Medilux Serum with low and high molecular weight hyaluronic acid 50ml Deep Moisturizing Serum II

Medilux Deep Moisturizing Serum II - Serum with 3 types of hyaluronic acid and oligosaccharides

Medilux Deep Moisturizing Serum II is a new generation intensive moisturizing serum that combines three forms of hyaluronic acid and fermented oligosaccharides for complete skin restoration and strengthening. The product affects all levels of the epidermis, replenishing moisture, smoothing skin texture and eliminating even deep wrinkles.

A comprehensive molecular approach provides instant and prolonged hydration, restores the intercellular matrix, activates the synthesis of collagen and hyaluronic acid. And D-panthenol effectively relieves inflammation, irritation and redness of the skin.

Benefits of Deep Moisturizing Serum II:

• Powerful hydration at all levels of the skin
• Visible smoothing of wrinkles and creases
• Increased firmness and elasticity
• Quick relief from dryness and flaking
• Suitable for sensitive and mature skin
• Effective in the context of hardware cosmetology and home care

Recommended for:

• Mature, dull and dehydrated skin
• Skin with pronounced wrinkles and decreased tone
• Rehabilitation after procedures
• For couperose and irritated skin

Hardware techniques:

• Microcurrents
• Iontophoresis
• Phonophoresis
• Ultrasound therapy
• Electroporation
• RF-lifting
• Photo- and chromotherapy
• Laserphoresis
• Needle-free mesotherapy
• Bioporation

Active ingredients:

• High molecular weight hyaluronic acid - creates a moisture-retaining film on the skin surface
• Low molecular weight HA (MW 10–20 KDa) – penetrates deeply, improving skin texture
• Ultra-low molecular weight HA (<10 KDa) - activates regeneration at the cellular level
• Fermented oligosaccharides - stimulate skin renewal and restoration
• D-Panthenol - soothes, softens and relieves irritation

Directions for use:

Home care: apply to clean skin 1-2 times a day before cream.
Professional use: used as a contact agent in cosmetic procedures.