Deep Vita C Ampoule 2.0 10g x 3 pcs

Description

Medicube Deep Vita C Ampoule 2.0 is a powerful serum enriched with 14.5% pure vitamin C, designed to even out skin tone and reduce hyperpigmentation. This hypoallergenic, water-based ampoule helps reduce dark spots, freckles, and age spots, providing a clearer and more radiant complexion.

The formula also contains Alpha-bisabolol, known for its soothing and radiance-enhancing properties, making the product ideal for sensitive skin. Clinical tests have shown visible results within 7 days, with a 9.1% reduction in freckles and spots, and a 4.8% improvement in skin tone.

Benefits:

• Contains 14.5% pure vitamin C to brighten and even out skin tone.
• Effectively reduces hyperpigmentation, dark spots, and freckles.
• Enriched with Alpha-bisabolol for soothing and radiance-enhancing properties.
• Clinically proven results in 7 days with visible improvements.
• Hypoallergenic formula, ideal for sensitive skin.
• Easy to use both morning and evening.
• Improves skin elasticity and provides a radiant glow.

Usage:

1. Cleansing: Start by thoroughly cleansing the face to remove dirt and impurities.
2. Toner: Apply a toner to balance the skin’s pH and prepare it for subsequent products.
3. Application of ampoule: Take an appropriate amount (usually 2-3 drops) and distribute evenly over the face, avoiding the eye area.
4. Absorption: Use fingertips to gently pat in the product and facilitate its absorption.
5. Moisturizer: Finish by applying a moisturizer to retain moisture and provide extra nourishment to the skin.

Time of use: The ampoule can be used both morning and evening. If used in the morning, make sure to apply sunscreen afterward, as vitamin C can increase the skin’s sensitivity to the sun.

Storage: To preserve the product’s effectiveness, the ampoule should be stored in a refrigerator.

Note: To avoid irritation, do not use this product together with other products containing retinol, AHA acids (such as lactic acid), BHA acids (such as salicylic acid), or niacinamide.