Zap Your Wrinkles Away: The Plasma Fibroblast Revolution
What is Plasma Fibroblast?
Plasma fibroblast is a non-surgical treatment for skin tightening and excess skin reduction that helps improve the appearance of the skin. It works by using the energy from plasma, an ionised gas, to stimulate fibroblast cells in the dermis, the thick layer of skin beneath the epidermis. Fibroblasts are collagen and protein producing cells that generate the extracellular matrix and play a key role in skin regeneration.
During plasma fibroblast treatment, the plasma creates micro injuries on the skin's surface that trigger the fibroblasts to go into repair mode. The fibroblasts then produce new collagen and elastin while also contracting excess skin. This process remodels and regenerates the skin, leading to a smoothing and tightening effect. Plasma fibroblast can improve skin laxity on areas like the eyelids, face, neck, jawline, décolletage, arms, abdomen, and knees. It provides skin rejuvenation without the downtime or risks associated with surgery.
The effects continue over the next several months as collagen regeneration peaks. With little pain or downtime, plasma fibroblast can deliver dramatic improvements to skin firmness and elasticity through the skin's own natural repair mechanisms.
How does Plasma Fibroblast Work?
Plasma Fibroblast treatment uses a handheld pen-like device that utilises electric energy to convert atmospheric gases into plasma. This plasma comprises ionised gas compounds like dinitrogen and others that instantly deliver thermal energy to the skin's surface. The plasma pen has a tiny tip that hovers above the skin and applies these gaseous compounds in a focused, controlled manner to only small sections of skin at a time, never touching the skin. This targeted plasma allows technicians to specifically treat wrinkled or loose areas around delicate parts of the face and body. As it traces across the skin, the hot plasma creates an array of microscopic injuries in the uppermost dermal layer.
The skin around these microscopic wounds remains unaffected. This prompts the healing process as deeper fibroblasts rush to repair the damage and, in the process, rebuild collagen and elastin lost to ageing. The plasma pen provides similar skin renewal results as more invasive surgical face-lifts, skin resurfacing laser treatments or injectable fillers and wrinkle relaxers but with very little pain or downtime. It is an appealing skin tightening alternative with no cutting, needles or prolonged recovery.
Is Plasma Fibroblast Effective?
Plasma fibroblast treatment has a proven track record, having been performed safely for years in Europe and North America. Oftentimes called “soft surgery,” it can achieve long-lasting, subtle results on par with traditional surgical lifts or facelifts. The natural skin tightening and collagen rebuilding process results in a gradual lift over the succeeding months post-treatment, without leaving skin overly taut or unnaturally tight.
The precise plasma arcs gently coax underlying fibroblast cells to ramp up production of key structural proteins like collagen and elastin fibres. Skin progressively self-renews and self-repairs, as the continuing production of new collagen, elastin, and other extracellular compounds provides ongoing improvements in elasticity and firmness. Tissues contract and lift from the inside-out as the skin’s foundational supportive matrix strengthens over time. Patients enjoy a vibrant, youthful appearance with smooth, natural-moving facial expressions and minimal change in visible facial features or dynamics.
Conclusion:
Plasma fibroblast is a minimally invasive, wrinkle-reducing skin treatment that uses plasma energy to trigger a self-repair and skin regeneration process. A handheld plasma pen device directs a focused electric arc to create microscopic injuries in the outermost skin layers, leaving surrounding tissue unaffected.
This kick-starts collagen production from deeper fibroblast cells, gradually tightening skin over the course of several months through natural healing mechanisms. With little downtime or disruption, subtle yet noticeable improvements in skin laxity and ageing concerns can emerge. Plasma fibroblast provides skin rejuvenation and lifting comparable to surgery or lasers, but with far less risk, pain, and recovery time.
