Pigmentation spots form due to an overproduction of melanin, the pigment that determines skin colour. This overproduction is often triggered by intense sun exposure, as the body attempts to protect itself from harmful UV rays. Areas frequently exposed to the sun—such as the face, backs of the hands and arms—are particularly affected. In addition to sun exposure, age, hormonal changes and genetic predisposition can contribute to these skin changes.
There are different types of pigmentation spots. Genetically influenced spots include freckles, which become more pronounced with sun exposure and fade in winter. Age spots, also caused by ultraviolet rays, appear more often with advancing age and concentrate in sun‑exposed areas.
Another example is melasma, also known as the pregnancy mask. This hyperpigmentation is caused by increased oestrogen levels, for example during pregnancy or when taking hormone treatments. Dark, irregular patches typically form on the face. They often fade after stopping the pill or after childbirth.
Post‑inflammatory hyperpigmentation occurs after injuries or skin inflammation such as acne or eczema. Without appropriate care, the skin can remain permanently darker. Certain illnesses or medications can also lead to pigmentation disorders.
The best protection against pigmentation spots is to avoid excessive sun exposure. Regular application of high‑SPF sunscreens and protective clothing reduces the risk. Existing spots can be lightened and further formation prevented with specialised skincare products containing active ingredients such as Thiamidol.
Complete and permanent removal of pigmentation spots on the face is not always guaranteed, as new spots can reappear due to external influences, particularly UV radiation. However, various treatment methods can significantly reduce existing pigmentation disorders.
Among the most effective methods are laser treatments and pulsed light therapies (IPL). Light is directed at the affected skin, heating and destroying pigment cells. Pigment residues are then transported away via the lymphatic system. Multiple sessions spaced several weeks apart are often required for optimal results.
Creams containing active ingredients such as vitamin C, retinol or hydroquinone can also help to lighten the skin. They stimulate cell renewal and, with regular use, reduce the visibility of spots. Chemical peels and microdermabrasion provide additional options by removing the top skin layer and promoting epidermal regeneration.
Pigmentation spots that appear during pregnancy often fade on their own after childbirth. If they persist, there are treatment options to consider after pregnancy, as not all methods are suitable for pregnant women.
Promising options include chemical peels, which remove the superficial skin layer and promote more even pigmentation, as well as laser and IPL therapies to reduce spots. These procedures should be performed by a dermatologist to minimise the risk of skin irritation or repigmentation.
A less invasive alternative is creams with skin‑lightening ingredients such as azelaic acid, vitamin C or niacinamide, which regulate melanin production and can fade spots. During pregnancy, certain actives such as retinoic acid and hydroquinone should be avoided because of possible risks.
Yes, existing pigmentation spots can indeed darken due to sun exposure. Hyperpigmentation results from increased melanin production triggered by various factors. These include not only sunlight but also medications, cosmetics or prolonged pressure on the skin.
A typical example is freckles, common in people with fair skin (skin type 1–2) after intense sun exposure. These spots usually fade when exposure decreases. However, UV radiation can both promote the formation of new pigmentation spots and intensify existing ones, making them appear darker. Therefore, it is important to use suitable sun protection when pigmentation spots are present to avoid worsening the skin condition.
Pigmentation spots can often be treated effectively with cosmetic products, but patience and consistent use are crucial. Melanin can be stored in the skin for years, so immediate disappearance of spots is unrealistic.
Chemical peels that stimulate cell regeneration are one option. Alpha‑hydroxy acids (AHA) and beta‑hydroxy acids (BHA) are two important actives. AHAs, often in the form of glycolic or lactic acid, promote the shedding of the top skin layers and leave a fresh, even appearance. BHAs, such as salicylic acid, also have anti‑inflammatory properties and are particularly helpful for blemishes. Both acids are best applied in the evening because they increase skin sensitivity and effective sun protection is essential during the day.
Another effective ingredient is azelaic acid, which acts as a mild peel and more quickly removes brown discolouration from skin cells. It refines pores and protects against free radicals. Niacinamide (vitamin B3) has a brightening effect on pigmentation spots by regulating melanin production and reducing the transfer of melanin to the upper skin cells.
Retinol, a form of vitamin A, accelerates cell turnover and helps reduce pigmentation spots and wrinkles. It should also be applied at night because skin sensitivity is higher during the day. Products containing licorice root extract and kojic acid can also contribute to melanin reduction by inhibiting the conversion of tyrosine into melanin. Vitamin C is not only a powerful antioxidant but can also help prevent and lighten existing spots.
Although pigmentation spots do not always disappear completely, their visibility and development can be significantly minimised with the right strategy. Consistent sun protection, targeted care and patience are key to sustainably improving the skin's condition.


