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F30
YANYAO
(Core Technologies)
1. Multi-wavelength composite technology: Integrates 755/808/1064nm wavelengths, precisely matching different skin types (Type Ⅰ-Ⅵ) and hair colors (dark/light); 2. High-capacity light output system: 2,000,000 effective shots with a long laser source lifespan, reducing long-term operating costs; 3. 12×30mm large spot design: Covers a large area per shot, improving hair removal efficiency by 40% compared to traditional devices; 4. Intelligent temperature control system: Built-in cooling module in the treatment head keeps the epidermis at a comfortable temperature, reducing redness and irritation; 5. Large-screen interactive interface: 10.4-inch touchscreen supports parameter presets and program storage for easy operation.
(Working Principle)
Based on the principle of selective photothermolysis: The 808nm wavelength is preferentially absorbed by melanin in hair follicles, converting into heat to raise the follicle temperature above 60°C, destroying the activity of follicle stem cells and dermal papilla tissue; combined with 755nm (for light-colored hair) and 1064nm (for dark skin) wavelengths, it expands the adaptation range, ensuring precise targeting for different skin/hair types to achieve permanent hair growth inhibition.










(Core Technologies)
1. Multi-wavelength composite technology: Integrates 755/808/1064nm wavelengths, precisely matching different skin types (Type Ⅰ-Ⅵ) and hair colors (dark/light); 2. High-capacity light output system: 2,000,000 effective shots with a long laser source lifespan, reducing long-term operating costs; 3. 12×30mm large spot design: Covers a large area per shot, improving hair removal efficiency by 40% compared to traditional devices; 4. Intelligent temperature control system: Built-in cooling module in the treatment head keeps the epidermis at a comfortable temperature, reducing redness and irritation; 5. Large-screen interactive interface: 10.4-inch touchscreen supports parameter presets and program storage for easy operation.
(Working Principle)
Based on the principle of selective photothermolysis: The 808nm wavelength is preferentially absorbed by melanin in hair follicles, converting into heat to raise the follicle temperature above 60°C, destroying the activity of follicle stem cells and dermal papilla tissue; combined with 755nm (for light-colored hair) and 1064nm (for dark skin) wavelengths, it expands the adaptation range, ensuring precise targeting for different skin/hair types to achieve permanent hair growth inhibition.









