


Dandara 15ML Premium Organic Pigment
RBKollors premium pigments offer a pigment load up to 3x higher than pigments from standard lines. Because of this, in lip micropigmentation techniques, Dandara neutralizes and implants color at the same time.
Biocompatible pigment for all skin types
Pigment free from metals and toxic pigments
Gamma-ray sterilized pigment
Product regulated by ANVISA
Main characteristics of the Dandara pigment
High-performance organic composition:
Developed with high-load organic pigments, Dandara provides excellent retention and uniformity, ensuring long-lasting and natural results.
Versatility of techniques:
Suitable for several lip micropigmentation techniques.
Compatible with tebori and machine:
It can be used with tebori and dermograph (machine). To adjust viscosity, the pigment can be mixed with pH Dense (for a thicker consistency) or with RBKollors Diluent (for greater fluidity) without changing the original color.
Application tips
Pure use:
Pure use is recommended only for lip micropigmentation, according to the professional’s evaluation.
Mixing:
It can be combined with other pigments such as Hot, Full Lips, or other pigments from the RBKollors line to create customized shades according to the professional’s expertise.
What are the other pink shades from RBKollors?
RBKollors offers a range of pink pigments, such as Darling, Utopia, Penelope, and True Love.
Why choose the Dandara pigment?
If you are looking for a powerful pure intense pink, free of blue in its formulation, with high pigmentation and natural results for lip and paramedical micropigmentation, Dandara is a safe, stable choice recommended by professionals throughout Brazil.
What is the difference between Premium pigments and other RBKollors pigments?
RBKollors premium pigments contain a higher pigment load, which provides longer-lasting results during the procedure.
Is Dandara easy to use?
Yes. As a pigment from RBKollors, it is easy to apply. However, because it is an intense color, it is important that the client is aware of the expected result
