Take your texture-focused routine up a level with Medicube One Day Exosome Shot Pore Ampoule 7500, the more intensive version of Medicube's micro-spicule ampoule.
The formula combines naturally derived micro-spicules with Niacinamide, Lacto Exosome and exfoliating ingredients to help refine the appearance of enlarged pores and uneven texture. Betaine Salicylate and Gluconolactone provide gentle exfoliating care, while Panthenol adds moisture to keep the complexion feeling comfortable.
The micro-spicule technology gives the ampoule its distinctive tingling sensation on application. Compared with the 2000 version, the 7500 formula is better suited to users who are already familiar with this type of skincare and want a more intensive texture-refining step.
Key Ingredients
- Hydrolyzed Sponge – naturally derived micro-spicules that create the formula's distinctive application experience.
- Lacto Exosome (Lactobacillus Extracellular Vesicles) – complements the formula's texture-focused skincare benefits.
- Niacinamide – helps improve the appearance of enlarged pores and supports a brighter, more even-looking complexion.
- Betaine Salicylate – provides gentle exfoliation to help refine uneven-looking texture.
- Gluconolactone (PHA) – helps remove built-up dead skin cells and smooth the appearance of the skin.
- Panthenol – provides hydration and helps maintain a comfortable skin feel.
Key Benefits
- Helps refine the appearance of enlarged pores
- Smooths uneven-looking skin texture
- Provides gentle exfoliating care
- Supports a brighter, more even-looking complexion
- More intensive option within the Exosome Shot range
- Features naturally derived micro-spicule technology
- Absorbs easily without a heavy finish
Medicube One Day Exosome Shot Pore Ampoule 7500 is a good choice for users already familiar with micro-spicule skincare who want to focus on visible pores and uneven texture. If you are new to this type of formula or prefer a gentler introduction, the Exosome Shot 2000 may be the better starting point.
Size: 30ml