Sun protection, beauty and expert care in one summer routine.

Solar radiation induces a complex biological response in the skin. With each exposure, multiple mechanisms are activated, including increased melanocyte activity leading to hyperpigmentation, collagen degradation contributing to photoaging, activation of inflammatory pathways increasing skin reactivity, and elevated oxidative stress causing cumulative cellular damage.

The most significant impact occurs at a subclinical level, where UV radiation induces DNA damage, altering skin function over time. Therefore, sun damage is progressive and cumulative, affecting both the appearance and function of the skin.

SPF alone is not sufficient to evaluate protection against pigmentation, as it mainly measures UVB protection. However, melanogenesis is strongly influenced by UVA radiation and visible light.

For this reason, two sunscreens with the same SPF can deliver very different outcomes. In skin prone to hyperpigmentation, it is essential to select formulations that also provide protection against visible light.

Tinted sunscreens, such as BB Cream or Cover Age, offer an advantage by incorporating pigments that help block this type of radiation.

Chemical filters absorb solar radiation and allow for lighter, more cosmetically acceptable formulations. In contrast, mineral filters reflect radiation and are particularly suitable for sensitive or post-procedure skin.

In current professional practice, the most effective strategy is to combine both types of filters, as this enables broad-spectrum protection, improved skin tolerance and better daily adherence.

Formulations such as Sun Defense Oily Skin, Cover Age or BB Cream integrate both types of filters. As a practical tip, the presence of ingredients such as titanium dioxide, also known as CI 77891, in the INCI indicates the use of mineral filters.

Photoprotection should be individualized according to phototype, as the skin’s response to solar radiation varies.

Lower phototypes have a higher risk of erythema, actinic damage and photoaging, requiring consistent high-level protection. Higher phototypes, on the other hand, are more prone to hyperpigmentation, making UVA and visible light protection essential.

The use of tinted sunscreens such as Cover Age or BB Cream helps improve control of melanogenesis, while shade adaptation enhances daily use and adherence.

Sunscreen selection should be based on both skin type and context.

For normal skin, lightweight and comfortable formulations are preferred. For oily or acne-prone skin, oil-free and mattifying formulas are essential. For sensitive or post-procedure skin, high-protection formulations with corrective effects are recommended.

In skin prone to hyperpigmentation, BB Cream allows protection and complexion-enhancing care to be combined in a single step. Proper recommendation is key to supporting adherence and visible results.

After an aesthetic procedure, the skin may present controlled inflammation and a temporarily impaired barrier function. In this context, sun exposure may contribute to post-inflammatory hyperpigmentation, increased erythema and slower-looking recovery.

Additionally, UV radiation activates melanogenesis and oxidative stress, which may compromise the visible outcome of the procedure. Therefore, photoprotection should be considered an essential component of any professional aesthetic protocol.

During summer, melanocyte activity is increased, raising the risk of post-inflammatory hyperpigmentation. Therefore, aggressive procedures are not recommended.

However, pigmentation can be managed through controlled protocols, maintenance routines and strict photoprotection. The goal is to stabilize the skin and help prevent reactivation.

Pigment rebound is directly associated with melanocyte activation and uncontrolled sun exposure. Even when the appearance of pigmentation has improved, radiation can reactivate melanocytes and lead to new visible pigmentation.

To help prevent this, strict photoprotection, visible light protection and minimizing skin reactivity are essential. Consistency in the daily routine is a key factor.

After sun exposure, the skin presents oxidative stress and impaired barrier function, requiring more than simple hydration.

Formulations should include antioxidant, regenerative and barrier-supporting actives. Ingredients such as maslinic acid and Sphingomonas ferment extract, present in products like Perfect Glow, help support the skin’s recovery after sun exposure.