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 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 Soak Off Base Gel is an essential part of the I.Am Soak Off Gel Polish System.
I.Am offers you a selection of Soak Off Top Gels for the perfect finish for the nail professional as the final step in your I.Am Soak Off manicure or nail enhancement service.
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 Collection by BO. Soakable Builder Gel: strong, soak-off builder gel for quick nail strengthening and extensions with tips or forms. Essential for the I.Am by BO. Salon Speed System.
It’s time to take color to the next level. I.Am Soak Off Gel Polish provides the nail professional a primary or add on service I.Am Soak Off Gel Polish comes with a wide range of fashion forward colors.. I.Am Soak Off Gel Polish...
Cleanse your hands with care using Rose Bliss hand wash. This soap-free, pH-skin-neutral formula respects the natural balance of your skin and is suitable for frequent daily use.
Spoil your skin with the luxurious Rose Bliss Body Cream. This full, creamy formula is enriched with nourishing almond oil that intensely hydrates and softens the skin.
I.Am Collection by BO. 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.
