CycloMix - Menstrual Cycle Dye Mix

" "CycloMix" is a herbal preparation containing a mix of the following Non-Alcoholic Mother Tinctures: Achillea, Angelica, Artemisia and Agnus Castus. ""CycloMix" is a Food Supplement with antispasmodic, emmenagogue and tonic properties, given by the synergistic union of the Mother Tinctures contained within it. The selected Mother Tinctures have specific benefits for the female menstrual cycle, such as: Yarrow (Achillea Millefolium), Angelica (Angelica Sinensis), Mugwort (Artemisia Vulgaris) and Chaste Tree (Vitex Agnus Castus) are three medicinal plants that offer natural support for female well-being, especially during the menstrual cycle. Together, these herbs offer comprehensive support for menstrual wellness, alleviating symptoms and promoting cycle regularity. 👉Yarrow has antispasmodic properties, helping to reduce cramps and menstrual pain, and promotes regular flow thanks to its emmenagogue action. 👉Angelica is known to balance female hormones and relieve symptoms of PMS, such as mood swings and malaise, as well as reduce uterine pain. 👉Artemisia regulates irregular cycles and stimulates menstrual flow, reducing cramps thanks to its antispasmodic properties. 👉Finally, Agnus castus is a plant appreciated for its support of female well-being thanks to its ability to regulate the menstrual cycle and relieve the symptoms of premenstrual syndrome (PMS), such as abdominal pain, breast tenderness and irritability. Usually the mother tincture is made with alcoholic maceration of medicinal herbs, alcohol and water for a certain period of time (20-40 days). However, to make the product also suitable for children and pregnant women, there are also Alcohol-Free Mother Dyes, made with a mix of water and glycerin as solvents.  Our alcohol-free mother tinctures are obtained thanks to an innovative type of ultrasonic extraction, which allows the complete extraction of the plant material, while at the same time preserving the integrity of all the molecules contained in the plant. All this is made possible thanks to the shock wave produced by ultrasound which causes the mechanical rupture of the cell walls.