• Testing Times Statistics: Tracks the frequency of tests conducted for both new and returning customers, categorized by day, week, month, and year.
• Age Distribution Statistics: Analyzes the demographics of testing populations across various age groups.
• Gender Ratio Statistics: Provides insights into the proportion of male and female participants in testing.
• Problem Ratio Statistics: Offers statistical analysis of the prevalence of various scalp and hair issues.
• Three Spectrum Detection Modes: Allows detection of different scalp problems using multiple spectral modes for comprehensive analysis.
• Four Test Modes: Features options for comprehensive testing, single testing, chart view, and macro view to accommodate various analysis needs.
• Seven Test Indicators: Measures critical factors including hair thickness, oil levels, pore condition, scalp health, density, red areas, and white hair growth.
• Automatic Product Recommendation: Smartly suggests optimal scalp and hair care plans based on individual scalp assessments.
• Support for Software/Hardware OEM/ODM: Offers customization options for user interface design, software functionalities, appearance, color, language, logo design, and structural design.

The AI Smart Scalp Detector is an advanced device designed for intuitive and effective analysis of the scalp and hair. Utilizing sensor imaging technology and intelligent analysis algorithms, it provides a quick and detailed examination of microscopic scalp features, offering valuable data on scalp health for improved care and treatment planning.
Three-Spectrum Optical Technology: Employs RGB white light, PL polarized light, and UV light to capture various scalp conditions.
High-Definition Magnification: Offers 50x and 200x magnification for clear visualization of scalp issues.
Comprehensive Analysis: Assesses multiple indicators such as scalp moisture, oil levels, hair thickness, density, and sensitivity, providing an intelligent and thorough evaluation of scalp health.
Enhanced Traceability: Facilitates better image tracking and data reference for scalp care and hair treatments, ensuring optimal care plans are designed.