Background
Inspired by the medical use of enzymes like collagenase, lipase, and hyaluronidase, this treatment was adapted for aesthetics to modulate tissues, dissolve fibrosis, and improve skin texture. In advanced aesthetics, enzymes have revolutionized post-surgical treatments and cosmetic corrections.
Benefits
- Reduces fibrosis, scars, or post-surgical encapsulations.
- Dissolves localized fat deposits or unwanted filler product.
- Improves circulation and cellular metabolism.
- Non-invasive rejuvenation without damaging healthy tissues.
- Highly personalized to suit multiple aesthetic needs.
Ideal Candidates
- Individuals with fibrosis, scars, or post-surgical irregularities.
- Patients with localized fat or unwanted filler.
- Those seeking non-surgical tissue remodeling.
Treatment options
- Second Generation Enzymes -ha 1.5 Medium -ha 1.5 High · Second-generation enzymes offer a more advanced approach to dissolving excess filler and improving the facial structure by targeting the unwanted material more efficiently. They are divided into: HA 1.5 Medium Aimed at breaking down moderate amounts of hyaluronic acid fillers, the HA 1.5 Medium enzyme treatment is ideal for patients who want to correct filler-related issues without aggressive intervention. HA 1.5 High A stronger version of the enzyme treatment, HA 1.5 High is used for more substantial filler breakdown. It’s used to target larger areas or when a greater amount of hyaluronic acid needs to be dissolved to improve the facial structure
- First Generation Enzymes · First-generation enzymes are used to break down excess hyaluronic acid or collagen caused by over-filling or incorrect filler placement. These enzymes help restore the natural appearance by dissolving unwanted filler or scar tissue, providing a more refined facial structure.
