What is Profhilo?

The first revolutionary bio-remodelling “injectable skincare” that addresses skin laxity and signs of aging through the bio-stimulation of collagen, elastin and adipocytes (fats) stem cells that were lost through skin aging.

1. New anti-aging approach with innovative technology that targets from the inside out
2. Uses 100% pure hyaluronic acid
3. High hyaluronic concentration using 32mg of hyaluronic acid (high molecular weight) and 32mg of hyaluronic acid (low molecular weight)
4. Intervenes the process of aging tissue, bio-stimulates elastin and collagen
5. Addresses signs of skin aging naturally

Why Profhilo?

1. Formulated with unique patented NAHYCO® Hybrid Technology

2. Clinically proven for safety, efficacy and bio-compatibility

3. Sustainable results without use of chemical cross-linking agents, reducing chances of inflammation

4. Reaches multiple skin layers, targeting skin laxity and loss of collagen

5. Unique BAP (Bio Aesthetic Points) injection technique for optimal diffusion of the product

With just 5 BAP injection points per side of the face, Profhilo diffuses through the different skin layers, across the widest sections of the face through, bringing a natural and lasting refreshed look.

The 10 BAP injection points for neck is carefully developed to avoid injury to vital structures, providing anti-aging benefits from the inside out.

Benefits Profhilo

1. Bio-stimulates elastin, 4 types of collagen and hydration in the 3 main layers of the skin

2. Provides firming, tightening and lifting effect to the skin

3. Improves overall skin quality and hydration

4. Fast and effective treatment with minimal pain and downtime

5. Provides tissue repair process, ideal for acne scarring

References:

• Stellavato, A. et al. ‘Hyaluronan Hybrid Cooperative Complexes as a Novel Frontier for Cellular Bioprocesses Re-Activation’. PLOS ONE, 11(10) (2016), e0163510.
• Laurino, C. et al. ‘Efficacy, Safety, and Tolerance of a new Injection Technique for High- and Low-Molecular-Weight Hyaluronic Acid Hybrid Complexes’. An Open Access Journal, 15 (2015), 427-437.