AIMYSKIN Five-Spectrum Skin Analysis Technology: How It Works
AIMYSKIN uses patented five-spectrum technology (standard, parallel polarized, cross-polarized, UV, and Wood’s light) with RA95% illumination to generate 12 intelligent images, detecting pores, wrinkles, acne, pigmentation, sensitivity, and porphyrins in the epidermis and dermis. Powered by a millio
AIMYSKIN uses patented five-spectrum technology, including standard light, parallel polarized light, cross-polarized light, UV light, and Wood's light , combined with RA95% illumination to capture facial skin information from multiple perspectives. The system generates 12 intelligent images and analyzes skin characteristics such as pores, wrinkles, acne, pigmentation, sensitivity, and porphyrins. Supported by an AI model and a million-level database, it can analyze skin characteristics across 30+ dimensions , provide 5–10 year skin trend predictions, complete detection in approximately 8 seconds, and generate intelligent reports that can be exported or shared via QR code or email. By combining multi-spectral imaging, AI analysis, and digital reporting, AIMYSKIN provides professional users with a more visual and data-driven way to understand and manage skin conditions. How AIMYSKIN Five-Spectrum Technology Works Different lighting modes can reveal different visible characteristics of the skin. Instead of relying on a single standard image, AIMYSKIN uses five spectral imaging modes to collect complementary skin information. Standard Light Standard light provides a clear view of the overall facial appearance and visible surface condition, serving as a basic reference for subsequent skin analysis. Parallel Polarized Light Parallel polarized imaging helps professionals observe skin surface characteristics and texture more clearly, providing additional information for evaluating vi