CEVI Alpha Arbutin Serum 30ml

Alpha Arbutin Serum from CEVI is a 30ml face care product formulated to help skin achieve a more even tone while gradually reducing the look of dark spots caused by pigmentation, sun exposure, or past breakouts. The formula is built around alpha arbutin, one of the most studied ingredients in the skincare world for gentle, gradual brightening.

Alpha arbutin is a naturally derived compound that works by limiting the activity of tyrosinase, the enzyme responsible for melanin production in the skin, which is why it is often favored as a milder alternative to harsher brightening agents. This lightweight serum fits easily into a daily skincare routine and layers well with other face care products.

Benefits

• Helps gradually fade the appearance of dark spots and discoloration.
• Supports a more even-looking skin tone with regular use.
• Lightweight texture that absorbs quickly without a sticky feel.
• Easy to combine with other steps in your skincare routine.

Key Ingredients

The serum contains alpha arbutin, a compound that limits tyrosinase activity at an early stage of melanin formation, helping to reduce the appearance of new discoloration over time. It is known for being generally well tolerated on the skin compared to stronger brightening ingredients.

How to Use

Apply a small amount to clean, dry skin in the morning or evening, gently massaging until fully absorbed. Follow with a suitable moisturizer, and always use sunscreen during the day for the best results.

Who Is It For?

This serum suits anyone dealing with uneven skin tone or mild dark spots, and is generally suitable for all skin types, including relatively sensitive skin. A patch test is recommended before first use.

Precautions

For external skin use only; avoid contact with eyes. Daily sunscreen is recommended when using brightening products. Discontinue use if redness or irritation occurs, and consult a skincare specialist or doctor if symptoms persist. Keep out of reach of children and store in a cool place away from direct sunlight.