Argan oil from Morocco, keratin from Brazil, papaya from Australia, cloudberry from the Nordic countries. Many natural ingredients used in cosmetics come from abroad, and their exotic appeal makes them highly successful. However, we also have some top-quality products made in Italy, and an excellent example is Saturnia Bioplancton.
Your beauty routine should include Saturnia Bioplancton
We all know nature has an extraordinary regenerative effect on us. It creates a pleasant, beneficial feeling of well-being that stimulates every sense of our being, giving us renewed vigour and unexpected energy.
This natural, invigorating action stems from a number of important trace elements in plants, soil or water. These include the rare, healthy Saturnia Bioplancton, which has its vegetative habitat in the thousand-year-old thermal spring of Terme di Saturnia.
From a unique thermal water
How does this priceless biogenic resource come into being? The thermal water of Saturnia travels underground for 40 years before gushing from the spring, rich in elements and nutrients that are precious for our health.
Saturnia Bioplancton is constantly immersed in the sulphurous liquid, allowing it to acquire all its beneficial qualities. It is harvested when it rises spontaneously to the surface, and a gentle hyperfermentation process turns it into a purified extract with unique antioxidant, smoothing and regenerative properties.
A miraculous gift from nature
Saturnia Bioplancton, whose efficacy has been proven at the most prestigious Italian universities, is the basic ingredient in all Terme di Saturnia cosmetic formulations, and boasts exceptional normalising and moisturising powers on the skin.
And there’s more. Thanks to the heritage of the Terme di Saturnia Spa, all its exclusive natural peculiarities, combined with those of the sulphurous water, have been condensed into a ‘pure active ingredient’: Saturnia Bioplancton Elixir, a prodigious elixir in the Active Beauty collection able to counteract the activity of free radicals on the skin tissue.
