Technology
The CO2 laser uses a 10,600nm wavelength, which is ideal for collagen matrix renewal and an optimal choice for treating an extensive range of dermatological issues. The CO2 laser has the ability to perform efficient, highly precise fractional and non-fractional laser treatments using the widest assortment of advanced applicators.
Modes of Operation
The CO2 laser system offers 4 modes of energy delivery:
1. CW Mode (Continuous Wave):
Emits one continuous and consistent laser energy, typically used for excision or cutting.
2. Pulse Mode (Single pulse):
Produces a single pulse of laser energy for more supervised and accurate energy delivery.
3. Repeat Mode:
Produces a series of either short or long pulses of laser energy at variable speeds.
4. Super Pulse Mode:
Super pulse mode provides the highest peak power with the shortest pulse duration, enabling the deepest penetration with minimal residual thermal damage. This mode is designed for performing ablation without inflammation and achieves highly effective results with minimal downtime and enhanced patient comfort.
The Fractional Laser Method
Unlike traditional ablative laser resurfacing which removes the entire top layer of the skin, Alma Pixel CO2 deploys a fractional delivery method which creates pixel-sized perforations in the skin, leaving the surrounding tissue intact. The preservation of undamaged skin between the perforations allows for faster healing while the wound healing process promotes accelerated re-epithelization, generation of new collagen, tissue regeneration and contracture of existing fibers.
Fractional treatment controls and significantly reduces the risk of adverse side effects such as delayed hypopigmentation, scarring, post-inflammatory hyperpigmentation, infection and persistent erythema. Patients also benefit from much shorter downtime and increased patient comfort compared to traditional resurfacing.
The fractional method is ideal for skin resurfacing and rejuvenation treatments, including scar treatment,
improving skin tone, elasticity and texture and reducing superficial pigmentation