Smooth away the past. Advanced Fractional Lasers and targeted remodeling techniques to lift and fill deep, depressed chickenpox marks.
Chickenpox often leaves behind highly distinct, atrophic (depressed) scars. Unlike acne scars which are usually numerous and clustered, chickenpox scars are often solitary, sharply defined, and quite deep. They occur because the viral infection severely damages the dermal layer, leading to collagen destruction.
Because these scars are deep and "punched out," standard chemical peels or microdermabrasion are ineffective. At DermaTales, we use aggressive collagen-stimulating modalities—primarily Fractional CO2 Lasers and MNRF—to vaporize the rigid edges of the scar and stimulate massive new tissue growth to fill in the depression from the bottom up.
The Fractional CO2 Laser is ideal for chickenpox scars. We target the steep walls of the scar to smooth them down, making the borders less noticeable. Simultaneously, the deep thermal energy penetrates the base of the crater, triggering fibroblasts to produce an abundance of new collagen and elastin. As the skin heals, this new collagen plumps up the depressed scar, bringing it closer to the level of the surrounding skin.
Visibly raises the floor of the deep craters, evening out the skin surface.
Softens the sharp, 'punched-out' borders characteristic of chickenpox marks.
The newly generated collagen provides long-lasting, permanent structural improvement.
Because these scars are often isolated, we map out the specific craters to target aggressively.
Topical anesthesia is applied to ensure a completely comfortable procedure.
The CO2 laser is precision-fired into the scar beds and along the harsh borders.
After a brief healing phase, new collagen plumps the area over the next 4-6 weeks.
For very deep, wide chickenpox scars, laser alone isn't enough. We specialize in combining laser with Subcision or TCA CROSS in the same session for dramatic lifting.
Aggressive treatment of specific spots requires a skilled dermatologist to ensure blending without causing damage to surrounding tissue.