Skin pigmentation analysis system M6

It uses technologies like RGB imaging, UV light, or spectroscopy to scan the skin, assessing conditions such as moisture level, oil secretion, pigmentation, pores, and wrinkles for personalized skincare guidance. Working Principle : Skin analyzers primarily work by using advanced optical technologies, such as RGB cameras, UV light, and polarized light, to capture high-definition images of the skin's surface and subsurface layers. - RGB cameras capture visible details like skin tone unevenness, redness, and surface texture . - UV light penetrates the superficial skin layer to reveal hidden issues such as melanin deposits, sun damage, and clogged pores that are not visible to the naked eye. - Polarized light reduces surface reflection, allowing clearer observation of deeper skin structures, such as capillary dilation, inflammation, and collagen distribution. The collected image data is then analyzed by built-in software—some models even use AI algorithms—to quantify and categorize skin conditions, generating detailed reports with indicators like moisture level, oil secretion, elasticity, and pigmentation intensity. Detection Range of Skin Analyzers - Moisture and oil balance: Measures the skin's hydration level and sebum secretion . identifying dry, oily, or combination skin types. - Pigmentation issues: Detects existing spots (freckles, age spots), hidden melanin deposits, and post-inflammatory hyperpigmentation, assessing their distribution and severity. - Texture and pores: Evaluates surface smoothness, presence of fine lines/wrinkles, and pore size .