K57 AI Skin Analyzer with 270° Facial Imaging & 8-Spectrum Analysis

Professional AI Skin Analysis with 270° Facial Imaging & 8 Spectral Modes The K57 AI Skin Analyzer combines three-angle facial imaging, eight spectral imaging modes and AI-assisted analysis to help beauty salons and skin care professionals evaluate visible facial skin concerns, explain results and compare changes over time. A separate handheld microscopic imager supports close-up skin and scalp examination. How the K57 Skin Analyzer Works The system captures frontal, left and right facial images for a 270° view, then compares images acquired under different lighting modes: white light, negative polarized light, positive polarized light, Wood's light, UV light, red light, brown light and mixed light. The software processes these images into visual analysis views and reports. Results are intended to support cosmetic skin consultations, not medical diagnosis. Key Advantages Three-angle imaging: front, left and right facial views for more complete documentation. Eight spectral imaging modes: multiple views of visible skin texture, pores, pigmentation and redness. 18 core skin indicators: including moisture, pores, sebum, wrinkles, roughness and pigmentation-related measures. Handheld microscopic examination: close-up viewing of facial skin, scalp and hair follicle areas. Comparative reports: review previous images and analysis results to support follow-up consultations. Client management: organize skin analysis records and reports for salon workflows. Professional Applications Suitable for facial skin consultations, personalized cosmetic care planning, documenting visible skin concerns, tracking changes between visits, and microscopic scalp observation in beauty salons, aesthetic centers and skin care studios. Skin Analysis Coverage Examples of the documented indicators include moisture, pores, blackheads, sebum, skin barrier, acne-related appearance, wrinkles, sunspots, porphyrin, roughness, superficial and deeper pigmentation-related maps, and sensitivity-related visual maps. Imaging and software assessments should not be interpreted as clinical diagnoses.