medicube Kojic Acid Turmeric Toning Cleanser 120g

medicube Kojic Acid Turmeric Toning Cleanser 120gMedicube Kojic Acid Turmeric Toning Cleanser offers a targeted solution for visibly reducing hyperpigmentation while maintaining the skins natural barrier function. This cleansing essential acts as a second skin, delivering a professional grade formulation that thoroughly purifies without stripping moisture. The unique whipped texture transforms into a rich, luxurious lather that gently removes impurities and excess oils, leaving the complexion

Medicube Kojic Acid Turmeric Toning Cleanser offers a targeted solution for visibly reducing hyperpigmentation while maintaining the skin’s natural barrier function.

This cleansing essential acts as a second skin, delivering a professional-grade formulation that thoroughly purifies without stripping moisture. The unique whipped texture transforms into a rich, luxurious lather that gently removes impurities and excess oils, leaving the complexion feeling balanced and refreshed. Its lightweight yet effective application supports daily use, ensuring your skin remains comfortable and resilient against environmental stressors.

Key ingredients include:

• Kojic Acid: Brightens the skin by inhibiting melanin production, helping to reduce dark spots and uneven tone.
• Turmeric Extract: Provides anti-inflammatory and antioxidant benefits that soothe the skin while enhancing radiance.
• Niacinamide: Strengthens the skin barrier and improves overall texture for a smooth, even complexion.
• Glycerin: Maintains hydration and supports skin suppleness during cleansing.

How to Use:

1. Apply a small amount onto damp skin and gently massage in circular motions to activate the whipped texture and build lather.
2. Rinse thoroughly with lukewarm water.
3. Follow with your usual toner and moisturiser to complete the routine.

The Ritual Tip: For enhanced brightening effects, use this cleanser morning and evening in conjunction with a broad-spectrum sunscreen during the day to protect against UV-induced pigmentation.