Take your manicure to the next level with I.Am Rubber Base with ridge filling properties. I.Am Rubber Base smooths out any unevenness of the nails and offers a strengthening layer to soft, thin nails.
Take your manicure to the next level with I.Am Rubber Base with ridge filling properties. I.Am Rubber Base smooths out any unevenness of the nails and offers a strengthening layer to soft, thin nails.
Take your manicure to the next level with I.Am Rubber Base with ridge filling properties. I.Am Rubber Base smooths out any unevenness of the nails and offers a strengthening layer to soft, thin nails.
I.Am Brush Builder is a “builder in a bottle".
I.Am Acrygel offers the strength of acrylic and the flexibility of a gel. This system gives you complete control over your application - you control your speed.
Would you like to know more about our I.Am products? AThe I.Am Try Me Kit gives you the opportunity to try out our products in an affordable way before making a commitment to the brand.
I.Am Gel – a gel system that offers you a combination of viscosities to meet your every need.
The I.Am Gel Brush Pro brushes are made with artist quality synthetic hair. The I.Am sculpting brushes assures easy sculpting with smooth control due to the flat and oval head shape
and a light handle.
I.Am Soak Off Gel Polish comes with a wide range of fashion forward colors. I.Am Soak Off Gel Polish is a non-solvent UV/LED that has the perfect viscosity for easy application in thin layers.
I.Am Soak Off Gel Polish comes with a wide range of fashion forward colors. I.Am Soak Off Gel Polish is a non-solvent UV/LED that has the perfect viscosity for easy application in thin layers.
I.Am Soak Off Gel Polish comes with a wide range of fashion forward colors. I.Am Soak Off Gel Polish is a non-solvent UV/LED that has the perfect viscosity for easy application in thin layers.
I.Am Soak Off Gel Polish comes with a wide range of fashion forward colors. I.Am Soak Off Gel Polish is a non-solvent UV/LED that has the perfect viscosity for easy application in thin layers.
