This technology employs a carbon dioxide laser to deliver microscopic columns of energy to the skin, leaving surrounding tissue untouched. This precise application allows for controlled ablation and coagulation, stimulating collagen production and tissue regeneration. An analogy can be drawn to aerating a lawn small holes are created to allow for better nutrient absorption and growth. Similarly, these microscopic wounds promote healing and rejuvenation.
The minimally invasive nature of this treatment offers several advantages, including shorter recovery times and fewer side effects compared to traditional ablative procedures. It has become a valuable tool in addressing various dermatological concerns, ranging from wrinkle reduction and scar revision to skin resurfacing and pigment correction. Its development represents a significant advancement in aesthetic medicine, offering a safe and effective method for skin rejuvenation that builds upon the foundational principles of laser technology.
