DIVES Med SHA + (1x6ml) STIMULATOR FOR SKIN REJUVENATING AND STIMULATING TREATMENTS BASED ON Succinic Acid and Hyaluronic Acid
SHA+ is an advanced concentrate with a spectacular rejuvenating effect, designed to modulate tissues and reconstruct collagen. The formula contains innovative succinic acid enriched with a high-molecular hyaluronic acid conglomerate and an amino acid complex.
It stimulates mitochondrial ATP energy, facilitating the processes of physiological reconstruction of skin structures and regeneration of the skin’s collagen matrix. SHA+ has a positive effect on the density and cohesion of the skin, increases tissue hydration, and protects the DNA of cells against oxidative stress, giving amazing effects of wrinkle reduction and rejuvenation. Thanks to its comprehensive action, the formula significantly delays tissue atrophy, helps to minimize visible aging changes and regain lost radiance.
ACTIVE INGREDIENTS AND HOW SHA+ WORKS:
HYALURONIC ACID
5mg/ml with a selected chain length and low molecular weight deeply moisturizes and rebuilds tissues and improves the quality of the extracellular matrix, guaranteeing the intensification of physiological tissue reconstruction processes
Succinic acid
10mg/ml stimulates fibroblasts to synthesize support fibers of the skin, protects tissues against the destructive effects of oxidative stress, and also supports microcirculation and better diffusion of active ingredients. Thanks to its anti-inflammatory effect, it supports the fight against rosacea.
AMINO ACID COMPLEX
Serina, Proline, Glycina
Treatment Effects:
deep tissue restructuring
smoothing wrinkles and increasing skin tension
stimulation of collagen and elastin synthesis
increasing the level of hydration and tissue filling
improvement of skin vitality and color
Product for professional use. Use in microneedle mesotherapy, needleless mesotherapy, sonophoresis, iontophoresis and oxygen infusion.
INGREDIENTS:
Aqua, Succinic Acid, Sodium Hyaluronate
Serine, Proline, Glycine, Phenoxyethanol,
Benzyl Alcohol, Sodium Hydroxide.