Dermatology laser CO2U900

skin rejuvenationvascular lesion treatmentvulvo-vaginal rejuvenation

What is a fractional CO2 laser?

Carbon dioxide (CO2) lasers are devices that emit gas as infrared light to destroy dermatological lesions.
CO2 lasers have been in use for over 25 years. They’re employed in surgical procedures, aesthetic care, and dermatological treatments to reduce medium and fine lines, scars of various origins, pigmentation disorders, and dilated pores.
While they are highly effective at treating scars and wrinkles on the face, traditional CO2 lasers required relatively long periods of downtime and caused redness that could last for several months, a source of frustration for some patients.

Fractionation and its advantages

1.Effective treatment: results from the first session
2.Practically painless treatment
3.Rapid healing, in 6 days
4.Treatment with no time away from social and professional activities

Indications

Wrinkles and fine lines
Actinic elastosis (skin slackening)
Solar lentigines (age spots)
Atrophic scars, particularly from acne

How a CO2 laser works

When the laser is passed across the skin surface, the superficial layers of the skin are vaporized. Sculpting and collagen synthesis then take place and continue in the months following laser treatment. The depth of ablation in the superficial layers depends on how the machine is configured. Modern machine settings can define the desired effects, varying from pure ablation to a preferential heating effect.
The UltraPulseC02 laser, utilizing ultra-short puise technology and a 10,600 nm wavelength efficiently absorbed by water, delivers high-energy, precise tissue ablation with minimal thermal damage, making it idéal for treating hydrated tissues.

Treatment Flexibility
Multiple Treatment Modes – Supports fractional and/or continuous treatment modes for different dermatological and aesthetic applications.
Adjustable Treatment Parameters – Laser energy, pulse duration, scanning density and treatment area can be adjusted according to treatment requirements.
Customizable Treatment Depth – Enables practitioners to select appropriate treatment intensity for different skin conditions and treatment areas.

Precision & Energy Control
Precise Energy Delivery
The system provides controlled CO₂ laser energy delivery, allowing practitioners to adjust treatment intensity according to the target tissue and desired clinical application.

Controlled Fractional Coverage
Adjustable scanning parameters allow treatment coverage and density to be customized for different areas of the face and body.

Different Treatment Areas
Face
Forehead
Cheeks
Nose and perioral area
Neck
Décolleté
Other selected body areas
Stretch marks
Surgical scars
Other localized skin texture irregularities