Conventional laser technologies can cause pigment alterations like hyperpigmentation, hypopigmentation, and sometimes hypertrophic or keloid scarring, and the FDA-approved AVAVA Miria leverages advanced AI, HD cameras and a focal point delivery system to support Fitzpatrick skin types I to VI.
Because darker skin has a higher melanin content, absorbs 40% more laser energy, and increases the chances of adverse effects, those with darker skin tones have faced significant risks associated with laser skin treatments. The AVAVA Miria brings the next generation of safety and inclusion to skin treatments, all the while enhancing tone, texture and brightness.
This well-tolerated laser treatment is comfortable and suitable for all Fitzpatrick skin types, and it uses an advanced cooling system so that the experience is efficient with little to no downtime needed post-use.
Next-Gen Inclusive Lasers
AVAVA Miria Uses AI-Powered Tech and an Advanced Cooling System
Trend Themes
1. AI-powered Skincare - AI integration enhances the personalization and safety features of skincare treatments, reducing the risks associated with conventional methods.
2. Inclusive Beauty Technology - Innovations are expanding beauty treatments to be effective and safe for diverse skin tones, addressing longstanding disparities.
3. Advanced Cooling Systems in Dermatology - New cooling technologies are making dermatological procedures more comfortable and efficient with minimal downtime.
Industry Implications
1. Medical Device Industry - The introduction of AI and advanced technologies in medical devices is revolutionizing treatment efficacy and patient safety.
2. Cosmetic Technology - Cutting-edge technology is transforming cosmetic treatments, making them more inclusive and effective.
3. Artificial Intelligence - AI-driven solutions are becoming integral in improving precision and outcomes in various medical and cosmetic procedures.