| Product name | UV phototherapy instrument 02B |
| Rated voltage | 100-240V |
| Type of light source | NB-UVB 308nm |
| Radiation intensity | 7.2mW/cm2 |
| Irradiated area | 30*30mm |
| Built-in battery | 2.6AH lithium battery |
| Screen display | 0.96inch OLED |
| Indications | Vitiligo, Psoriasis, Eczema |
| Applicable parts | Point-like damaged areas such as limbs, face, neck, chest, etc. |
| Operating mode | Dose/time |
| Working distance | 1.5mm |
| Applicable scene | Family, company, travel |
| Accessories | Shades, goggles |
● The YK-6000AT is designed around dermatological light therapy principles, delivering ultraviolet light that penetrates specific skin layers to support targeted treatment while avoiding unnecessary exposure beyond the treatment zone.
● By operating within clinically recognized UVB wavelengths, the device supports controlled interaction with the epidermal and dermal layers, helping dermatology professionals manage skin conditions using evidence-based light application logic.
● The clear differentiation between ultraviolet, visible light, and infrared ranges reflects a professional understanding of skin response to light, positioning the YK-6000AT as a medically oriented phototherapy solution.
● Designed for professional dermatology environments, the YK-6000AT delivers stable and consistent UVB light output suitable for use in clinics, hospitals, and dermatology centers requiring reliable treatment performance.
● The controlled energy delivery supports precise treatment planning, allowing professionals to adjust exposure according to patient condition, treatment stage, and clinical protocol requirements.
● With professional-grade construction and optical performance, the device supports repeated clinical use while maintaining consistent therapeutic output, making it suitable for long-term dermatology treatment programs.
● The YK-6000AT supports a structured approach to light-based dermatology treatment, allowing professionals to integrate UVB therapy into broader clinical workflows and standardized treatment plans.
● By focusing on targeted light penetration and controlled irradiation depth, the device helps dermatologists apply therapy more accurately to affected skin areas while minimizing impact on surrounding healthy tissue.
● This professional treatment logic supports predictable and repeatable clinical outcomes, helping medical staff maintain consistency across multiple treatment sessions and different patient profiles.
