While often described as the fourth state of matter, plasma is actually a gas. Unlike ordinary neutral gases though, plasma is made up of positively charged and ionized molecules which are able to roam freely and fast. Plasma gas is thus able to do things that ordinary gases simply cannot do such as conduct electricity, create magnetic fi
While often described as the fourth state of matter, plasma is actually a gas. Unlike ordinary neutral gases though, plasma is made up of positively charged and ionized molecules which are able to roam freely and fast. Plasma gas is thus able to do things that ordinary gases simply cannot do such as conduct electricity, create magnetic fields and enable electrostatic interactions. We have miniaturized and perfected the use of plasma.
In simple terms; the Plasma Pen handpiece converts electrical energy into an electrostatic energy to create artificial nitrogen plasma.
Inside this device, an electrical discharge is made and as the charge collects on the surface of the barrier; a gaseous flash/arc of ionized plasma gas is safely released from about 1mm above the skin. Ult
In simple terms; the Plasma Pen handpiece converts electrical energy into an electrostatic energy to create artificial nitrogen plasma.
Inside this device, an electrical discharge is made and as the charge collects on the surface of the barrier; a gaseous flash/arc of ionized plasma gas is safely released from about 1mm above the skin. Ultimately, the device is heating and subjecting neutral atmospheric gases (in our case oxygen and nitrogen) to electromagnetism to create an electrically conductive cloud of ionized gas. We transmit that energized plasma in its gaseous form (nitrogen plasma), in a non-contact way, to the skins surface from above.
The nitrogen plasma energy the pen creates transfers rapidly through the skins epidermal layer all the way to the basal layer. This creates micro-trauma and 'wakes up' the fibrocytes. The thermal heat from the plasma arc creates a micro trauma to the area and the fibrocytes begin collagen synthesis. That’s why its called plasma FIBROBLA
The nitrogen plasma energy the pen creates transfers rapidly through the skins epidermal layer all the way to the basal layer. This creates micro-trauma and 'wakes up' the fibrocytes. The thermal heat from the plasma arc creates a micro trauma to the area and the fibrocytes begin collagen synthesis. That’s why its called plasma FIBROBLASTING. Plasma Pen is the only affective treatment outside of Plastic Surgery which can be performed on the eyelids.
As we age our dermal layer thins and the production of collagen molecules slows down dramatically and this leads to a deflationary effect on the surface of our skin causing us to get lines, wrinkles and sagging skin. As our skin deteriorates it loses laxity and texture, and the elastin begins to wear out, deform, and ‘slide’ over the col
As we age our dermal layer thins and the production of collagen molecules slows down dramatically and this leads to a deflationary effect on the surface of our skin causing us to get lines, wrinkles and sagging skin. As our skin deteriorates it loses laxity and texture, and the elastin begins to wear out, deform, and ‘slide’ over the collagen fibrils. This prevents them from maintaining a solid structure.
Plasma Pen was developed by Louise Walsh to deliver completely natural soft-surgery plasma fibroblasting with stunning, long lasting results. It is entirely designed to dramatically repair, reverse and mitigate the negative effects of ageing by using the state-of-the-art nitrogen plasma technology. Consequently, I can significantly tighten, lift, resurface, rejuvenate and regenerate practically any area of the skin - plasma fibroblasting.
Fibroblasts are the most common cells of connective tissue in the body and they are the only cells that can make Type III collagen. Type III collagen synthesizes alongside tougher Type I collagen over a period of about 3 months. Type I and Type III collagen is what helps provide the strength in our skins dense connective tissues and they
Fibroblasts are the most common cells of connective tissue in the body and they are the only cells that can make Type III collagen. Type III collagen synthesizes alongside tougher Type I collagen over a period of about 3 months. Type I and Type III collagen is what helps provide the strength in our skins dense connective tissues and they are famed for minimizing fine lines, wrinkles and micro-furrows and improving the elasticity, suppleness and hydration of our skin.
Most fibroblasts are inactive and are actually called fibrocytes. Fibrocytes will rarely undergo cell division and will not produce collagen unless they are specifically re-activated by a wound healing process or inflammatory response. I do precisely that with the Plasma Pen. That is why it is called PLASMA fibroblasting!
The formation of new epithelial tissue becomes visible as tiny carbon crusts which flake off within 3 to 7 days post-procedure. These carbon crusts serve as a natural and protective biological dressing and will flake off naturally as the newly formed and rejuvenated skin appears.
This treatment is the gift that keeps giving because, para
The formation of new epithelial tissue becomes visible as tiny carbon crusts which flake off within 3 to 7 days post-procedure. These carbon crusts serve as a natural and protective biological dressing and will flake off naturally as the newly formed and rejuvenated skin appears.
This treatment is the gift that keeps giving because, parallel to the rapid formation of new epithelial tissue, my nitrogen plasma treatment initiates a comprehensive healing response over the coming 12 weeks. This healing process includes: new collagen synthesis, the production of elastin, cross-linking between the collagen and elastin fibrils (the alignment and cross linking of collagen and elastin strengthens, plumps, inflates and lifts the structure of the skin above over a sustained period of time) and reverses the premature degeneration of dermal elastic tissue.
Many other exciting things happen including the formation of new blood vessels and the release of growth factors.
All the positive changes made with this treatment supports future tissue stability and helps prevent/mitigate/slow down many of the future negative effects caused by the ageing process.
