Name: Facial Skin Analyzer with AI
SKU: FSA01
Availability: BackOrder

Facial Analyzer with Skin Test and Artificial Intelligence

is a state-of-the-art facial analysis device.

It was created to provide the most precise and detailed skin analysis at the epidermis and dermis level.

With the help of computerized facial analysis, we identify problems that will appear on the face in advance: melasma, pigment spots, couperose, wrinkles, and more.

Original price was: €5,000.00.Current price is: €4,165.00.

Available on backorder

SKU: FSA01 Categories: BEAUTY, BODY ANALYZER, COSMETIC LAMPS, DEVICES, LED MASK

Description
Additional information

Description

Facial Analyzer with Skin Test and Artificial Intelligence

Facial Analyzer with Skin Test and AI is a state-of-the-art facial analysis device. It was created to provide the most precise and detailed skin analysis at the epidermis and dermis level. With the help of computerized facial analysis, we identify problems that will appear on the face in advance: melasma, pigment spots, couperose, wrinkles.

Using advanced imaging technology, it can detect hidden skin problems and determine the best personalized treatments for each patient.

This device is used by skincare specialists for facial consultations, skin analysis, and treatment of skin problems including acne, wrinkles, age spots, and more.

Facial analysis is a detailed evaluation of facial skin to detect specific skin problems and determine the best treatment options. Facial analysis can be performed by skin care specialists, such as dermatologists, estheticians, or cosmetologists, using various technologies and methods.

This involves a careful examination of the facial skin, including texture, color, pores, wrinkles, age spots, acne, couperose, and other issues. After analyzing the skin, the specialist can recommend personalized treatments to address the patient’s specific concerns, as well as improve the texture and overall health of the skin.

Operating principle

The lens imported from Japan, which has 30 million HD pixels to obtain the image of the facial skin, 8 imaging spectrometry, AI face recognition technology, data analysis and detection, 3D skin simulation technology, cloud computing cloud storage, quantitative analysis of surface and deep pathological characteristics of the skin, detecting 16 kinds of skin health indicators.

The system uses infrared imaging technology to measure the moisture content of the skin’s surface. Infrared rays can penetrate the skin’s surface and directly act on the water molecules beneath it to measure the amount of water inside the skin. The system converts this data into digital images and reports so that dermatologists and estheticians can better understand the skin’s moisture status and recommend appropriate skin care.

SKIN TEXTURE

Skin texture detection
The more uneven the distribution of filter points, the more serious the skin texture.
Through the system algorithm, the collected images are processed and analyzed, and the characteristic parameters of the skin texture are extracted, such as the concavity of the skin surface, the depth of the skin lines, the glossiness of the skin, etc., so as to obtain the distribution and change trend of the skin texture. These parameters can be used to assess the health of the skin, the degree of aging and the risk of various skin problems.

SKIN WRINKLES

Factors that affect skin texture:

(1) Collagen in the skin decreases rapidly with age

(2) The function of the sweat glands and sebaceous glands of the skin is reduced, the secretion is reduced, and the skin is dry to form wrinkles.

(3) Skin nutrition disorders, decreased blood circulation function, cellular and fibrous malnutrition, so that the skin becomes wrinkled.

(4) lifestyle habits, sunscreen is not in place, UV damage, excessive facial expression, lack of sleep, smoking and stimulating alcohol products.

The skin of the filter point distribution area is heavily wrinkled

CIRCLES UNDER THE EYES

Dark circles are a condition of dark or dull skin under the eyes, usually caused by fatigue, lack of sleep, stress, genetics, and other factors.

ACNE

Acne is a common skin disease caused by excessive oil production by the sebaceous glands, which leads to clogged pores, bacterial infection, inflammation and acne formation. The principle of acne detection is to judge the type, degree and distribution of lesions by observing acne, acne and herpes lesions on the skin surface. In addition, the structure and tissue of skin cells can be observed through dermatoscopy and other instruments to further determine the pathological characteristics and diagnostic results.

Red dots identify and locate the location and amount of acne and acne

BLACKHEAD ACNE

Blackheads and whiteheads are caused by oil clogging the pores. Blackheads are caused when the oil inside the pores oxidizes and turns black, while whiteheads are small white or yellow particles caused by oil and keratin blocking the pores. The principle of detecting blackheads and acne is to use chemical or physical methods to decompose or remove the oil and keratin in the pores, so that the blackheads and acne can be removed.

Red spots identify and locate the location and number of blackheads

RED BLOOD CELLS

Redness is the result of blood vessel dilation, and as blood vessels dilate, their walls become thinner, and the blood flow within them becomes more pronounced, these vessels become more visible. Redness is detected by looking at the blood vessels on the surface of the skin and using a special light source to illuminate the skin and make the blood vessels more visible, making the redness easier to detect.

PIGMENTATION

Pigmentation detection by detecting and analyzing pigment content, pigment distribution, skin tone and other indicators on the skin surface, to understand skin pigmentation and then develop the appropriate treatment plan.

SURFACE STAIN

Lamina is the result of hyperpigmentation of the skin, mainly due to overactivity or overdistribution of melanocytes. The principle of detecting surface spots is to use specific wavelengths of light to shine on the skin and then measure the color, depth and size of the surface spots according to the characteristics of the skin that reflect or transmit the light.

Red spots are surface spots with obvious characteristics.

DEEP POINT

Deep spots are caused by the deposition of melanin in the skin and are usually found in the deeper tissues of the skin. Deep spots are detected by shining a specific light, such as ultraviolet or visible light, into the skin and then observing and measuring the changes in the reflected or absorbed light. These changes can indicate the amount and distribution of melanin in the skin, which can determine the extent and location of the deep spots.