A3 Skin Analyzers - Invaincu Skin (2025)

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Emergency Analysis

Priority display of urgent skin problems, dynamic skin condition display

Rank Analysis

Analysis results are displayed comprehensively and dynamically(Purple is poor, yellow is warning, and green is good

Focus Analysis

The more serious skin problems will be displayed priority, click on the image to enlarge the focus

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Text report of a single detection item, click on the level analysis of different detection items, the single report of this part can be updated in real time.

White light

Theory

Visible spots and other blemishes on the skin surface (acne, stains, wrinkles, pores, etc.) under natural light sources, which are mainly used as the basis for other spectral image comparison.

Positive polarized light

Theory

Positive polarized light can improve the clarity of superfacial texture, magnify local details, so as to clearly observe the smoothness of skin, fine lines and wrinkles and bumps (wrinkles, pores, potholes, pimples, etc).

Negative polarized light

Theory

Using negative polarized technology to filter out the refracted light on the skin surface, so that you can clearly examine the light brown, tan, dark brown, light yellow or dark red skin lesions; It can distinguish the condition of capillaries, facial acne, uniformity skin and other skin problems.

Wood’s light

Theory

Wood’s light can detect deep pigments in dermis. The principle behind this is that melanin does not fluoresce after exposure to ultraviolet radiation, allowing melanin to stand out more clearly with stronger contrast.

UV light

Theory

Under UV light source, the content and distribution of the purple pigment bilirubin are displayed clearly through fluorescence, which can be used for the auxiliary diagnosis and efficacy observation of pigmentary dermatoses, pore issues, skin infections, and porphyria.

Brown light

Theory

The position, area, shape, and severity of subcutaneous facial UV spots are processed by using RBX light source technology, which demonstrate skin damage from UV radiation and the accumulation of subcutaneous melanin.

Red light

Theory

Used to analyze subcutaneous hemoglobin and inflammatory pigment deposition on the face, such as sensitivity, skin lesions, acne, erythema, etc.

Mixed light

Theory

Skin texture roughness and collagen loss were revealed by polarizing analysis.

• The image displays pigment deposition formed in the superficial layers of the skin, including acne scars, pigmentation, and inflammatory pigmentation.
• Pigment may exist in both deep and superficial layers of the skin. This image can be compared with a deep pigment image. If pigment is present in the superficial layer but not in the deep layer, it indicates that the pigment is only deposited in the superficial layer of the skin.
• Please refer to the examples below the report to determine the type of pigmentation.

• Algorithm identifies the integrated facial spots and marks them with polygonal curves.
• Algorithm recognize will avoid the eye and lip areas to reduce eyelashes and lip hair interference.
• Provide different type of pigment pictures and text, to identify different types of pigment.

• Picture shows blue marks, which is generated through Wood’s light, and the blue color is not used for analysis.
• Dark (black, brown) patches or spots on the face, showing skin pigmentation (such as melasma, freckles, cheekbone plaques, inflammatory pigmentation, acne marks, heme aggregation, etc.).
• Please compare the deep pigmentation picture with sensitivity picture to distinguish whether it is an inflammatory heme buildup or a stain problem

• Fluorescent agent and pigment problems may appear in the face image at the same time, to see the fluorescent agent only need to look at the fluorescence reaction.
• The difference between the fluorescent agent and the porphyrin is that the porphyrin shows brick red fluorescent spots, and the fluorescent agent shows high blue light and is mostly large-area flake.
• The difference between the fluorescent agent and the facial dust is that the facial dust presents a white light and floats on the surface.

• The brown color of the skin is mainly related to skin tone, and people with darker skin tone or more hemoglobin have darker pigment.
• Darker pigmentation area generally corresponds to higher pigment density.
• This picture can be compared with Wood’s picture to recognize deep pigment.

• The red fluorescent spots showed in the picture are propionic bacterium acnes and Malazzia. Propioni bacterium acnes and Malassezia are two types of bacteria that can exacerbate the formation of acne on the skin. Therefore, they can serve as indicators for diagnosing skin acne.
• The survival environment of Propioni bacterium acnes and Malassezia in acne requires the presence of sebum. Therefore, they can serve as indicators of sebum accumulation in skin pores.

• Negative Polarized light is used to observe the distribution of acne on the skin as well as the superficial redness condition.
• The sebum map shows the distribution of yellow fluorescence, with areas of yellow fluorescence indicating the current surface oiliness of the skin.
• Excess sebum is one of the factors that trigger acne growth. Therefore, please take care to control oiliness, especially in cases of acne.

• In a positive polarized light source, you can observe the situation where pores have already enlarged on the skin surface, contrasting it with black images for comparison.
• In black images, areas of enlarged pores in the skin are processed using RBX technology to present a stronger contrast with smoother areas, allowing for a clearer and more intuitive view of the areas where pores have enlarged on the facial skin.
• Blackheads form in the skin’s nasal area due to excess accumulation of sebum and air oxidation. Regions with enlarged pores are more prone to accumulate sebum and dust from the air. Therefore, timely cleansing and moisturizing are essential to reduce the formation of enlarged pores.

• In a negative polarized light source, we can observe the redness condition of the superficial skin as well as the distribution of blood vessels.
• The obvious distribution of telangiectasia in the polarized light source means that the skin is thin and sensitive and need proper nursing care.
• The depth of the red background in the red images is related to the overall skin tone, individuals having lower levels of hemoglobin appearing lighter red background.
• The areas with more concentrated redness indicate accumulation of hemoglobin in the skin, and these concentrated areas can serve as reference points for assessing the sensitivity of the skin and the presence of inflammation.

• In a positive polarized light source, we can observe the texture condition of the skin surface.
• The mixed light image presents the condition of rough skin texture, such as enlarged pores, fine lines, and wrinkles, which can serve as reference for assessing skin smoothness and collagen loss.
• The more discontinuous lines in the mixed light image, the rougher the skin texture.