Skin imaging system Q1 series

skin conditionskin vascularizationskin pigmentation

Overview
Skin analysis device providing multi-spectral imaging and AI-assisted detection for a comprehensive assessment of facial skin condition in clinical dermatology, aesthetic and professional skincare settings.

Technology
Eight spectral imaging capturing eight distinct image sets; high-definition industrial camera; AI algorithms for feature extraction, enhancement and diagnostic map generation.

Indication
The system is intended to analyze skin color status, wrinkles, pores, pigmentation, acne, sub-epidermal uneven tones and microvascular structures, sebum secretion and deep acne, flora distribution, sensitive zones and other skin conditions by combining multiple imaging spectra with AI processing for objective clinical assessment.

Imaging modes and functions

• RGB white light: natural, soft and uniform illumination with multi-directional diffused light to document skin color, wrinkles, pores, pigmentation and acne; serves as a reference for clinical assessment.
• Parallel polarized light: parallel polarized lens group to enhance surface reflection, improving observation of skin texture, fine lines and wrinkles; supports AI wrinkle-counting algorithms.
• Cross polarized light: cross polarization to attenuate surface reflection and reveal sub-epidermal uneven tone and hidden microvascular structures.
• UV light: 365 nm wavelength with filter to reveal epidermal pigmentation, pigment residues of acne scars and deep pigmentation from UV exposure.
• Blue light: 405 nm wavelength with filter; uses skin fluorescence to visualize sebum secretion, deep acne and microbial flora distribution.
• Wood's (Wu's) light: WOOD'S mode to observe subcutaneous vascular and pigmented lesions, brown spots, erythema and to detect fluorescence from topical agents or cosmetics.
• Composite / Erythromin light: combined spectrum with AI to produce a red map highlighting blood distribution and deep inflammation for sensitivity and redness assessment.
• Composite / Thermal light: combined spectrum plus AI to generate a heat/thermal map indicating reactive or inflamed areas with elevated hemoglobin signal.

Analysis & Output
AI-driven detection and dimensional parsing with generation of diagnostic maps (red map, thermal/heat map) to visualize sensitivity, inflammation and blood distribution; enhanced recognition of skin texture and clinical markers for documentation and treatment planning.

Imaging hardware
Integrated high-definition industrial camera and controlled illumination system for reproducible captures and reliable image quality.

Technical specifications

• Eight spectral imaging: captures eight distinct spectral image sets.
• UV imaging wavelength: 365 nm (with filter) for epidermal pigmentation analysis.
• Blue light wavelength: 405 nm (with filter) for fluorescence-based sebum and flora visualization.
• Polarized imaging modes: parallel and cross-polarized lens groups for surface and subsurface feature enhancement.
• AI-assisted analysis: wrinkle counting, red/thermal mapping, sensitivity and inflammation detection.
• High-definition industrial camera for image acquisition and clinical documentation.
• Available visualizations: RGB white light, polarized lights, UV, blue, Wood's mode, composite/erythromin and composite/thermal outputs.
• Outputs: multi-spectral image sets and AI-generated diagnostic maps (red map, heat/thermal map).