Service Description

What is Plasma Fibroblasting? Plasma fibroblasting is a skin rejuvenation treatment designed to firm the skin, smooth fine lines and wrinkles, and improve the appearance of acne scars. How It Works Procedure: During the treatment, a pen-like device transforms electrical energy into ionized gas. When this gas contacts the skin, it produces heat energy, causing controlled microtrauma. Healing Response: This microtrauma initiates the body’s natural healing process, activating fibroblast cells in the dermis. These cells then stimulate the production of new collagen and elastin. Applications Plasma fibroblasting is commonly used . Benefits High Precision: Targets specific areas effectively. Short Operation Time: Quick procedure duration. No Bleeding: Minimizes bleeding due to the cauterizing effect. Minimal Tissue Damage: Less harm to surrounding tissues with rapid protective layer formation. Fast Healing: Promotes quick recovery. Immediate Return to Activities: Patients can resume daily activities immediately. No Visible Scars: Reduces the risk of scarring. No Hyperpigmentation: Lower chance of skin discoloration. No Infection: Decreased risk of infection. Minimal Pain: Procedure is generally well-tolerated with slight discomfort. Slight Inflammatory Reaction: Minimal inflammation post-treatment. Effectiveness and Safety Although plasma fibroblast therapy is a newer technique, making the available evidence on its effectiveness limited, it is considered a promising alternative to more invasive procedures like lasers, injections, and surgeries. The therapy uses plasma, a hot, gas-like substance, to stimulate fibroblast cells in the deeper skin layers to repair the outer layers. This process utilizes plasma, the fourth state of matter, which is created by applying energy to a gas, forming a cloud of charged ions that emit electromagnetic radiation. Procedure Details During the procedure, a trained professional uses a pen-like device that discharges plasma. This device releases a targeted, hot electric current to create micro-injuries on the skin. These micro-injuries activate fibroblasts, prompting them to repair and regenerate the skin, resulting in a tighter and more youthful appearance.