The CO2 Fractional Laser System is a state-of-the-art medical beauty equipment designed for vaginal rejuvenation and skin care treatments. Utilizing advanced RF CO2 laser technology with 10600nm wavelength, this system provides precise and effective treatment with minimal downtime.
The system works by creating microscopic thermal zones in the treatment area, stimulating collagen production while leaving surrounding tissue intact. This fractional approach allows for faster healing compared to traditional CO2 laser treatments while maintaining excellent clinical results.
Key treatment benefits include immediate collagen contraction for skin tightening, activation of the body's natural healing response for long-term collagen remodeling, and restoration of vaginal mucosal elasticity. The non-invasive nature of the treatment makes it safer than surgical alternatives with minimal side effects.
The system features multiple operation modes including single pulse, continuous pulse, multiple pulses and super pulse options. The adjustable pulse width (10-500ms) and power settings (1-30W) allow for complete customization of treatment parameters based on individual patient needs and treatment areas.
Advanced scanning modes with customizable graphics patterns enable precise treatment delivery for both vaginal rejuvenation and general skin resurfacing applications. The strong air cooling system ensures stable operation during prolonged treatment sessions.
Compared to traditional vaginal tightening methods, the CO2 fractional laser offers superior safety profile, longer lasting results (typically 2+ years), and the ability for repeat treatments without compromising tissue integrity. The treatment is particularly effective for addressing age-related vaginal laxity and improving sexual satisfaction.
This medical-grade equipment is suitable for professional use in medical clinics, beauty centers, and SPA facilities. The system comes with comprehensive safety features and meets international certification standards including CE, FDA, and ISO requirements.