Medicube Azelaic Acid Exosome Shot - 30 ml

Medicube Azelaic Acid Exosome Shot combines micro-sized spicules with Azelaic Acid, Niacinamide and Exosomes to target blemishes, pigmentation, enlarged pores and blackheads. Its lightweight, fast-absorbing formula supports clearer, brighter-looking skin while helping restore the natural barrier. Made in South Korea.

Inspired by micro-needling, the formula's Hydrolyzed Sponge spicules help deliver active ingredients deeper into the skin. Azelaic Acid clears pore-clogging dead skin cells and sebum while soothing irritation, as Niacinamide promotes a more even-looking complexion and Exosomes support cell regeneration and overall skin health.

Why customers love it

• Micro-sized spicules — mimic micro-needling to enhance the delivery of active ingredients
• Azelaic Acid — helps clear dead skin cells, excess sebum and clogged pores
• Niacinamide — improves the look of hyperpigmentation and uneven skin tone
• Exosomes — support cell regeneration and help restore the natural skin barrier
• Multi-concern care — targets blemishes, pigmentation, enlarged pores and blackheads
• Lightweight texture — absorbs quickly for efficient application without heaviness
• Vegan and cruelty-free — suitable for a conscious skincare routine

Perfect for: blemishes, acne-prone skin, blackheads, enlarged pores, excess sebum, pigmentation, uneven skin tone, sensitive skin, dry skin, oily skin.

Niacinamide — brightens and supports barrier

Azelaic Acid — targets blemishes and discoloration

Hydrolyzed Sponge — promotes resurfacing and delivery

Betaine Salicylate — gently exfoliates clogged pores

Salicylic Acid — clears congested pores

Milk Exosomes (10 ppm) — supports skin renewal

Centella Triterpenes (Madecassoside, Madecassic Acid, Asiaticoside, Asiatic Acid) — soothe and support repair

Ceramide NP — reinforces the moisture barrier

1. Begin with clean, dry skin.
2. Dispense 1-2 pumps onto the face.
3. Spread gently across the areas of concern.
4. Tap the skin until the formula is fully absorbed.