Bio Pore Peeling Mirapad ( .)

resear Bio Pore Peeling Mirapad is a low-irritation exfoliating pad developed through 20 years of skincare research, designed to deliver visible pore refinement and smoother skin texture without compromising the skin barrier. Each pad combines gentle chemical exfoliation with the brand's patented DERMA-CLERA® soothing technology — making it suitable even for sensitive skin types.

The dual-sided pad design provides targeted action in a single step: the textured side lifts away dead skin cells, excess sebum, and surface impurities from within the pores, while the smooth side replenishes the skin with calming, hydrating actives. The result is visibly refined pores, an even skin surface, and a strengthened barrier after every use.

Formulated with AHA and BHA exfoliating acids alongside the patented DERMA-CLERA® complex, the Pore Peeling Mirapad delivers professional-grade exfoliation with minimal irritation — a daily-use solution for congested, uneven, or enlarged-pore-prone skin.

AHA (Glycolic Acid / Lactic Acid) — Alpha hydroxy acids that dissolve the bonds between dead skin cells on the surface, promoting cell turnover, brightening dull skin, and visibly smoothing uneven texture over time. BHA (Salicylic Acid) — A oil-soluble beta hydroxy acid that penetrates deep into pores to dissolve sebum plugs, reduce blackheads, and minimize the appearance of enlarged pores.

Particularly effective for oily and combination skin. DERMA-CLERA® Complex — Patented soothing complex (Patent No.

10-1127156, 10-1768870) that calms post-exfoliation sensitivity, reduces redness, and reinforces the skin barrier — ensuring the peeling formula is well-tolerated with regular use. Niacinamide — Brightens hyperpigmentation left by clogged pores, minimizes pore appearance, and regulates sebum production.

Works in synergy with exfoliating acids to refine and clarify the complexion. Adenosine — Supports skin renewal and firmness post-exfoliation, helping to restore a smooth, youthful-looking surface as the skin regenerates.