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UTECH 3D Skin Analyzer - Skinanalysis and aesthetic design functions
UTECH 3D Skin Analyzer is an advanced intelligent AI device that breaks the traditional way of observing skin conditions with the naked eye and is used in the entire process before, during and after skin treatment. It creatively combines advanced technologies such as intelligent AI and 3D, can complete facial shooting within 8s, and give AI symptom analysis results.
Advanced 3D Imaging: Accurate 1:1 3D face models with up to 0.2mm precision and 180° full-face scanning in just 8 seconds.
Comprehensive Analysis: 13 imaging modes and AI-driven algorithms provide detailed insights into skin health and facial structure.
User-Friendly Reports: Personalized, professional reports that assist in decision-making and improve patient communication.
Trusted by Professionals: Tailored for dermatology, aesthetics, and medical clinics, offering reliable and innovative solutions.
WHY CHOSE A SKIN ANALYZER FOR YOUR BUSINESS?
UTECH Skin Analysis Machineis an indispensable tool for aesthetic practitioners. It allows you to carry out high-precision skin assessments and create personalised treatment plans for each client.
1️⃣ Enhance Diagnostic Accuracy: A skin analyzer provides precise data on skin conditions such as pigmentation, wrinkles, redness, and UV damage, enabling accurate and targeted treatment plans.
2️⃣ Boost Client Confidence: By visualizing skin issues and showcasing measurable improvements, clients gain trust in your services and treatments.
3️⃣ Increase Treatment Conversion Rates: The ability to clearly demonstrate skin conditions and post-treatment results leads to higher acceptance of recommendations.
Explore your skin problems
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Natural Light
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UV Light
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Red area
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Red area heat
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Blood Silk
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Cold light
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Cross light
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Brown area
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Brown area heat
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UV spot
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Parallel Light
Natural Light Map
Basic image
The image taken under the uniform light of 6500K standard daylight will be clearer than the naked eye. It is mainly used to observe the more obvious skin problems on the epidermis, such as pores, spots, acne, wrinkles, and make a preliminary judgment on the surface problems of the skin. Further accurate differential diagnosis requires the help of other mode images.
UV Light Map
Basic image
UV light uses the fluorescent reaction of different substances to observe oil, fungi, deep pigment spots, and pigmented dark circles. White: oil blockage, indicating acne or whiteheads or blackheads. Beige: represents oil. Orange-red: Propionibacterium acnes, likes anaerobic environment, usually causes acne, and enlarged and clogged pores when there is no acne. Blue-white: Malassezia, fungus.
Red Area Map
Enhanced image
In the cross-polarized light image, facial erythema is extracted through image processing technology, and the erythema is separated from the face. The skin sensitivity and the distribution of erythema characteristics are mainly observed (differential diagnosis of inflammatory skin).
Red Area Heat Map
Enhanced image
Based on the color mapping of the red area map, the severity of the erythema is reflected by blue-green-yellow-red. Blue is healthy skin, red is darker erythema, mainly to observe the skin sensitivity and the distribution of erythema characteristics (differential diagnosis of inflammatory skin).
Blood Silk Map
Enhanced image
Increased facial redness can be a serious cosmetic problem for many people, often indicating skin (hyper)sensitivity and irritation.The redness image is extracted from the cross-polarized image and fused with the cross-polarized image. It is mainly used to observe skin capillary dilation, acne and acne marks.
Cold Light Map
Enhanced image
Based on the daylight map, the color tone is colder, and the pores, spots, and erythema on the cold-toned face form a contrast to reflect skin problems. It mainly observes the more obvious skin problems on the facial epidermis, such as pores, spots, acne, and wrinkles, allowing customers to perceive their skin problems more clearly than natural light.
Cross Light Map
Basic image
The cross-polarized light mode can suppress the surface reflection of the skin and weaken the skin texture so as to observe the situation under the skin surface more clearly, and show the capillaries, erythema, and pigmentation status.
Brown Area Map
Enhanced image
The brown area map is extracted from the cross-light map through image processing technology. Compared with the healthy skin, the skin with heavier pigmentation will be separated from the face. It is mainly used to observe more obvious spots.
Brown Area Map
Enhanced image
The brown area heat map is based on the color mapping made on the brown area map, and reflects the severity of the pigmentation spots through blue-green-yellow-red. Blue is healthy skin, and red is a darker pigmentation spot.
Parallel Light Map
Enhanced image
The UV spot map is to highlight some pigments that are invisible to the naked eye through image processing technology on the UV map. The principle is that melanin will absorb ultraviolet light, and dark areas will appear on the UV map. By processing it into a black and white image, it is mainly used to observe deep skin spots.
Parallel Light Map
Basic image
The parallel polarized light mode enhances the skin surface texture by enhancing the reflection of the facial skin. It is mainly used to observe the skin surface texture, flatness and oily area.
Facial Aesthetic Design
True 3D Full-Face Modeling
- 180° full-face image, 1:1 true 3D facial imaging, can directly measure facial size and angle.
- Through 360° light and shadow effects, facial depression, sagging, and aging problems can be observed.
- Clearly discover facial defects, which is more conducive to the transaction of facial rejuvenation projects.
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Postoperative effect Simulation
- It can simulate the effects of facial plastic, injection and firming projects.
- It is convenient for doctors to communicate with customers in advance, present the postoperative change effect in a more intuitive form, and increase customer satisfaction after surgery.
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Postoperative effect comparison
- The post-operative improvement is visually presented through real 3D images.
Customers can simulate the postoperative effect with 3D images before surgery, and verify the improvement with comparative images after surgery.
- Customers can clearly see the results of the treatment, increasing satisfaction and trust, and improve satisfaction.
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3D Aesthtic Analysis
- The 3D aesthetic analysis function provides 5 major aesthetic measurement systems and 35 measurement contents.
- Use data instead of designing by feeling to provide more scientific analysis.
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Volume Difference Calculation
- It can quantify the effect of facial morphology improvement, accurate to 0.01ml.
- Accurately display small dose changes, and provide scientific and effective decision-making assistance.
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Personalized report output: Based on high-precision 3D scanning and Al algorithms,quickly generate personalized reports containing skin analysisand facial morphologyimprovement suggestions.
Mult-terminal and multi-device use to achieve comprehensive information sharing andbuild an efficient and collaboratve sharing platform.
1.Multi-port customer profile creation.
2.Customised questionnaire content.
3.View all imaging data of the customer under the institution.
Use scientific, professional, standard and intuitive aging evaluation data to objectively understand the degree of facial aging for customers. Provide targeted solutions based on different aging problems and degrees, and provide scientific basis for doctors and consultants to design facial rejuvenation solutions.
technical parameter
| model | DESCRIPTION OF GOODS | Weight | Package Size | Light sources | 3D structured light | Modeling Accuracy | Full-face PX | Power Supply | Interface |
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| Face3D-10 | UTECH 3D skin analyzer | 22KG | 74*74*95mm | Natural Light/Cross-polarized Light/UV Light/Parallel-polarized Light | Binocular grating | 0.2mm | 20M | DC19V/6.3A | USB、HDMI |
