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.
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 Universal Cleanser heeft een dubbele werking! I.Am Universal Cleanser verwijdert verontreinigingen van de natuurlijke nagelplaat en onttrekt vocht. I.Am Universal Cleanser is ook het ideale product om de plaklaag op uw gel nagel te verwijderen!
The highest quality files with the perfect selection of grit full professional nail services. These files allows the nail professional to file the natural nail and nail enhancement accurately and with ease.
The highest quality files with the perfect selection of grit full professional nail services. These files allows the nail professional to file the natural nail and nail enhancement accurately and with ease.
I.Am Gel – a gel system that offers you a combination of viscosities to meet your every need.
I.Am Gel – a gel system that offers you a combination of viscosities to meet your every need.
I.Am Fiber Gels are the perfect addition to any nail professionals product arsenal. I.Am Fiber Gels offer an optimal adhesion, even on problematic nails.
I.Am Air Dry Bonder is an acid free primer used to promote adhesion to the natural nails.
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.
