RAISE Solution FC100 - Anti-aging essence

Raise Solution FC100, a new generation anti-aging essence based on fibroblasts

Raise Solution FC100 is a skin rejuvenation concentrate based on a unique culture of human fibroblasts. Unlike stem cell-based products, this formula has a more targeted effect: it activates the processes responsible for collagen and elastin synthesis, thereby improving skin density, firmness, and quality.
The composition includes signaling molecules - growth factors, peptides and exosomes, which initiate tissue regeneration directly at the cellular level.

What makes the product special

• It works through fibroblast culture, not stem cells - a guaranteed predictable effect

• Contains 2.132 mcg/ml of its own collagen

• The formula is designed to eliminate the risk of unwanted cellular differentiation

• Supports skin that has lost elasticity and helps slow down the signs of aging

• Suitable for both mature skin and early anti-aging care

Active ingredients

• Human fibroblast extract - improves the synthesis of structural proteins, strengthens the dermis, and smoothes wrinkles

• Hyaluronic acid - retains moisture and prevents dehydration

• Dipotassium glycyrrhizinate - reduces sensitivity, reduces redness

• Birch bark - has antioxidant and anti-inflammatory properties

• Cholesterol + Vitamin E - protect the skin barrier and prevent accelerated aging

• Pentylene glycol and hexanediol improve the formula's absorption and inhibit the growth of microorganisms.

Visible results

• Firmer, tighter skin

• Visible reduction in wrinkle depth

• Lightening of pigment spots and evening out skin tone

• Smooth, hydrated skin with improved texture

• Restored protective barrier and reduced skin sensitivity

Ingredients: Water , Butylene Glycol , 1,2‑Hexanediol , Human Fibroblast Conditioned Media , Sodium Hyaluronate , Glycyrrhizic Acid 2K ( Dipotassium Glycyrrhizinate), Pentylene Glycol , Birch Bark Extract , Cholesterol , Tocopherol ( Vitamin E).

Manufacturer: Central Corporation

Volume: 30 ml