Surjeet International

Co2 Fractional Laser delivers 10600nm laser in a fractional manner into the skin while leaving the untreated surrounding areas intact. The laser creates a microscopic thermal dot on the surface and performs within tissues. The untreated tissue helps to accelerate the healing process and rejuvenate the skin by promoting microcirculation and new cell genesis.

Application:

Stretch marks

Acne scar, Large pores

Resurfacing, wrinkles etc.

A CO2 Fractional Laser Machine is a non-invasive, ablative laser device that uses fractional CO2 technology to rejuvenate the skin. Here's an overview:
Key Features
1. Fractional CO2 Technology: Delivers micro-beams of CO2 laser energy to create micro-injuries, stimulating collagen production and skin renewal.2. Ablative and Non-Ablative Modes: Offers adjustable settings for ablative (removing top skin layers) and non-ablative (heating deeper skin layers) treatments.3. Customizable Parameters: Allows operators to adjust energy density, pulse width, and treatment patterns to suit individual skin concerns and types.4. Advanced Cooling System: Ensures comfortable treatments with minimal thermal damage.

Choosing between UltraPulse and SuperPulse CO2 laser modes depends on the depth of the skin issue you are treating and the desired balance between downtime and results. UltraPulse is generally considered more powerful and capable of deeper penetration, while SuperPulse often offers a safer profile for certain skin types with similar overall efficacy. 

Ablative fractional  laser machines are professional medical devices used for deep skin resurfacing, scar removal, and anti-aging treatments. Unlike traditional  lasers that remove the entire skin surface, fractional technology creates thousands of microscopic treatment zones, leaving surrounding tissue intact for significantly faster healing.

A Fractional Carbon Dioxide (CO2) Laser machine is a precision dermatological tool that uses a 10,600 nm infrared beam to treat skin concerns like deep scars, wrinkles, and pigmentation. Unlike traditional fully ablative lasers, these machines deliver energy in a grid-like pattern, creating microscopic treatment zones that leave surrounding tissue intact for significantly faster healing (typically 3–7 days).