Facial Skin Testing UV Analyzer: Wood Lamp, Magnifying Examination, Home & Salon Care Tool

Discover radiant skin with our Skin Care Woods Lamp, a professional diagnostic tool revolutionizing skincare. Equipped with a 3x diopter magnifying lens and Philips 4 * 4W UV lamp, this device is a dermatologist's ally for in-depth skin analysis.

Key Features:

• Optimal Illumination: Powered by a Philips UV lamp with a spectral range of 320-400nm, providing precise skin examination.
• Magnifying Lens: A 3x diopter magnifying lens (50 * 100mm) enhances visibility, allowing detailed observation of skin conditions.
• Diagnostic Accuracy: Identifies skin qualities, issues, and imperfections normally unseen by the naked eye, enabling targeted treatments.
• Versatile Applications: Suitable for various skin types and conditions, aiding estheticians in crafting personalized facial care plans.
• User-Friendly Design: Easy to use - simply cover the client's eyes, secure the cover shade, and observe skin characteristics under the UV light at a distance of 15-20cm.
• Continuous Operation: Works in a continuous state, ensuring uninterrupted examination for efficient skincare diagnostics

Functions:

This professional Skin Care Woods Lamp features a 3x diopter magnifying lens and utilizes UV light to diagnose skin conditions. It is a dermatological diagnostic tool that observes skin fluorescence, with a wavelength of approximately 365 nanometers.

The Wood Lamp helps identify skin qualities, issues, and unusual conditions, enabling proper treatments. It examines different skin types, particles, and conditions, detecting imperfections normally invisible to the naked eye. This tool allows estheticians to create a tailored treatment plan for optimal facial care.

How to Use:

• After cleansing the skin, cover the client's eyes with wet cotton.
• Secure the cover shade to the wood lamp.
• Completely cover the client's face with the cover shade, ensuring the wood lamp is parallel to the face at a distance of 15-20cm.
• Identify different skin characteristics by observing various colors under the ultraviolet ray.