewable sources by coupling plasma on catalyst and catalyst on plasma in pilot-scale devices, capable to produce nanoparticles from any noble, alloy, and compound (including oxygen free) metals over the different interface substrates and solutions. The main advantages we can offer are:
(1) ultra-fast one pot reproducible reactions;
(2) device can be adapted to different power sources, DC or AC.
(3) nanosynthesis of highly concentrated nanoproducts over the large volume;
(4) device can be controlled for variable NPs size synthesis;
(5) do not require use of solvents over the clean processes, hence almost none or not waste is generated.
Being concerned about financial standing of technologies due to the natural resources in the world shrinking excessively, we think that these methods provide a gateway to this problem. Our technology is clear, cleaner, more affordable, compared to previous mass bulking and heavy machinery, and can play significant environmental role to play in reducing energy consumption.
NON-INVASIVE ANTI-AGING AND ANTI-INFLAMMOTARY PLASMA DEVICES
As we age, collagen and elastin production naturally declines, leading to skin sagging and wrinkles. This process is accelerated by factors like UV exposure, genetics, and stress. AviXéla designing, prototyping, and validating Plasma Jet Devices, PlasmaVi, and Plasma Masks, RePlasm, as a proven cold plasma technology that lifts and tightens loose skin, especially focusing on the eyelids and facial areas with instant results. Both of them can offer effective skin rejuvenation treatments, helping to restore a more youthful appearance. Over time, this boost in collagen production can help firm and tighten the skin while also reducing the appearance of wrinkles, fine lines, enlarged pores, acne scars, and other common skin concerns.
Plasma Jet treatment is a non-invasive skin rejuvenation procedure. It creates controlled micro-injuries on the skin's surface, similar in principle to microneedling, triggering the body's natural healing response and stimulating collagen, elastin, and hyaluronic acid production. Plasma pen treatments often provide longer-lasting results than traditional microneedling, with some patients experiencing improvements for years. Its precision also allows for targeted treatment of delicate areas, such as around the eyes. Both microneedling and plasma fibroblast therapy are effective options for addressing common signs of aging like wrinkles, fine lines, and sagging skin. A consultation with a skincare specialist can help determine the best treatment for individual needs.
PLASMA PEN REJUVENATION
The Plasma Pen and Plasma Mask provide a non-surgical solution to lift, tighten and shrink excess skin. A non invasive and inexpensive alternative to other treatments affects:
- Excess eye bags and eyelids
- Crepey neck and décolleté
- Skin lesions (moles)
- Lines, wrinkles, lips and forehead
- Acne Scarring
- Skin tags and more
PLASMA JET CLINICAL APPLICATIONS
Cold atmospheric plasma has been shown to be safe and effective in numerous surgical procedures where precise delivery of energy coupled with minimal thermal spread to adjacent tissue is important for controlled cutting, coagulation, and ablation of tissue.
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