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10 x Fibroblast needles for plasma

£15.00

A fibroblast plasma needle is a non-surgical device that creates a controlled electrical arc (plasma) to tighten skin, reduce wrinkles, and remove blemishes. The device uses a high-frequency, low-temperature discharge to ionize gas between the pen tip and the skin, which vaporizes superficial skin cells. This process creates tiny carbon dots on the skin’s surface, triggering the body’s natural healing response to produce new collagen and tighten the underlying tissue. 
How it works
    • Plasma formation: The device ionizes the gas between its tip and the skin, creating a tiny arc of plasma, like a miniature lightning bolt.
    • Superficial vaporization: This plasma arc vaporizes the water in the skin’s epidermal cells at the point of contact, creating tiny, carbonized dots.
    • Tissue contraction: The heat and trauma from these points cause the surrounding tissue to tighten and contract instantly.
    • Fibroblast stimulation: The micro-injuries stimulate the fibroblasts in the lower layers of the skin to produce new collagen and elastin.
  • Healing process: The carbon dots flake off as the skin heals, and the new collagen continues to form for several weeks and months, leading to long-lasting results

 

SKU: 15.00 Category:

Description

A fibroblast plasma needle is a non-surgical device that creates a controlled electrical arc (plasma) to tighten skin, reduce wrinkles, and remove blemishes. The device uses a high-frequency, low-temperature discharge to ionize gas between the pen tip and the skin, which vaporizes superficial skin cells. This process creates tiny carbon dots on the skin’s surface, triggering the body’s natural healing response to produce new collagen and tighten the underlying tissue. 
How it works
    • Plasma formation: The device ionizes the gas between its tip and the skin, creating a tiny arc of plasma, like a miniature lightning bolt.
    • Superficial vaporization: This plasma arc vaporizes the water in the skin’s epidermal cells at the point of contact, creating tiny, carbonized dots.
    • Tissue contraction: The heat and trauma from these points cause the surrounding tissue to tighten and contract instantly.
    • Fibroblast stimulation: The micro-injuries stimulate the fibroblasts in the lower layers of the skin to produce new collagen and elastin.
  • Healing process: The carbon dots flake off as the skin heals, and the new collagen continues to form for several weeks and months, leading to long-lasting results