What is
Scahil Fractional CO2 Laser
The Scahil Fractional CO2 Laser represents one of the most powerful and advanced milestones in non-surgical skin rejuvenation and clinical lesion removal. Built around a specialized carbon dioxide laser tube, it holds the longest wavelength of any medical laser currently available on the market. This long wavelength gives it unparalleled depth control, allowing it to penetrate safely into deeper tissue layers.
While older traditional lasers carried high risks for deeper complexions, the advanced Scahil platform features highly adjustable power configurations. This means our specialists can precisely tailor the energy delivery to safely treat darker skin types without causing hyperpigmentation, making premium skin resurfacing accessible and highly effective for everyone.
How Fractional Laser Technology
Works to Rebuild Your Skin
The core magic of the Scahil system lies in its ability to fractionate, or “pixellate,” a single solid laser beam into thousands of microscopic, isolated shafts of light. When fired, these tiny thermal beams pass through the surface of the skin to create deep, microscopic treatment columns while leaving the surrounding healthy skin completely untouched.
This smart grid layout triggers an intense, rapid healing response deep within your dermal layer. Your body immediately begins pushing out old, sun-damaged, or scarred tissue and replacing it with brand-new, collagen-rich skin. Furthermore, because it is a highly controlled ablative laser, it treats surface lesions with the same absolute precision as a surgical knife—allowing our dermatologists to cleanly scrape or shave away unwanted skin growths without damaging the healthy tissue underneath.
Comprehensive Capabilities and
What the Laser Treats
Because the Scahil Fractional CO2 Laser works at a profound structural level, it has the unique ability to treat an incredible variety of chronic skin disorders, benign growths, and severe aging concerns all at the exact same time.
The advanced system is highly sought after for its exceptional performance in clearing:
